Delft3D WAQ Processes Library Tables D Water_Quality_Processes_Library_Tables Water Quality

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List of Tables
1 Listing of DELWAQ processes
2 Per substance a listing of the modelled fluxes
3 Per substance a listing of the modelled velocities
4 Per substance a listing of the modelled dispersion
5 Listing of the modelled fluxes
6 Listing of the modelled velocities
7 Listing of the modelled dispersions
8 Segment related process input from other processes
9 Segment related process input with a default value
10 Segment related process input with a default value
11 Exchange related process input with a default value
12 Segment related process input without a default value
13 Exchange related process input without a default value
14 Segment related process output not used by other processes
15 Exchange related process output not used by other processes

D-Water Quality

Water quality and aquatic ecology modelling suite

Technical Reference Manual

Processes Tables

DRAFT

Processes Library Tables

Technical Reference Manual

D-Water Quality

Version: 5.02

SVN Revision: 52614

April 18, 2018

DRAFT

Processes Library Tables, Technical Reference Manual

Published and printed by:

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DRAFT

Contents

List of Tables v

1 Listing of DELWAQ processes 3

2 Per substance a listing of the modelled ﬂuxes 13

3 Per substance a listing of the modelled velocities 53

4 Per substance a listing of the modelled dispersion 57

5 Listing of the modelled ﬂuxes 59

6 Listing of the modelled velocities 103

7 Listing of the modelled dispersions 107

8 Segment related process input from other processes 109

9 Segment related process input with a default value 127

10 Segment related process input with a default value 129

11 Exchange related process input with a default value 209

12 Segment related process input without a default value 211

13 Exchange related process input without a default value 219

14 Segment related process output not used by other processes 221

15 Exchange related process output not used by other processes 253

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Processes Library Tables, Technical Reference Manual

iv Deltares

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List of Tables

1.1 Listing of DELWAQ processes ........................ 3

2.1 Per substance a listing of the modelled ﬂuxes . . . . . . . . . . . . . . . . . 13

3.1 Per substance a listing of the modelled velocities . . . . . . . . . . . . . . . 53

4.1 Per substance a listing of the modelled dispersion . . . . . . . . . . . . . . . 57

5.1 Listing of the modelled ﬂuxes ......................... 59

6.1 Listing of the modelled velocities . . . . . . . . . . . . . . . . . . . . . . . 103

7.1 Listing of the modelled dispersions . . . . . . . . . . . . . . . . . . . . . . 107

8.1 Segment related process input from other processes . . . . . . . . . . . . . 109

9.1 Segment related process input with a default value . . . . . . . . . . . . . . 127

10.1 Segment related process input with a default value . . . . . . . . . . . . . . 129

11.1 Exchange related process input with a default value . . . . . . . . . . . . . . 209

12.1 Segment related process input without a default value . . . . . . . . . . . . . 211

13.1 Exchange related process input without a default value . . . . . . . . . . . . 219

14.1 Segment related process output not used by other processes . . . . . . . . . 221

15.1 Exchange related process output not used by other processes . . . . . . . . 253

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Processes Library Tables, Technical Reference Manual

vi Deltares

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List of Tables

Processes library version

Creation date 2017/01/23 15:16:46

File serial number 2017012301

Version processes library 5.060

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1 Listing of DELWAQ processes

Table 1.1: Listing of DELWAQ processes

Process Description Documented

pH_carb Integrated calculation of pH, carbonate system PHCARB

DynDepth dynamic calculation of the depth DDEPTH

DynSurf Dynamic calculation of the horizontal surface area DSURF

TotDepth depth water column TOTDEP

Emersion handle emersion z layers EMERSI

Meteo Process meteo from various meteo-stations METEO

HeatBal Total heat ﬂux for surface water HEATFL

MaxMacro maximum biomass macrophytes MAXMAC

Coverage coverage by macrophytes COVMAC

DAYRAD Irradiance over the day DAYRAD

Temperatur Temperature and heat exchange TEMPER

VarSal Salinity in case of constant river discharge VARSAL

Salinchlor Conversion of salinity into chloride or vv SALCHL

Veloc Horizontal ﬂow velocity VELOC

ResTim Residence time RESTIM

VertDisp Vertical dispersion segment ->exchange STOX3D

HorzDisper Horizontal dispersion in a 1D model HDISP

HDisperVel Horizontal dispersion velocity dependent HDISPV

HDisperAdd Additional horizontal dispersion HDISPA

Age1 Age of water from source 1 WATAGE

Age2 Age of water from source 2 WATAGE

Age3 Age of water from source 3 WATAGE

Age4 Age of water from source 4 WATAGE

Age5 Age of water from source 5 WATAGE

WFetch Wind Fetch from wind direction INTPOL

WDepth Depth where wave is created from wind direction INTPOL

Chezy Chezy coefﬁcient CALCHZ

Wave Wave characteristics CALWAV

CalTau Calculation of bottom friction CALTAU

MACDIS01 Submerged Macrophyte 1 Distibution function MACDIS

MACDIS02 Submerged Macrophyte 2 Distibution function MACDIS

MACDIS03 Submerged Macrophyte 3 Distibution function MACDIS

MACDIS04 Submerged Macrophyte 4 Distibution function MACDIS

MACDIS05 Submerged Macrophyte 5 Distibution function MACDIS

pH_simp Simple calculation of pH SIMPH

SpecCarb Speciation of carbonate in solution SPCARB

EXTINABVLP Extinction of light by algae Bloom EXTINA

EXTINABVL Extinction of light by algae Bloom EXTINA

ExtPhDVL Extinction of visual light by algae Dynamo EXTINA

EXTINABUVP Extinction of UV light by algae Bloom EXTINA

EXTINABUV Extinction of UV light by algae Bloom EXTINA

ExtPhDUV Extinction of UV light by algae Dynamo EXTINA

ExtMacroVl Extinction of light by macrophytes EXTINA

ExtMacroUV Extinction of UV by macrophytes EXTINA

Extinc_VLG Extinction of visible-light 370-680nm DLWQ-G EXTINC

Extinc_UVG Extinction of ultraviolet-light 350-480nm DLWQ-G EXTINC

CalcRad Radiation at segment upper and lower boundaries CLCRAD

CalcRadDay Actual radiation at segment boundaries CLCRAD

CalcRadUV UV-Radiation at segment upper and lower boundaries CLCRAD

Daylength Daylength calculation DAYL

Reﬂection Reﬂection calculation REFL

DepAve Average depth for Bloom step DEPAVE

vtrans Vertical mixing distribution over a period VTRANS

BLOOM_P BLOOM II algae module D40BLO

BLOOM BLOOM II algae module D40BLO

Phy_Blo_P Computation of phytoplankton output - Bloom PHCOMB

Phy_Blo Computation of phytoplankton output - Bloom PHCOMB

MakOOC Derive POCnoa from IM-fractions MAKPOC

MakOOCS1 Derive POC in S1 from IM-fractions in S1 MAKPOC

MakOOCS2 Derive POC in S2 from IM-fractions in S2 MAKPOC

Phy_dyn Computation of phytoplankton - Dynamo PHCOMP

S1_Comp Composition sediment layer S1 SEDCOM

S2_Comp Composition sediment layer S2 SEDCOM

Compos Composition WKCOMP

DMVolume Volume of dry matter in a segment DMVOL

EColiMrt Mortality EColi bacteria BACMRT

FColiMrt Mortality FColi bacteria BACMRT

TColiMrt Mortality TColi bacteria BACMRT

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Table 1.1 – continued from previous page

Process Description Documented

EnCocMrt Mortality Enterococci bacteria BACMRT

SaturCO2 Saturation concentration carbon dioxide SATCO2

RearCO2 Reaeration of carbon dioxide REAR

AdsPO4AAP AdDeSorption ortho phosphorus to inorg. matter ADSPO4

DenSed_NO3 Denitriﬁcation in sediment DENSED

DenWat_NO3 Denitriﬁcation in water column DENWAT

Nitrif_NH4 Nitriﬁcation of ammonium NITRIF

SaturOXY Saturation concentration oxygen SATOXY

RearOXY Reaeration of oxygen REAR

VAROXY Variation of primary production within day VAROXY

BMS1_DetC Mineralisation detritus carbon in sediment S1 BOTMIN

BMS2_DetC Mineralisation detritus carbon in sediment S2 BOTMIN

BMS1_DetN Mineralisation detritus nitrogen in sediment S1 BOTMIN

BMS2_DetN Mineralisation detritus nitrogen in sediment S2 BOTMIN

BMS1_DetP Mineralisation detritus phosphorus in sediment S1 BOTMIN

BMS2_DetP Mineralisation detritus phosphorus in sediment S2 BOTMIN

BMS1_DetSi Mineralisation detritus silica in sediment S1 BOTMIN

BMS2_DetSi Mineralisation detritus silica in sediment S2 BOTMIN

BMS1_OOC Mineralisation other organic C in sediment S1 BOTMIN

BMS2_OOC Mineralisation other organic C in sediment S2 BOTMIN

BMS1_OON Mineralisation other organic N in sediment S1 BOTMIN

BMS2_OON Mineralisation other organic N in sediment S2 BOTMIN

BMS1_OOP Mineralisation other organic P in sediment S1 BOTMIN

BMS2_OOP Mineralisation other organic P in sediment S2 BOTMIN

BMS1_OOSi Mineralisation other organic Si in sediment S1 BOTMIN

BMS2_OOSi Mineralisation other organic Si in sediment S2 BOTMIN

Deso_AAPS1 Desorption of adsorbed phosphates in sediment S1 BOTMIN

Deso_AAPS2 Desorption of adsorbed phosphates in sediment S2 BOTMIN

BODCOD Mineralisation BOD and COD BODCOD

DBOD_TEWOR Oxydation of BOD DECBOD

DecFast Mineralization fast decomp. detritus POC1 DECDET

DecMedium Mineralization medium decomp. detritus POC2 DECDET

DecSlow Mineralization slow decomp. detritus POC3 DECDET

DecRefr Mineralization part. refractory detritus POC4 DECDET

DecDOC Mineralization DOC diss. refr. detritus DECDET

DecPOC5 Mineralisation POC5 DECPC5

Vivianit Dissolution/precipitation of P in vivianite VIVIAN

DisSi Dissolution of Si in opal SWITCH defaults DISSI

SedOXYDem Sediment oxygen demand SEDOX

TF_Green Temperature functions for green algae TFALG

TF_Diat Temperature functions for diatoms TFALG

DL_Green Daylength function for green algae DLALG

DL_Diat Daylength function for diatoms DLALG

DL_DiatS1 Daylength function for diatoms DLALG

NLGreen Nutrient limiation function for green algae NLALG

NLDiat Nutrient limiation function for diatoms NLALG

Rad_Green Light efﬁciency function green algae RADALG

Rad_Diat Light efﬁciency function diatoms RADALG

Rad_DiatS1 Light efﬁciency function diatoms RDBALG

GroMrt_Gre Nett primary production and mortality green algae PRIPRO

GroMrt_Dia Nett primary production and mortality diatoms PRIPRO

GroMrt_DS1 Nett primary production and mortality diatoms SDPPRO

PPrLim Limitation numerical on primary production PPRLIM

NutUpt_Alg Uptake of nutrients by growth of algae NUTUPT

NutRel_Alg Release nutrients/detritus by of mortality algae NUTREL

NRAlg_S1 Nutrient release of algae in S1 NRALGS

OXYMin Potential mimimum dissolved oxygen concentration OXYMIN

CONSELAC Consumption oxygen/other electron acceptors CSELAC

EBULCH4 Ebullition of methane EBUCH4

SaturCH4 Saturation concentration methane SATCH4

VolatCH4 Volatilisation of methane REAR

SPECSUD Speciation of dissolved sulphide SULFID

SPECSUDS1 Speciation of dissolved sulphide in S1 SULFID

SPECSUDS2 Speciation of dissolved sulphide in S2 SULFID

OXIDSUD Oxidation of dissolved sulphide SULFOX

PRECSUL Precipitation and dissolution of sulphide SULFPR

OXIDCH4 Oxidation of methane METHOX

SPECIRON Speciation of dissolved iron SPECFE

IRONOX Oxidation of dissolved iron IRONOX

SULPHOX Oxidation of iron sulphides SULPHO

IRONRED Reduction of iron by sulphides IRONRE

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Process Description Documented

PRIRON Precipitation, dissolution and conversion of iron PRIRON

CalVS_IM1 Sedimentation velocity IM1 = f Temp SS Sal CALSED

CalVS_IM2 Sedimentation velocity IM2 = f Temp SS Sal CALSED

CalVS_IM3 Sedimentation velocity IM3 = f Temp SS Sal CALSED

CalVS_POC1 Sedimentation velocity POC1 = f Temp SS Sal CALSED

CalVS_POC2 Sedimentation velocity POC2 = f Temp SS Sal CALSED

CalVS_POC3 Sedimentation velocity POC3 = f Temp SS Sal CALSED

CalVS_POC4 Sedimentation velocity POC4 = f Temp SS Sal CALSED

CalVS_Diat Sedimentation velocity Diat = f Temp SS Sal CALSED

CalVS_Gree Sedimentation velocity Gree = f Temp SS Sal CALSED

CalVSALG Sedimentation velocity algae = f Temp SS Sal CALSED

CalVSALG01 Sedimentation velocity ALG01 = f Temp SS Sal CALSED

CalVSALG02 Sedimentation velocity ALG02 = f Temp SS Sal CALSED

CalVSALG03 Sedimentation velocity ALG03 = f Temp SS Sal CALSED

CalVSALG04 Sedimentation velocity ALG04 = f Temp SS Sal CALSED

CalVSALG05 Sedimentation velocity ALG05 = f Temp SS Sal CALSED

CalVSALG06 Sedimentation velocity ALG06 = f Temp SS Sal CALSED

CalVSALG07 Sedimentation velocity ALG07 = f Temp SS Sal CALSED

CalVSALG08 Sedimentation velocity ALG08 = f Temp SS Sal CALSED

CalVSALG09 Sedimentation velocity ALG09 = f Temp SS Sal CALSED

CalVSALG10 Sedimentation velocity ALG10 = f Temp SS Sal CALSED

CalVSALG11 Sedimentation velocity ALG11 = f Temp SS Sal CALSED

CalVSALG12 Sedimentation velocity ALG12 = f Temp SS Sal CALSED

CalVSALG13 Sedimentation velocity ALG13 = f Temp SS Sal CALSED

CalVSALG14 Sedimentation velocity ALG14 = f Temp SS Sal CALSED

CalVSALG15 Sedimentation velocity ALG15 = f Temp SS Sal CALSED

CalVSALG16 Sedimentation velocity ALG16 = f Temp SS Sal CALSED

CalVSALG17 Sedimentation velocity ALG17 = f Temp SS Sal CALSED

CalVSALG18 Sedimentation velocity ALG18 = f Temp SS Sal CALSED

CalVSALG19 Sedimentation velocity ALG19 = f Temp SS Sal CALSED

CalVSALG20 Sedimentation velocity ALG20 = f Temp SS Sal CALSED

CalVSALG21 Sedimentation velocity ALG21 = f Temp SS Sal CALSED

CalVSALG22 Sedimentation velocity ALG22 = f Temp SS Sal CALSED

CalVSALG23 Sedimentation velocity ALG23 = f Temp SS Sal CALSED

CalVSALG24 Sedimentation velocity ALG24 = f Temp SS Sal CALSED

CalVSALG25 Sedimentation velocity ALG25 = f Temp SS Sal CALSED

CalVSALG26 Sedimentation velocity ALG26 = f Temp SS Sal CALSED

CalVSALG27 Sedimentation velocity ALG27 = f Temp SS Sal CALSED

CalVSALG28 Sedimentation velocity ALG28 = f Temp SS Sal CALSED

CalVSALG29 Sedimentation velocity ALG29 = f Temp SS Sal CALSED

CalVSALG30 Sedimentation velocity ALG30 = f Temp SS Sal CALSED

Res_Pickup Resuspension S2 van Rijn pick-up RESPUP

Sed_IM1 Sedimentation IM1 SEDIM

Sed_IM2 Sedimentation IM2 SEDIM

Sed_IM3 Sedimentation IM3 SEDIM

SedDiat Sedimentation diatoms SEDCAR

Sed_Gre Sedimentation green algae SEDCAR

SEDALG Sedimentation of algae species SEDCAR

SEDALG01 Sedimentation of algae species 1 SEDCAR

SEDALG02 Sedimentation of algae species 2 SEDCAR

SEDALG03 Sedimentation of algae species 3 SEDCAR

SEDALG04 Sedimentation of algae species 4 SEDCAR

SEDALG05 Sedimentation of algae species 5 SEDCAR

SEDALG06 Sedimentation of algae species 6 SEDCAR

SEDALG07 Sedimentation of algae species 7 SEDCAR

SEDALG08 Sedimentation of algae species 8 SEDCAR

SEDALG09 Sedimentation of algae species 9 SEDCAR

SEDALG10 Sedimentation of algae species 10 SEDCAR

SEDALG11 Sedimentation of algae species 11 SEDCAR

SEDALG12 Sedimentation of algae species 12 SEDCAR

SEDALG13 Sedimentation of algae species 13 SEDCAR

SEDALG14 Sedimentation of algae species 14 SEDCAR

SEDALG15 Sedimentation of algae species 15 SEDCAR

SEDALG16 Sedimentation of algae species 16 SEDCAR

SEDALG17 Sedimentation of algae species 17 SEDCAR

SEDALG18 Sedimentation of algae species 18 SEDCAR

SEDALG19 Sedimentation of algae species 19 SEDCAR

SEDALG20 Sedimentation of algae species 20 SEDCAR

SEDALG21 Sedimentation of algae species 21 SEDCAR

SEDALG22 Sedimentation of algae species 22 SEDCAR

SEDALG23 Sedimentation of algae species 23 SEDCAR

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Process Description Documented

SEDALG24 Sedimentation of algae species 24 SEDCAR

SEDALG25 Sedimentation of algae species 25 SEDCAR

SEDALG26 Sedimentation of algae species 26 SEDCAR

SEDALG27 Sedimentation of algae species 27 SEDCAR

SEDALG28 Sedimentation of algae species 28 SEDCAR

SEDALG29 Sedimentation of algae species 29 SEDCAR

SEDALG30 Sedimentation of algae species 30 SEDCAR

S_CBOD51 Sedimentation CBOD5 ﬁrst pool SEDCAR

S_CBOD52 Sedimentation CBOD5_2 second pool SEDCAR

S_CBOD53 Sedimentation CBOD5_3 third pool SEDCAR

S_CBODu1 Sedimentation CBODu ﬁrst pool SEDCAR

S_CBODu2 Sedimentation CBODu_2 second pool SEDCAR

S_CODCr Sedimentation COD Cr method SEDCAR

S_CODMn Sedimentation COD Mn method SEDCAR

S_NBOD5 Sedimentation of NBOD5 SEDCAR

S_NBODu Sedimentation of NBODu SEDCAR

SED_SOD Sedimentation of oxygen demand SEDSOD

SedPhBlo_P Sum sedimentation of algae - Bloom SSEDPH

SedPhBlo Sum sedimentation of algae - Bloom SSEDPH

SedPhDyn Sum sedimentation of algae - Dynamo SSEDPH

Sed_MPB1 Sedimentation MPB1peli algae 3d SEDCAR

Sed_MPB2 Sedimentation MPB2psam algae 3d SEDCAR

Sed_Opal Sedimentation Opal 3d SEDCAR

Sed_POC1 Sedimentation POC1 3d SEDCAR

Sed_POC2 Sedimentation POC2 3d SEDCAR

Sed_POC3 Sedimentation POC3 3d SEDCAR

Sed_POC4 Sedimentation POC4 3d SEDCAR

Sed_VivP Sedimentation vivianite 3d SEDCAR

Sed_ApatP Sedimentation Apatite-P SEDCAR

Sed_Fe3pa Sedimentation Fe3pa SEDCAR

Sed_Fe3pc Sedimentation Fe3pc SEDCAR

Sed_FeS Sedimentation FeS SEDCAR

Sed_FeS2 Sedimentation FeS2 SEDCAR

Sed_FeCO3 Sedimentation FeCO3 SEDCAR

SedNPOC1 Sedim. nutrients in POC1 SEDNUT

SedNPOC2 Sedim. nutrients in POC2 SEDNUT

SedNPOC3 Sedim. nutrients in POC3 SEDNUT

SedNPOC4 Sedim. nutrients in POC4 SEDNUT

Sum_Sedim Total of all sedimenting substances SOMSED

Sed_AAP Sedimentation AAP adsorbed PO4 SEDAAP

Sed_CAAP Sedimentation adsorbed P as component SEDCAR

Res_DM Resuspension total bottom material dry mass RESDM

Bur_DM Burial total bottom mass dry matter BURIAL

Dig_DM Digging dry matter to sediment S1 and S2 DIGGIN

S12TraDetC Resuspension, transport in S1-S2 DetC S12TRA

S12TraDetN Resuspension, transport in S1-S2 DetN S12TRA

S12TraDetP Resuspension, transport in S1-S2 DetP S12TRA

S12TraDetS Resuspension, transport in S1-S2 DetSi S12TRA

S12TraOOC Resuspension, transport in S1-S2 OOC S12TRA

S12TraOON Resuspension, transport in S1-S2 OON S12TRA

S12TraOOP Resuspension, transport in S1-S2 OOP S12TRA

S12TraOOSi Resuspension, transport in S1-S2 OOSi S12TRA

S12TraDiat Resuspension, transport in S1-S2 Diatoms S12TRA

ResN_DiaS1 Resuspension nutrients in detritus RESANT

ResN_DiaS2 Resuspension nutrients in detritus RESANT

S12TraMPB1 Resuspension, transport in S1-S2 MPB1 S12TRA

S12TraMPB2 Resuspension, transport in S1-S2 MPB2 S12TRA

S12TraIM1 Resuspension, transport in S1-S2 IM1 S12TIM

S12TraIM2 Resuspension, transport in S1-S2 IM2 S12TIM

S12TraIM3 Resuspension, transport in S1-S2 IM3 S12TIM

S12TraAAP Resuspension, transport in S1-S2 AAP S12TRA

AdvTra Advective transport of solids in sediment ADVTRA

DSPTra Dispersion/diffusion in the sediment DSPTRA

RFPART_Cd Reprofunctions for cadmium partition coefﬁcient RFPART

RFPART_Cu Reprofunctions for copper partition coefﬁcient RFPART

RFPART_Pb Reprofunctions for lead partition coefﬁcient RFPART

RFPART_Zn Reprofunctions for zinc partition coefﬁcient RFPART

RFPART_Hg Reprofunctions for mercury partition coefﬁcient RFPART

RFPART_Ni Reprofunctions for nickel partition coefﬁcient RFPART

RFPART_Cr Reprofunctions for chromium partition coefﬁcient RFPART

RFPART_As Reprofunctions for arsenic partition coefﬁcient RFPART

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Process Description Documented

PartWK_Cd Partitioning Cd in water column PARTMP

PartWK_Cr Partitioning Cr in water column PARTMP

PartWK_Cu Partitioning Cu in water column PARTMP

PartWK_Hg Partitioning Hg in water column PARTMP

PartWK_Ni Partitioning Ni in water column PARTMP

PartWK_Pb Partitioning Pb in water column PARTMP

PartWK_As Partitioning Arsenic in water column PARTMP

PartWK_Va Partitioning Va in water column PARTMP

PartWK_Zn Partitioning Zn in water column PARTMP

PartS1_Cd Partitioning Cd in S1 PARTMP

PartS1_Cr Partitioning Cr in S1 PARTMP

PartS1_Cu Partitioning Cu in S1 PARTMP

PartS1_Hg Partitioning Hg in S1 PARTMP

PartS1_Ni Partitioning Ni in S1 PARTMP

PartS1_Pb Partitioning Pb in S1 PARTMP

PartS1_As Partitioning As in S1 PARTMP

PartS1_Va Partitioning Va in S1 PARTMP

PartS1_Zn Partitioning Zn in S1 PARTMP

PartS2_Cd Partitioning Cd in S2 PARTMP

PartS2_Cr Partitioning Cr in S2 PARTMP

PartS2_Cu Partitioning Cu in S2 PARTMP

PartS2_Hg Partitioning Hg in S2 PARTMP

PartS2_Ni Partitioning Ni in S2 PARTMP

PartS2_Pb Partitioning Pb in S2 PARTMP

PartS2_As Partitioning As in S2 PARTMP

PartS2_Va Partitioning Va in S2 PARTMP

PartS2_Zn Partitioning Zn in S2 PARTMP

PartS1_153 Partitioning 153 in S1 PARTMP

PartS1_Atr Partitioning Atr in S1 PARTMP

PartS1_BaP Partitioning BaP in S1 PARTMP

PartS1_Diu Partitioning Diu in S1 PARTMP

PartS1_Flu Partitioning Flu in S1 PARTMP

PartS1_HCB Partitioning HCB in S1 PARTMP

PartS1_HCH Partitioning HCH in S1 PARTMP

PartS1_Mef Partitioning Mef in S1 PARTMP

PartS2_153 Partitioning 153 in S2 PARTMP

PartS2_Atr Partitioning Atr in S2 PARTMP

PartS2_BaP Partitioning BaP in S2 PARTMP

PartS2_Diu Partitioning Diu in S2 PARTMP

PartS2_Flu Partitioning Flu in S2 PARTMP

PartS2_HCB Partitioning HCB in S2 PARTMP

PartS2_HCH Partitioning HCH in S2 PARTMP

PartS2_Mef Partitioning Mef in S2 PARTMP

PartWK_153 Partitioning 153 in water column PARTMP

PartWK_Atr Partitioning Atr in water column PARTMP

PartWK_BaP Partitioning BaP in water column PARTMP

PartWK_Diu Partitioning Diu in water column PARTMP

PartWK_Flu Partitioning Flu in water column PARTMP

PartWK_HCB Partitioning HCB in water column PARTMP

PartWK_HCH Partitioning HCH in water column PARTMP

PartWK_Mef Partitioning Mef in water column PARTMP

TraSe2_IM1 Total of transport in sediment for IM1 TRASE2

TraSe2_OXY Total of transport in sediment for OXY TRASE2

TraSe2_BaP Total of transport in sediment for BaP TRASE2

TrSe2_POC1 Total of transport in sediment for POC1 TRASE2

TrSe2_POC2 Total of transport in sediment for POC2 TRASE2

TrSe2_POC3 Total of transport in sediment for POC3 TRASE2

TrSe2_PON1 Total of transport in sediment for PON1 TRASE2

TrSe2_PON2 Total of transport in sediment for PON2 TRASE2

TrSe2_PON3 Total of transport in sediment for PON3 TRASE2

TrSe2_POP1 Total of transport in sediment for POP1 TRASE2

TrSe2_POP2 Total of transport in sediment for POP2 TRASE2

TrSe2_POP3 Total of transport in sediment for POP3 TRASE2

TrSe2_POC4 Total of transport in sediment for POC4 TRASE2

TrSe2_PON4 Total of transport in sediment for PON4 TRASE2

TrSe2_POP4 Total of transport in sediment for POP4 TRASE2

TrSe2_POS1 Total of transport in sediment for POS1 TRASE2

TrSe2_POS2 Total of transport in sediment for POS2 TRASE2

TrSe2_POS3 Total of transport in sediment for POS3 TRASE2

TrSe2_POS4 Total of transport in sediment for POS4 TRASE2

TraSe2_DOC Total of transport in sediment for DOC TRASE2

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Process Description Documented

TraSe2_DON Total of transport in sediment for DON TRASE2

TraSe2_DOP Total of transport in sediment for DOP TRASE2

TraSe2_DOS Total of transport in sediment for DOS TRASE2

TraSe2_NH4 Total of transport in sediment for NH4 TRASE2

TraSe2_PO4 Total of transport in sediment for PO4 TRASE2

TraSe2_NO3 Total of transport in sediment for NO3 TRASE2

TraSe2_SO4 Total of transport in sediment for SO4 TRASE2

TraSe2_CH4 Total of transport in sediment for CH4 TRASE2

TraSe2_SUD Total of transport in sediment for SUD TRASE2

TraSe2_SUP Total of transport in sediment for SUP TRASE2

TraSe2_IM2 Total of transport in sediment for IM2 TRASE2

TraSe2_IM3 Total of transport in sediment for IM3 TRASE2

TraSe2_Cl Total of transport in sediment for Cl TRASE2

TraSe2_Sal Total of transport in sediment for Salinity TRASE2

TraSe2_AAP Total of transport in sediment for AAP TRASE2

TraSe2_Si Total of transport in sediment for Si TRASE2

TrSe2_VIVP Total of transport in sediment for VIVP TRASE2

TrSe2_APAT Total of transport in sediment for APATP TRASE2

TrSe2_F3pa Total of transport in sediment for Fe3pa TRASE2

TrSe2_F3pc Total of transport in sediment for Fe3pc TRASE2

TrSe2_Fe3d Total of transport in sediment for Fe3d TRASE2

TrSe2_Fe2d Total of transport in sediment for Fe2d TRASE2

TrSe2_FeS Total of transport in sediment for FeS TRASE2

TrSe2_FeS2 Total of transport in sediment for FeS2 TRASE2

TrSe2_FCO3 Total of transport in sediment for FeCO3 TRASE2

TrSe2_Opal Total of transport in sediment for Opal TRASE2

TraSe2_TIC Total of transport in sediment for TIC TRASE2

TrSe2_Alka Total of transport in sediment for Alka TRASE2

TrSe2_MPB1 Total of transport in sediment for MPB1peli TRASE2

TrSe2_MPB2 Total of transport in sediment for MPB2psam TRASE2

TrSe2Alg01 Total of transport in sediment for BloomAlg01 TRASE2

TrSe2Alg02 Total of transport in sediment for BloomAlg02 TRASE2

TrSe2Alg03 Total of transport in sediment for BloomAlg03 TRASE2

TrSe2Alg04 Total of transport in sediment for BloomAlg04 TRASE2

TrSe2Alg05 Total of transport in sediment for BloomAlg05 TRASE2

TrSe2Alg06 Total of transport in sediment for BloomAlg06 TRASE2

TrSe2Alg07 Total of transport in sediment for BloomAlg07 TRASE2

TrSe2Alg08 Total of transport in sediment for BloomAlg08 TRASE2

TrSe2Alg09 Total of transport in sediment for BloomAlg09 TRASE2

TrSe2Alg10 Total of transport in sediment for BloomAlg10 TRASE2

TrSe2Alg11 Total of transport in sediment for BloomAlg11 TRASE2

TrSe2Alg12 Total of transport in sediment for BloomAlg12 TRASE2

TrSe2Alg13 Total of transport in sediment for BloomAlg13 TRASE2

TrSe2Alg14 Total of transport in sediment for BloomAlg14 TRASE2

TrSe2Alg15 Total of transport in sediment for BloomAlg15 TRASE2

TrSe2Alg16 Total of transport in sediment for BloomAlg16 TRASE2

TrSe2Alg17 Total of transport in sediment for BloomAlg17 TRASE2

TrSe2Alg18 Total of transport in sediment for BloomAlg18 TRASE2

TrSe2Alg19 Total of transport in sediment for BloomAlg19 TRASE2

TrSe2Alg20 Total of transport in sediment for BloomAlg20 TRASE2

TrSe2Alg21 Total of transport in sediment for BloomAlg21 TRASE2

TrSe2Alg22 Total of transport in sediment for BloomAlg22 TRASE2

TrSe2Alg23 Total of transport in sediment for BloomAlg23 TRASE2

TrSe2Alg24 Total of transport in sediment for BloomAlg24 TRASE2

TrSe2Alg25 Total of transport in sediment for BloomAlg25 TRASE2

TrSe2Alg26 Total of transport in sediment for BloomAlg26 TRASE2

TrSe2Alg27 Total of transport in sediment for BloomAlg27 TRASE2

TrSe2Alg28 Total of transport in sediment for BloomAlg28 TRASE2

TrSe2Alg29 Total of transport in sediment for BloomAlg29 TRASE2

TrSe2Alg30 Total of transport in sediment for BloomAlg30 TRASE2

UlvaFix_P Fixation of BLOOM algae at the bottom ULFIX

UlvaFix Fixation of BLOOM algae at the bottom ULFIX

CONSBL Grazing module CONSBL

SwOXYParWK Calculates Crit Oxygen conc. for partitioning SWOXY

TrCoef_153 Gas and liquid exchange coefﬁcients PCB-153 TRCOEF

Volat_153 Atmospheric exch. 153 volatilization/intake VERVLU

TrCoef_HCB Gas and liquid exchange coefﬁcients HCB TRCOEF

Volat_HCB Atmospheric exch. HCB volatilization/intake VERVLU

TrCoef_HCH Gas and liquid exchange coefﬁcients HCH TRCOEF

Volat_HCH Atmospheric exch. HCH volatilization/intake VERVLU

TrCoef_Flu Gas and liquid exchange coefﬁcients Flu TRCOEF

continued on next page

8 of 256 Deltares

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Listing of DELWAQ processes

Table 1.1 – continued from previous page

Process Description Documented

Volat_Flu Atmospheric exch. Flu volatilization/intake VERVLU

TrCoef_BaP Gas and liquid exchange coefﬁcients BaP TRCOEF

Volat_BaP Atmospheric exch. BaP volatilization/intake VERVLU

TrCoef_Atr Gas and liquid exchange coefﬁcients Atr TRCOEF

Volat_Atr Atmospheric exch. Atr volatilization/intake VERVLU

TrCoef_Mef Gas and liquid exchange coefﬁcients Mef TRCOEF

Volat_Mef Atmospheric exch. Mef volatilization/intake VERVLU

TrCoef_Diu Gas and liquid exchange coefﬁcients Diu TRCOEF

Volat_Diu Atmospheric exch. Diu volatilization/intake VERVLU

Los_WK_153 Overall loss of 153 from water column DEGMP

Los_WK_HCB Overall loss of HCB from water column DEGMP

Los_WK_HCH Overall loss of HCH from water column DEGMP

Los_WK_Flu Overall loss of Flu from water column DEGMP

Los_WK_BaP Overall loss of BaP from water column DEGMP

Los_WK_Atr Overall loss of Atr from water column DEGMP

Los_WK_Mef Overall loss of Mef from water column DEGMP

Los_WK_Diu Overall loss of Diu from water column DEGMP

Los_S1_153 Overall loss of 153 from S1 DEGMP

Los_S1_HCB Overall loss of HCB from S1 DEGMP

Los_S1_HCH Overall loss of HCH from S1 DEGMP

Los_S1_Flu Overall loss of Flu from S1 DEGMP

Los_S1_BaP Overall loss of BaP from S1 DEGMP

Los_S1_Atr Overall loss of Atr from S1 DEGMP

Los_S1_Mef Overall loss of Mef from S1 DEGMP

Los_S1_Diu Overall loss of Diu from S1 DEGMP

Los_S2_153 Overall loss of 153 from S2 DEGMP

Los_S2_HCB Overall loss of HCB from S2 DEGMP

Los_S2_HCH Overall loss of HCH from S2 DEGMP

Los_S2_Flu Overall loss of Flu from S2 DEGMP

Los_S2_BaP Overall loss of BaP from S2 DEGMP

Los_S2_Atr Overall loss of Atr from S2 DEGMP

Los_S2_Mef Overall loss of Mef from S2 DEGMP

Los_S2_Diu Overall loss of Diu from S2 DEGMP

Sed_Cd Sedimentation adsorbed Cd SEDHM

Sed_Cu Sedimentation adsorbed Cu SEDHM

Sed_Zn Sedimentation adsorbed Zn SEDHM

Sed_Hg Sedimentation adsorbed Hg SEDHM

Sed_Ni Sedimentation adsorbed Ni SEDHM

Sed_Pb Sedimentation adsorbed Pb SEDHM

Sed_Cr Sedimentation adsorbed Cr SEDHM

Sed_As Sedimentation adsorbed As SEDHM

Sed_Va Sedimentation adsorbed Va SEDHM

Sed_153 Sedimentation adsorbed 153 SEDOMV

Sed_HCB Sedimentation adsorbed HCB SEDOMV

Sed_HCH Sedimentation adsorbed HCH SEDOMV

Sed_Flu Sedimentation adsorbed Flu SEDOMV

Sed_Bap Sedimentation adsorbed Bap SEDOMV

Sed_Atr Sedimentation adsorbed Atr SEDOMV

Sed_Mef Sedimentation adsorbed Mef SEDOMV

Sed_Diu Sedimentation adsorbed Diu SEDOMV

S12TraAs Resuspension, transport in S1-S2 As S12TRA

S12TraCd Resuspension, transport in S1-S2 Cd S12TRA

S12TraCr Resuspension, transport in S1-S2 Cr S12TRA

S12TraCu Resuspension, transport in S1-S2 Cu S12TRA

S12TraHg Resuspension, transport in S1-S2 Hg S12TRA

S12TraNi Resuspension, transport in S1-S2 Ni S12TRA

S12TraPb Resuspension, transport in S1-S2 Pb S12TRA

S12TraVa Resuspension, transport in S1-S2 Va S12TRA

S12TraZn Resuspension, transport in S1-S2 Zn S12TRA

S12Tra153 Resuspension, transport in S1-S2 153 S12TRA

S12TraAtr Resuspension, transport in S1-S2 Atr S12TRA

S12TraMef Resuspension, transport in S1-S2 Mef S12TRA

S12TraDiu Resuspension, transport in S1-S2 Diu S12TRA

S12TraBaP Resuspension, transport in S1-S2 BaP S12TRA

S12TraOMP Resuspension, transport in S1-S2 OMP S12TRA

S12TraFlu Resuspension, transport in S1-S2 Flu S12TRA

S12TraHCB Resuspension, transport in S1-S2 HCB S12TRA

S12TraHCH Resuspension, transport in S1-S2 HCH S12TRA

Evap_Conti Evaporation and rain continuity ATMDEP

AtmDep_IM1 Atmospheric deposition IM1 ATMDEP

AtmDep_IM2 Atmospheric deposition IM2 ATMDEP

continued on next page

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Processes Library Tables, Technical Reference Manual

Table 1.1 – continued from previous page

Process Description Documented

AtmDep_IM3 Atmospheric deposition IM3 ATMDEP

Dfwast_IM1 Diffusive waste IM1 ATMDEP

Dfwast_IM2 Diffusive waste IM2 ATMDEP

Dfwast_IM3 Diffusive waste IM3 ATMDEP

AtmDep_NH4 Atmospheric deposition NH4 ATMDEP

AtmDep_NO3 Atmospheric deposition NO3 ATMDEP

AtmDep_PO4 Atmospheric deposition PO4 ATMDEP

AtmDep_SO4 Atmospheric deposition SO4 ATMDEP

AtmDep_153 Atmospheric deposition 153 ATMDEP

AtmDep_HCB Atmospheric deposition HCB ATMDEP

AtmDep_HCH Atmospheric deposition HCH ATMDEP

AtmDep_Flu Atmospheric deposition Flu ATMDEP

AtmDep_Bap Atmospheric deposition Bap ATMDEP

AtmDep_Atr Atmospheric deposition Atr ATMDEP

AtmDep_Mef Atmospheric deposition Mef ATMDEP

AtmDep_Diu Atmospheric deposition Diu ATMDEP

AtmDep_Cd Atmospheric deposition Cd ATMDEP

AtmDep_Cu Atmospheric deposition Cu ATMDEP

AtmDep_Zn Atmospheric deposition Zn ATMDEP

AtmDep_Hg Atmospheric deposition Hg ATMDEP

AtmDep_Ni Atmospheric deposition Ni ATMDEP

AtmDep_Pb Atmospheric deposition Pb ATMDEP

AtmDep_Cr Atmospheric deposition Cr ATMDEP

AtmDep_As Atmospheric deposition As ATMDEP

AtmDep_Va Atmospheric deposition Va ATMDEP

Dfwast_NO3 Diffusive waste NO3 ATMDEP

Dfwast_NH4 Diffusive waste NH4 ATMDEP

Dfwast_PO4 Diffusive waste PO4 ATMDEP

Dfwast_Si Diffusive waste Si ATMDEP

Dfwast_SO4 Diffusive waste SO4 ATMDEP

Dfwast_153 Diffusive waste 153 ATMDEP

Dfwast_HCB Diffusive waste HCB ATMDEP

Dfwast_HCH Diffusive waste HCH ATMDEP

Dfwast_Flu Diffusive waste Flu ATMDEP

Dfwast_Bap Diffusive waste Bap ATMDEP

Dfwast_Atr Diffusive waste Atr ATMDEP

Dfwast_Mef Diffusive waste Mef ATMDEP

Dfwast_Diu Diffusive waste Diu ATMDEP

Dfwast_Cd Diffusive waste Cd ATMDEP

Dfwast_Cu Diffusive waste Cu ATMDEP

Dfwast_Zn Diffusive waste Zn ATMDEP

Dfwast_Hg Diffusive waste Hg ATMDEP

Dfwast_Ni Diffusive waste Ni ATMDEP

Dfwast_Pb Diffusive waste Pb ATMDEP

Dfwast_Cr Diffusive waste Cr ATMDEP

Dfwast_As Diffusive waste As ATMDEP

Dfwast_Va Diffusive waste Va ATMDEP

NH3free Calculation conc. unionized ammonia NH3FRE

PosOXY Positive oxygen concentration POSOXY

Secchi Secchi depth for visible-light 370-680nm SECCHI

Prod_TEWOR Production ﬂuxes for TEWOR+ PTEWOR

PartS1_OMP Partitioning OMP in S1 PARTMP

PartS2_OMP Partitioning OMP in S2 PARTMP

PartWK_OMP Partitioning OMP in water column PARTMP

TrCoef_OMP Gas and liquid exchange coefﬁcients OMP TRCOEF

Volat_OMP Atmospheric exch. OMP volatilization/intake VERVLU

Los_WK_OMP Overall loss of OMP from water column DEGMP

Los_S1_OMP Overall loss of OMP from S1 DEGMP

Los_S2_OMP Overall loss of OMP from S2 DEGMP

Sed_OMP Sedimentation adsorbed OMP SEDOMV

AtmDep_OMP Atmospheric deposition OMP ATMDEP

Dfwast_OMP Diffusive waste OMP ATMDEP

TraSe2_OMP Total of transport in sediment for OMP TRASE2

Damrear Reaeration at weirs STREAR

TRSOXY Correction vertical transport OXY emersion TRSOXY

APATITE Dissolution/precipitation of apatite-like mineral APATIT

HarveZoop Harvesting zooplankton-grazer1 HARVES

HarveMuss Harvesting mussel-grazer2 HARVES

HarveG3 Harvesting grazer3 HARVES

HarveG4 Harvesting grazer4 HARVES

HarveG5 Harvesting grazer5 HARVES

continued on next page

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Listing of DELWAQ processes

Table 1.1 – continued from previous page

Process Description Documented

VB01availN Vegetation module VB01 availability of nutrients VEG2DN

VBStatus01 Status of Vegation Biomass cohort 01 VBSTAT

VBGrowth01 Vegation Biomass Growth VBGRO

VBMort01 Vegation Biomass Mortality VBMRT

VB01_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB01_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB01Upt Vegetation Biomass Nutrient Uptake VBUPT

VB01_Upt3D Vegetation module uptake 3D ﬂux distribution VEG3DU

VB02availN Vegetation module VB02 availability of nutrients VEG2DN

VBStatus02 Status of Vegation Biomass cohort 02 VBSTAT

VBGrowth02 Vegation Biomass Growth VBGRO

VBMort02 Vegation Biomass Mortality VBMRT

VB02_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB02_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB02Upt Vegetation Biomass Nutrient Uptake VBUPT

VB02_Upt3D Vegetation module uptake 3D ﬂux distribution VEG3DU

VB03availN Vegetation module VB03 availability of nutrients VEG2DN

VBStatus03 Status of Vegation Biomass cohort 03 VBSTAT

VBGrowth03 Vegation Biomass Growth VBGRO

VBMort03 Vegation Biomass Mortality VBMRT

VB03_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB03_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB03Upt Vegetation Biomass Nutrient Uptake VBUPT

VB03_Upt3D Vegetation module VB03 uptake 3D ﬂux distribution VEG3DU

VB04availN Vegetation module VB04 availability of nutrients VEG2DN

VBStatus04 Status of Vegation Biomass cohort 04 VBSTAT

VBGrowth04 Vegation Biomass Growth VBGRO

VBMort04 Vegation Biomass Mortality VBMRT

VB04_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB04_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB04Upt Vegetation Biomass Nutrient Uptake VBUPT

VB04_Upt3D Vegetation module VB04 uptake 3D ﬂux distribution VEG3DU

VB05availN Vegetation module VB05 availability of nutrients VEG2DN

VBStatus05 Status of Vegation Biomass cohort 05 VBSTAT

VBGrowth05 Vegation Biomass Growth VBGRO

VBMort05 Vegation Biomass Mortality VBMRT

VB05_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB05_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB05Upt Vegetation Biomass Nutrient Uptake VBUPT

VB05_Upt3D Vegetation module VB05 uptake 3D ﬂux distribution VEG3DU

VB06availN Vegetation module VB06 availability of nutrients VEG2DN

VBStatus06 Status of Vegation Biomass cohort 06 VBSTAT

VBGrowth06 Vegation Biomass Growth VBGRO

VBMort06 Vegation Biomass Mortality VBMRT

VB06_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB06_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB06Upt Vegetation Biomass Nutrient Uptake VBUPT

VB06_Upt3D Vegetation module VB06 uptake 3D ﬂux distribution VEG3DU

VB07availN Vegetation module VB07 availability of nutrients VEG2DN

VBStatus07 Status of Vegation Biomass cohort 07 VBSTAT

VBGrowth07 Vegation Biomass Growth VBGRO

VBMort07 Vegation Biomass Mortality VBMRT

VB07_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB07_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB07Upt Vegetation Biomass Nutrient Uptake VBUPT

VB07_Upt3D Vegetation module VB07 uptake 3D ﬂux distribution VEG3DU

VB08availN Vegetation module VB08 availability of nutrients VEG2DN

VBStatus08 Status of Vegation Biomass cohort 08 VBSTAT

VBGrowth08 Vegation Biomass Growth VBGRO

VBMort08 Vegation Biomass Mortality VBMRT

VB08_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB08_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB08Upt Vegetation Biomass Nutrient Uptake VBUPT

VB08_Upt3D Vegetation module VB08 uptake 3D ﬂux distribution VEG3DU

VB09availN Vegetation module VB09 availability of nutrients VEG2DN

VBStatus09 Status of Vegation Biomass cohort 09 VBSTAT

VBGrowth09 Vegation Biomass Growth VBGRO

VBMort09 Vegation Biomass Mortality VBMRT

VB09_Mrt3W Vegetation module mortality 3D ﬂux water VEG3DX

VB09_Mrt3S Vegetation module mortality 3D ﬂux sediment VEG3DX

VB09Upt Vegetation Biomass Nutrient Uptake VBUPT

continued on next page

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Processes Library Tables, Technical Reference Manual

Table 1.1 – continued from previous page

Process Description Documented

VB09_Upt3D Vegetation module VB09 uptake 3D ﬂux distribution VEG3DU

Rad_SM01 Light efﬁciency function submerged macrophyt 1 RADMAC

Rad_SM02 Light efﬁciency function submerged macrophyt 2 RADMAC

Rad_SM03 Light efﬁciency function submerged macrophyt 3 RADMAC

Rad_SM04 Light efﬁciency function submerged macrophyt 4 RADMAC

Rad_SM05 Light efﬁciency function submerged macrophyt 5 RADMAC

NPPoreS12 NH4 and PO4 in pore water S12 NPPS12

MACNUTSM01 Nutrient limitation function for macrophyte SM01 MACNUT

MACNUTSM02 Nutrient limitation function for macrophyte SM02 MACNUT

MACNUTSM03 Nutrient limitation function for macrophyte SM03 MACNUT

MACNUTSM04 Nutrient limitation function for macrophyte SM04 MACNUT

MACNUTSM05 Nutrient limitation function for macrophyte SM05 MACNUT

MacroPhyt1 Macrophyte production species 1 MACROP

SM01_Upt3D Macrophyte module uptake 3D ﬂux distribution MAC3DU

MacroPhyt2 Macrophyte production species 2 MACROP

SM02_Upt3D Macrophyte module uptake 3D ﬂux distribution MAC3DU

MacroPhyt3 Macrophyte production species 3 MACROP

SM03_Upt3D Macrophyte module uptake 3D ﬂux distribution MAC3DU

MacroPhyt4 Macrophyte production species 4 MACROP

SM04_Upt3D Macrophyte module uptake 3D ﬂux distribution MAC3DU

MacroPhyt5 Macrophyte production species 5 MACROP

SM05_Upt3D Macrophyte module uptake 3D ﬂux distribution MAC3DU

GRZMAC01 Grazing on macrophyte 01 GRZMAC

GRZMACO2 Grazing on macrophyte 02 GRZMAC

GRZMAC03 Grazing on macrophyte 03 GRZMAC

GRZMAC04 Grazing on macrophyte 04 GRZMAC

GRZMAC05 Grazing on macrophyte 05 GRZMAC

HRVMAC01 Harvesting on macrophyte 01 GRZMAC

HRVMACO2 Harvesting on macrophyte 02 GRZMAC

HRVMAC03 Harvesting on macrophyte 03 GRZMAC

HRVMAC04 Harvesting on macrophyte 04 GRZMAC

HRVMAC05 Harvesting on macrophyte 05 GRZMAC

DEBGRZ_M Dynamics of DEB Mussel def: benthic V1-morphs DEBGRZ

DEBGRZ_Z Dynamics of DEB Zooplankton def: active V1morphs DEBGRZ

DEBGRZ_G3 Dynamics of DEB Grazer3 def: passive isomorphs DEBGRZ

DEBGRZ_G4 Dynamics of DEB Grazer4 def: passive isomorphs DEBGRZ

DEBGRZ_G5 Dynamics of DEB Grazer5 def: passive isomorphs DEBGRZ

Dredge Dredging and dumping of basins DREDGE

IM_Floceq Flocculation equilibrium emperical model Manning FLOCEQ

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DRAFT

2 Per substance a listing of the modelled ﬂuxes

Table 2.1: Per substance a listing of the modelled ﬂuxes

Substance Description Unit Process

Continuity dummy ﬂux to access Emersion - Emersion

Continuity dummy ﬂux to access restim - ResTim

Continuity dummy ﬂux to access HorzDisper - HDisperVel

Continuity dummy ﬂux to access HorzDisper - HDisperAdd

Continuity nett evaporation and rain continuity m/d Evap_Conti

ModTemp temperature exchange ﬂux ◦C/d Temperatur

FrCon dummy ﬂux to access HorzDisper - VarSal

FrCon dummy ﬂux to access HorzDisper - HDisperVel

FrCon dummy ﬂux to access HorzDisper - HDisperAdd

FrFlow dummy ﬂux to access HorzDisper - VarSal

FrFlow dummy ﬂux to access HorzDisper - HDisperVel

FrFlow dummy ﬂux to access HorzDisper - HDisperAdd

SalBnd dummy ﬂux to access HorzDisper - VarSal

SalBnd dummy ﬂux to access HorzDisper - HDisperVel

SalBnd dummy ﬂux to access HorzDisper - HDisperAdd

OXY dummy ﬂux to access VertDisper - VertDisp

OXY dummy ﬂux to access HorzDisper - HorzDisper

OXY dummy ﬂux to access HorzDisper - HDisperVel

OXY dummy ﬂux to access HorzDisper - HDisperAdd

OXY autolysis ﬂux of carbon gC/m3/d BLOOM_P

OXY uptake of NO3 by algae growth gN/m3/d BLOOM_P

OXY uptake of carbon by algae growth gC/m3/d BLOOM_P

OXY denitriﬁcation ﬂux in the water column gN/m3/d DenWat_NO3

OXY nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

OXY reaeration ﬂux of dissolved oxygen gO2/m3/d RearOXY

OXY var. uptake of carbon by algae growth gC/m3/d VAROXY

OXY mineralisation ﬂux DetCS1 gC/m3/d BMS1_DetC

OXY mineralisation ﬂux DetCS2 gC/m3/d BMS2_DetC

OXY mineralisation ﬂux OOCS1 gC/m3/d BMS1_OOC

OXY mineralisation ﬂux OOCS2 gC/m3/d BMS2_OOC

OXY oxygen consumption from decay BOD and

COD

gO2/m3/d BODCOD

OXY TEWOR oxygen demand by decay of BODU gO2/m3/d DBOD_TEWOR

OXY min. ﬂux POC5 to CO2 emersed gC/m3/d DecPOC5

OXY min. ﬂux POC5 to CO2 atmosphere gC/m3/d DecPOC5

OXY oxygen consumption from SOD gO2/m3/d SedOXYDem

OXY net primary production of Greens gC/m3/d GroMrt_Gre

OXY net primary production of Diatoms gC/m3/d GroMrt_Dia

OXY net primary production of Diatoms in layer S1 gC/m3/d GroMrt_DS1

OXY uptake of NO3 by algae growth in layer S1 gN/m3/d GroMrt_DS1

OXY correction ﬂux Greens growth gN/m3/d PPrLim

OXY correction ﬂux Diatoms growth gN/m3/d PPrLim

OXY dummy ﬂux to access OXYMin - OXYMin

OXY mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

OXY sulphide oxidation ﬂux gS/m3/d OXIDSUD

OXY methane oxidation ﬂux with DO gC/m3/d OXIDCH4

OXY rate of iron oxidation with oxygen gFe/m3/d IRONOX

OXY rate of iron sulphide oxidation gFe/m3/d SULPHOX

OXY rate of of pyrite oxidation gFe/m3/d SULPHOX

OXY ﬂux to dissolved carbon from grazing gC/m3/d CONSBL

OXY dummy ﬂux to access posoxy - PosOXY

OXY TEWOR production ﬂux of OXY gO2/m3/d Prod_TEWOR

OXY oxygen production ﬂux at weirs gO2/m3/d Damrear

OXY direct rearation towards sediment g/m3/d TRSOXY

OXY OXY production by SM01 gC/m3/d SM01_Upt3D

OXY OXY production by SM02 gC/m3/d SM02_Upt3D

OXY OXY production by SM03 gC/m3/d SM03_Upt3D

OXY OXY production by SM04 gC/m3/d SM04_Upt3D

OXY OXY production by SM05 gC/m3/d SM05_Upt3D

OXY respiration ﬂux of DEB Mussel gC/m3/d DEBGRZ_M

OXY respiration ﬂux DEB Zooplankton gC/m3/d DEBGRZ_Z

OXY respiration ﬂux of DEB Grazer3 gC/m3/d DEBGRZ_G3

OXY respiration ﬂux of DEB Grazer4 gC/m3/d DEBGRZ_G4

OXY respiration ﬂux of DEB Grazer5 gC/m3/d DEBGRZ_G5

Salinity dummy ﬂux to access HorzDisper - HDisperVel

Salinity dummy ﬂux to access HorzDisper - HDisperAdd

continued on next page

Deltares 13 of 256

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Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

IM1 dummy ﬂux to access MakOOC - MakOOC

IM1 dummy ﬂux to access Compos - Compos

IM1 pick-up resuspension ﬂux IM1 from S2 g/m3/d Res_Pickup

IM1 sedimentation ﬂux of IM1 towards S1 g/m3/d Sed_IM1

IM1 sedimentation ﬂux of IM1 towards S2 g/m3/d Sed_IM1

IM1 resuspension ﬂux IM1 from layer S1 g/m3/d S12TraIM1

IM1 resuspension ﬂux IM1 from layer S2 g/m3/d S12TraIM1

IM1 atmospheric deposition ﬂux IM1 g/m3/d AtmDep_IM1

IM1 diffusive waste ﬂux IM1 g/m3/d Dfwast_IM1

IM1 dummy ﬂux to access Secchi - Secchi

IM1 dumping IM1 g/m3/d Dredge

IM1 ﬂocculation or break-up ﬂux IM1 g/m3/d IM_Floceq

IM2 dummy ﬂux to access MakOOC - MakOOC

IM2 dummy ﬂux to access Compos - Compos

IM2 pick-up resuspension ﬂux IM2 from S2 g/m3/d Res_Pickup

IM2 sedimentation ﬂux of IM2 towards S1 g/m3/d Sed_IM2

IM2 sedimentation ﬂux of IM2 towards S2 g/m3/d Sed_IM2

IM2 resuspension ﬂux IM2 from layer S1 g/m3/d S12TraIM2

IM2 resuspension ﬂux IM2 from layer S2 g/m3/d S12TraIM2

IM2 atmospheric deposition ﬂux IM2 g/m3/d AtmDep_IM2

IM2 diffusive waste ﬂux IM2 g/m3/d Dfwast_IM2

IM2 dumping IM2 g/m3/d Dredge

IM2 ﬂocculation or break-up ﬂux IM2 g/m3/d IM_Floceq

IM3 dummy ﬂux to access MakOOC - MakOOC

IM3 dummy ﬂux to access Compos - Compos

IM3 pick-up resuspension ﬂux IM3 from S2 g/m3/d Res_Pickup

IM3 sedimentation ﬂux of IM3 towards S1 g/m3/d Sed_IM3

IM3 sedimentation ﬂux of IM3 towards S2 g/m3/d Sed_IM3

IM3 resuspension ﬂux IM3 from layer S1 g/m3/d S12TraIM3

IM3 resuspension ﬂux IM3 from layer S2 g/m3/d S12TraIM3

IM3 atmospheric deposition ﬂux IM3 g/m3/d AtmDep_IM3

IM3 diffusive waste ﬂux IM3 g/m3/d Dfwast_IM3

IM3 dumping IM3 g/m3/d Dredge

IM3 ﬂocculation or break-up ﬂux IM3 g/m3/d IM_Floceq

Cd sedimentation ﬂux Cd towards S1 gCd/m3/d Sed_Cd

Cd sedimentation ﬂux Cd towards S2 gCd/m3/d Sed_Cd

Cd resuspension ﬂux Cd from layer S1 gCd/m3/d S12TraCd

Cd resuspension ﬂux Cd from layer S2 gCd/m3/d S12TraCd

Cd atmospheric deposition ﬂux Cd gCd/m3/d AtmDep_Cd

Cd diffusive waste ﬂux Cd gCd/m3/d Dfwast_Cd

Cu sedimentation ﬂux Cu towards S1 gCu/m3/d Sed_Cu

Cu sedimentation ﬂux Cu towards S2 gCu/m3/d Sed_Cu

Cu resuspension ﬂux Cu from layer S1 gCu/m3/d S12TraCu

Cu resuspension ﬂux Cu from layer S2 gCu/m3/d S12TraCu

Cu atmospheric deposition ﬂux Cu gCu/m3/d AtmDep_Cu

Cu diffusive waste ﬂux Cu gCu/m3/d Dfwast_Cu

Zn sedimentation ﬂux Zn towards S1 gZn/m3/d Sed_Zn

Zn sedimentation ﬂux Zn towards S2 gZn/m3/d Sed_Zn

Zn resuspension ﬂux Zn from layer S1 gZn/m3/d S12TraZn

Zn resuspension ﬂux Zn from layer S2 gZn/m3/d S12TraZn

Zn atmospheric deposition ﬂux Zn gZn/m3/d AtmDep_Zn

Zn diffusive waste ﬂux Zn gZn/m3/d Dfwast_Zn

Cr sedimentation ﬂux Cr towards S1 gCr/m3/d Sed_Cr

Cr sedimentation ﬂux Cr towards S2 gCr/m3/d Sed_Cr

Cr resuspension ﬂux Cr from layer S1 gCr/m3/d S12TraCr

Cr resuspension ﬂux Cr from layer S2 gCr/m3/d S12TraCr

Cr atmospheric deposition ﬂux Cr gCr/m3/d AtmDep_Cr

Cr diffusive waste ﬂux Cr gCr/m3/d Dfwast_Cr

Hg sedimentation ﬂux Hg towards S1 gHg/m3/d Sed_Hg

Hg sedimentation ﬂux Hg towards S2 gHg/m3/d Sed_Hg

Hg resuspension ﬂux Hg from layer S1 gHg/m3/d S12TraHg

Hg resuspension ﬂux Hg from layer S2 gHg/m3/d S12TraHg

Hg atmospheric deposition ﬂux Hg gHg/m3/d AtmDep_Hg

Hg diffusive waste ﬂux Hg gHg/m3/d Dfwast_Hg

Pb sedimentation ﬂux Pb towards S1 gPb/m3/d Sed_Pb

Pb sedimentation ﬂux Pb towards S2 gPb/m3/d Sed_Pb

Pb resuspension ﬂux Pb from layer S1 gPb/m3/d S12TraPb

Pb resuspension ﬂux Pb from layer S2 gPb/m3/d S12TraPb

continued on next page

14 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

Pb atmospheric deposition ﬂux Pb gPb/m3/d AtmDep_Pb

Pb diffusive waste ﬂux Pb gPb/m3/d Dfwast_Pb

As sedimentation ﬂux As towards S1 gAs/m3/d Sed_As

As sedimentation ﬂux As towards S2 gAs/m3/d Sed_As

As resuspension ﬂux As from layer S1 gAs/m3/d S12TraAs

As resuspension ﬂux As from layer S2 gAs/m3/d S12TraAs

As atmospheric deposition ﬂux As gAs/m3/d AtmDep_As

As diffusive waste ﬂux As gAs/m3/d Dfwast_As

Va sedimentation ﬂux Va towards S1 gVa/m3/d Sed_Va

Va sedimentation ﬂux Va towards S2 gVa/m3/d Sed_Va

Va resuspension ﬂux Va from layer S1 gVa/m3/d S12TraVa

Va resuspension ﬂux Va from layer S2 gVa/m3/d S12TraVa

Va atmospheric deposition ﬂux Va gVa/m3/d AtmDep_Va

Va diffusive waste ﬂux Va gVa/m3/d Dfwast_Va

Ni sedimentation ﬂux Ni towards S1 gNi/m3/d Sed_Ni

Ni sedimentation ﬂux Ni towards S2 gNi/m3/d Sed_Ni

Ni resuspension ﬂux Ni from layer S1 gNi/m3/d S12TraNi

Ni resuspension ﬂux Ni from layer S2 gNi/m3/d S12TraNi

Ni atmospheric deposition ﬂux Ni gNi/m3/d AtmDep_Ni

Ni diffusive waste ﬂux Ni gNi/m3/d Dfwast_Ni

Green net primary production of Greens gC/m3/d GroMrt_Gre

Green mortality of Greens gC/m3/d GroMrt_Gre

Green correction ﬂux Greens growth gN/m3/d PPrLim

Green dummy ﬂux to access OXYMin - OXYMin

Green sedimentation ﬂux Greens gC/m3/d Sed_Gre

Green grazing of Greens gC/m3/d CONSBL

Green grazing of Greens by DEB Mussel gC/m3/d DEBGRZ_M

Green grazing of Greens by DEB Zooplankton gC/m3/d DEBGRZ_Z

Green grazing of Greens by DEB Grazer3 gC/m3/d DEBGRZ_G3

Green grazing of Greens by DEB Grazer4 gC/m3/d DEBGRZ_G4

Green grazing of Greens by DEB Grazer5 gC/m3/d DEBGRZ_G5

Diat net primary production of Diatoms gC/m3/d GroMrt_Dia

Diat mortality of Diatoms gC/m3/d GroMrt_Dia

Diat correction ﬂux Diatoms growth gN/m3/d PPrLim

Diat dummy ﬂux to access OXYMin - OXYMin

Diat sedimentation ﬂux Diatoms gC/m3/d SedDiat

Diat grazing of Diatoms gC/m3/d CONSBL

Diat grazing of Diatoms by DEB Mussel gC/m3/d DEBGRZ_M

Diat grazing of Diatoms by DEB Zooplankton gC/m3/d DEBGRZ_Z

Diat grazing of Diatoms by DEB Grazer3 gC/m3/d DEBGRZ_G3

Diat grazing of Diatoms by DEB Grazer4 gC/m3/d DEBGRZ_G4

Diat grazing of Diatoms by DEB Grazer5 gC/m3/d DEBGRZ_G5

NO3 uptake of NO3 by algae growth gN/m3/d BLOOM_P

NO3 dummy ﬂux to access Compos - Compos

NO3 denitriﬁcation ﬂux from the sediment gN/m3/d DenSed_NO3

NO3 denitriﬁcation ﬂux in the water column gN/m3/d DenWat_NO3

NO3 nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

NO3 uptake of NO3 by algae growth in layer S1 gN/m3/d GroMrt_DS1

NO3 mineralisation ﬂux oxidised with nitrate gC/m3/d CONSELAC

NO3 rate of iron oxidation with nitrate gFe/m3/d IRONOX

NO3 atmospheric deposition ﬂux NO3 gNO3/m3/d AtmDep_NO3

NO3 diffusive waste ﬂux NO3 gN/m3/d Dfwast_NO3

NO3 TEWOR production ﬂux of NO3 gN/m3/d Prod_TEWOR

NO3 uptake VB01 through roots N pool 2 gN/m3/d VB01_Upt3D

NO3 uptake VB02 through roots N pool 2 gN/m3/d VB02_Upt3D

NO3 uptake VB03 through roots N pool 2 gN/m3/d VB03_Upt3D

NO3 uptake VB04 through roots N pool 2 gN/m3/d VB04_Upt3D

NO3 uptake VB05 through roots N pool 2 gN/m3/d VB05_Upt3D

NO3 uptake VB06 through roots N pool 2 gN/m3/d VB06_Upt3D

NO3 uptake VB07 through roots N pool 2 gN/m3/d VB07_Upt3D

NO3 uptake VB08 through roots N pool 2 gN/m3/d VB08_Upt3D

NO3 uptake VB09 through roots N pool 2 gN/m3/d VB09_Upt3D

NO3 NO3 uptake by EM01 gN/m3/d MacroPhyt1

NO3 NO3 uptake by SM01 gN/m3/d SM01_Upt3D

NO3 NO3 uptake by EM02 gN/m3/d MacroPhyt2

NO3 NO3 uptake by SM02 gN/m3/d SM02_Upt3D

NO3 NO3 uptake by EM03 gN/m3/d MacroPhyt3

NO3 NO3 uptake by SM03 gN/m3/d SM03_Upt3D

continued on next page

Deltares 15 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

NO3 NO3 uptake by EM04 gN/m3/d MacroPhyt4

NO3 NO3 uptake by SM04 gN/m3/d SM04_Upt3D

NO3 NO3 uptake by EM05 gN/m3/d MacroPhyt5

NO3 NO3 uptake by SM05 gN/m3/d SM05_Upt3D

NH4 autolysis ﬂux of nitrogen gN/m3/d BLOOM_P

NH4 NH4 uptake by algae growth gN/m3/d BLOOM_P

NH4 dummy ﬂux to access Compos - Compos

NH4 nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

NH4 mineralisation ﬂux DetNS1 gN/m3/d BMS1_DetN

NH4 mineralisation ﬂux DetNS2 gN/m3/d BMS2_DetN

NH4 mineralisation ﬂux OONS1 gN/m3/d BMS1_OON

NH4 mineralisation ﬂux OONS2 gN/m3/d BMS2_OON

NH4 mineralization ﬂux PON1 to NH4 gN/m3/d DecFast

NH4 mineralization ﬂux PON2 to NH4 gN/m3/d DecMedium

NH4 mineralization ﬂux PON3 to NH4 gN/m3/d DecSlow

NH4 mineralization ﬂux PON4 to NH4 gN/m3/d DecRefr

NH4 mineralization ﬂux DON to NH4 gN/m3/d DecDOC

NH4 mineralisation ﬂux PON5 to NH4 gN/m3/d DecPOC5

NH4 NH4 uptake by algae growth in layer S1 gN/m3/d GroMrt_DS1

NH4 NH4 uptake by algae growth from detritus gN/m3/d GroMrt_DS1

NH4 autolysis ﬂux of NH4 gN/m3/d NutRel_Alg

NH4 autolysis algae to NH4 in layer S1 gN/m3/d NRAlg_S1

NH4 ﬂux to dissolved nitrogen from grazing gN/m3/d CONSBL

NH4 atmospheric deposition ﬂux NH4 gN/m3/d AtmDep_NH4

NH4 diffusive waste ﬂux NH4 gN/m3/d Dfwast_NH4

NH4 dummy ﬂux to access NH3free - NH3free

NH4 TEWOR production ﬂux of NH4 gN/m3/d Prod_TEWOR

NH4 uptake VB01 through roots N pool 1 gN/m3/d VB01_Upt3D

NH4 uptake VB02 through roots N pool 1 gN/m3/d VB02_Upt3D

NH4 uptake VB03 through roots N pool 1 gN/m3/d VB03_Upt3D

NH4 uptake VB04 through roots N pool 1 gN/m3/d VB04_Upt3D

NH4 uptake VB05 through roots N pool 1 gN/m3/d VB05_Upt3D

NH4 uptake VB06 through roots N pool 1 gN/m3/d VB06_Upt3D

NH4 uptake VB07 through roots N pool 1 gN/m3/d VB07_Upt3D

NH4 uptake VB08 through roots N pool 1 gN/m3/d VB08_Upt3D

NH4 uptake VB09 through roots N pool 1 gN/m3/d VB09_Upt3D

NH4 NH4 uptake by EM01 gN/m3/d MacroPhyt1

NH4 NH4 uptake by SM01 gN/m3/d SM01_Upt3D

NH4 NH4 uptake by EM02 gN/m3/d MacroPhyt2

NH4 NH4 uptake by SM02 gN/m3/d SM02_Upt3D

NH4 NH4 uptake by EM03 gN/m3/d MacroPhyt3

NH4 NH4 uptake by SM03 gN/m3/d SM03_Upt3D

NH4 NH4 uptake by EM04 gN/m3/d MacroPhyt4

NH4 NH4 uptake by SM04 gN/m3/d SM04_Upt3D

NH4 NH4 uptake by EM05 gN/m3/d MacroPhyt5

NH4 NH4 uptake by SM05 gN/m3/d SM05_Upt3D

NH4 respiration ﬂux of DEB Mussel gN/m3/d DEBGRZ_M

NH4 respiration ﬂux DEB Zooplankton gN/m3/d DEBGRZ_Z

NH4 respiration ﬂux of DEB Grazer3 gN/m3/d DEBGRZ_G3

NH4 respiration ﬂux of DEB Grazer4 gN/m3/d DEBGRZ_G4

NH4 respiration ﬂux of DEB Grazer5 gN/m3/d DEBGRZ_G5

DetN grazing of DetN by DEB Mussel gC/m3/d DEBGRZ_M

DetN grazing of DetN by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetN grazing of DetN by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetN grazing of DetN by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetN grazing of DetN by DEB Grazer5 gC/m3/d DEBGRZ_G5

PO4 autolysis ﬂux of PO4 gP/m3/d BLOOM_P

PO4 PO4 uptake by algae growth gP/m3/d BLOOM_P

PO4 dummy ﬂux to access Compos - Compos

PO4 adsorption ﬂux PO4 to AAP gP/m3/d AdsPO4AAP

PO4 mineralisation ﬂux DetPS1 gP/m3/d BMS1_DetP

PO4 mineralisation ﬂux DetPS2 gP/m3/d BMS2_DetP

PO4 mineralisation ﬂux OOPS1 gP/m3/d BMS1_OOP

PO4 mineralisation ﬂux OOPS2 gP/m3/d BMS2_OOP

PO4 desorption ﬂux AAP layer S1 gP/m3/d Deso_AAPS1

PO4 desorption ﬂux AAP from layer S1 gP/m3/d Deso_AAPS1

PO4 desorption ﬂux AAP sediment S2 gP/m3/d Deso_AAPS2

PO4 desorption ﬂux AAP from layer S2 gP/m3/d Deso_AAPS2

continued on next page

16 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

PO4 mineralization ﬂux POP1 to PO4 gP/m3/d DecFast

PO4 mineralization ﬂux POP2 to PO4 gP/m3/d DecMedium

PO4 mineralization ﬂux POP3 to PO4 gP/m3/d DecSlow

PO4 mineralization ﬂux POP4 to PO4 gP/m3/d DecRefr

PO4 mineralization ﬂux DOP to PO4 gP/m3/d DecDOC

PO4 mineralisation ﬂux POP5 to PO4 gP/m3/d DecPOC5

PO4 precipitation ﬂux PO4 to vivianite gP/m3/d Vivianit

PO4 dissolution ﬂux vivivanite to PO4 gP/m3/d Vivianit

PO4 PO4 uptake by algae growth in layer S1 gP/m3/d GroMrt_DS1

PO4 PO4 uptake by algae growth from detritus gP/m3/d GroMrt_DS1

PO4 autolysis of PO4 gP/m3/d NutRel_Alg

PO4 autolysis algae in layer S1 to PO4 gP/m3/d NRAlg_S1

PO4 ﬂux to dissolved phosphorus from grazing gP/m3/d CONSBL

PO4 atmospheric deposition ﬂux PO4 gP/m3/d AtmDep_PO4

PO4 diffusive waste ﬂux PO4 gP/m3/d Dfwast_PO4

PO4 precipitation ﬂux PO4 to apatite gP/m3/d APATITE

PO4 dissolution ﬂux apatite to PO4 gP/m3/d APATITE

PO4 uptake VB01 through roots P pool 2 gP/m3/d VB01_Upt3D

PO4 uptake VB02 through roots P pool 2 gP/m3/d VB02_Upt3D

PO4 uptake VB03 through roots P pool 2 gP/m3/d VB03_Upt3D

PO4 uptake VB04 through roots P pool 2 gP/m3/d VB04_Upt3D

PO4 uptake VB05 through roots P pool 2 gP/m3/d VB05_Upt3D

PO4 uptake VB06 through roots P pool 2 gP/m3/d VB06_Upt3D

PO4 uptake VB07 through roots P pool 2 gP/m3/d VB07_Upt3D

PO4 uptake VB08 through roots P pool 2 gP/m3/d VB08_Upt3D

PO4 uptake VB09 through roots P pool 2 gP/m3/d VB09_Upt3D

PO4 PO4 uptake by EM01 gP/m3/d MacroPhyt1

PO4 PO4 uptake by SM01 gP/m3/d SM01_Upt3D

PO4 PO4 uptake by EM02 gP/m3/d MacroPhyt2

PO4 PO4 uptake by SM02 gP/m3/d SM02_Upt3D

PO4 PO4 uptake by EM03 gP/m3/d MacroPhyt3

PO4 PO4 uptake by SM03 gP/m3/d SM03_Upt3D

PO4 PO4 uptake by EM04 gP/m3/d MacroPhyt4

PO4 PO4 uptake by SM04 gP/m3/d SM04_Upt3D

PO4 PO4 uptake by EM05 gP/m3/d MacroPhyt5

PO4 PO4 uptake by SM05 gP/m3/d SM05_Upt3D

PO4 respiration ﬂux of DEB Mussel gP/m3/d DEBGRZ_M

PO4 respiration ﬂux DEB Zooplankton gP/m3/d DEBGRZ_Z

PO4 respiration ﬂux of DEB Grazer3 gP/m3/d DEBGRZ_G3

PO4 respiration ﬂux of DEB Grazer4 gP/m3/d DEBGRZ_G4

PO4 respiration ﬂux of DEB Grazer5 gP/m3/d DEBGRZ_G5

AAP dummy ﬂux to access Compos - Compos

AAP adsorption ﬂux PO4 to AAP gP/m3/d AdsPO4AAP

AAP sedimentation ﬂux AAP towards S1 gP/m3/d Sed_AAP

AAP sedimentation ﬂux AAP towards S2 gP/m3/d Sed_AAP

AAP resuspension ﬂux AAP from layer S1 gP/m3/d S12TraAAP

AAP uptake VB01 through roots P pool 1 gP/m3/d VB01_Upt3D

AAP uptake VB02 through roots P pool 1 gP/m3/d VB02_Upt3D

AAP uptake VB03 through roots P pool 1 gP/m3/d VB03_Upt3D

AAP uptake VB04 through roots P pool 1 gP/m3/d VB04_Upt3D

AAP uptake VB05 through roots P pool 1 gP/m3/d VB05_Upt3D

AAP uptake VB06 through roots P pool 1 gP/m3/d VB06_Upt3D

AAP uptake VB07 through roots P pool 1 gP/m3/d VB07_Upt3D

AAP uptake VB08 through roots P pool 1 gP/m3/d VB08_Upt3D

AAP uptake VB09 through roots P pool 1 gP/m3/d VB09_Upt3D

DetP grazing of DetP by DEB Mussel gC/m3/d DEBGRZ_M

DetP grazing of DetP by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetP grazing of DetP by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetP grazing of DetP by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetP grazing of DetP by DEB Grazer5 gC/m3/d DEBGRZ_G5

Si autolysis ﬂux of silicate gSi/m3/d BLOOM_P

Si Si uptake by algae growth gSi/m3/d BLOOM_P

Si dummy ﬂux to access Compos - Compos

Si mineralisation ﬂux DetSiS1 gSi/m3/d BMS1_DetSi

Si mineralisation ﬂux DetSiS2 gSi/m3/d BMS2_DetSi

Si mineralisation ﬂux OOSiS1 gSi/m3/d BMS1_OOSi

Si mineralisation ﬂux OOSiS2 gSi/m3/d BMS2_OOSi

continued on next page

Deltares 17 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

Si dissolution ﬂux Opal to Si gSi/m3/d DisSi

Si Si uptake by algae growth in layer S1 gSi/m3/d GroMrt_DS1

Si Si uptake by algae growth from detritus gSi/m3/d GroMrt_DS1

Si autolysis algae in layer S1 to Si gSi/m3/d NRAlg_S1

Si ﬂux to dissolved silicon from grazing gSi/m3/d CONSBL

Si diffusive waste ﬂux Si gSi/m3/d Dfwast_Si

DetSi grazing of DetSi by DEB Mussel gC/m3/d DEBGRZ_M

DetSi grazing of DetSi by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetSi grazing of DetSi by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetSi grazing of DetSi by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetSi grazing of DetSi by DEB Grazer5 gC/m3/d DEBGRZ_G5

TColi mortality ﬂux TColi MPN/m3/d TColiMrt

EColi mortality ﬂux EColi MPN/m3/d EColiMrt

EColi TEWOR production ﬂux of EColi MPN/m3/d Prod_TEWOR

FColi mortality ﬂux FColi MPN/m3/d FColiMrt

EnCoc mortality ﬂux EnCoc MPN/m3/d EnCocMrt

153 volatilisation ﬂux 153 g153/m3/d Volat_153

153 overall loss ﬂux 153 in water g/m3/d Los_WK_153

153 sedimentation ﬂux 153 g153/m3/d Sed_153

153 resuspension ﬂux 153 from layer S1 g153/m3/d S12Tra153

153 resuspension ﬂux 153 from layer S2 g153/m3/d S12Tra153

153 atmospheric deposition ﬂux 153 g153/m3/d AtmDep_153

153 diffusive waste ﬂux 153 g153/m3/d Dfwast_153

ATR volatilisation ﬂux Atrazine gAtr/m3/d Volat_Atr

ATR overall loss ﬂux Atrazine in water g/m3/d Los_WK_Atr

ATR sedimentation ﬂux Atrazine gAtr/m3/d Sed_Atr

ATR resuspension ﬂux Atr from layer S1 gAtr/m3/d S12TraAtr

ATR resuspension ﬂux Atr from layer S2 gAtr/m3/d S12TraAtr

ATR atmospheric deposition ﬂux Atrazine gAtr/m3/d AtmDep_Atr

ATR diffusive waste ﬂux Atrazine gAtr/m3/d Dfwast_Atr

BaP volatilisation ﬂux BaP gBaP/m3/d Volat_BaP

BaP overall loss ﬂux BaP in water g/m3/d Los_WK_BaP

BaP sedimentation ﬂux BaP gBaP/m3/d Sed_Bap

BaP resuspension ﬂux BaP from layer S1 gBaP/m3/d S12TraBaP

BaP resuspension ﬂux BaP from layer S2 gBaP/m3/d S12TraBaP

BaP atmospheric deposition ﬂux BaP gBaP/m3/d AtmDep_Bap

BaP diffusive waste ﬂux BaP gBaP/m3/d Dfwast_Bap

Flu volatilisation ﬂux Flu gFlu/m3/d Volat_Flu

Flu overall loss ﬂux Flu in water g/m3/d Los_WK_Flu

Flu sedimentation ﬂux Flu gFlu/m3/d Sed_Flu

Flu resuspension ﬂux Flu from layer S1 gFlu/m3/d S12TraFlu

Flu resuspension ﬂux Flu from layer S2 gFlu/m3/d S12TraFlu

Flu atmospheric deposition ﬂux Flu gFlu/m3/d AtmDep_Flu

Flu diffusive waste ﬂux Flu gFlu/m3/d Dfwast_Flu

Mef volatilisation ﬂux Mef gMef/m3/d Volat_Mef

Mef overall loss ﬂux Mef in water g/m3/d Los_WK_Mef

Mef sedimentation ﬂux Mef gMef/m3/d Sed_Mef

Mef resuspension ﬂux Mef from layer S1 gMef/m3/d S12TraMef

Mef resuspension ﬂux Mef from layer S2 gMef/m3/d S12TraMef

Mef atmospheric deposition ﬂux Mef gMef/m3/d AtmDep_Mef

Mef diffusive waste ﬂux Mef gMef/m3/d Dfwast_Mef

Diu volatilisation ﬂux Diu gDiu/m3/d Volat_Diu

Diu overall loss ﬂux Diu in water g/m3/d Los_WK_Diu

Diu sedimentation ﬂux Diu gDiu/m3/d Sed_Diu

Diu resuspension ﬂux Diu from layer S1 gDiu/m3/d S12TraDiu

Diu resuspension ﬂux Diu from layer S2 gDiu/m3/d S12TraDiu

Diu atmospheric deposition ﬂux Diu gDiu/m3/d AtmDep_Diu

Diu diffusive waste ﬂux Diu gDiu/m3/d Dfwast_Diu

HCH volatilisation ﬂux HCH gHCH/m3/d Volat_HCH

HCH overall loss ﬂux HCH in water g/m3/d Los_WK_HCH

HCH sedimentation ﬂux HCH gHCH/m3/d Sed_HCH

HCH resuspension ﬂux HCH from layer S1 gHCH/m3/d S12TraHCH

HCH resuspension ﬂux HCH from layer S2 gHCH/m3/d S12TraHCH

HCH atmospheric deposition ﬂux HCH gHCH/m3/d AtmDep_HCH

HCH diffusive waste ﬂux HCH gHCH/m3/d Dfwast_HCH

HCB volatilisation ﬂux HCB gHCB/m3/d Volat_HCB

HCB overall loss ﬂux HCB in water g/m3/d Los_WK_HCB

HCB sedimentation ﬂux HCB gHCB/m3/d Sed_HCB

continued on next page

18 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

HCB resuspension ﬂux HCB from layer S1 gHCB/m3/d S12TraHCB

HCB resuspension ﬂux HCB from layer S2 gHCB/m3/d S12TraHCB

HCB atmospheric deposition ﬂux HCB gHCB/m3/d AtmDep_HCB

HCB diffusive waste ﬂux HCB gHCB/m3/d Dfwast_HCB

dTR1 decay tracer from source 1 g/m3/d Age1

dTR2 decay tracer from source 2 g/m3/d Age2

dTR3 decay tracer from source 3 g/m3/d Age3

dTR4 decay tracer from source 4 g/m3/d Age4

dTR5 decay tracer from source 5 g/m3/d Age5

TIC dummy ﬂux to access pH_simp - pH_carb

TIC dummy ﬂux to access pH_simp - pH_simp

TIC dummy ﬂux to access SpecCarb - SpecCarb

TIC autolysis ﬂux of carbon gC/m3/d BLOOM_P

TIC uptake of carbon by algae growth gC/m3/d BLOOM_P

TIC reaeration ﬂux of CO2 gCO2/m3/d RearCO2

TIC mineralisation ﬂux DetCS1 gC/m3/d BMS1_DetC

TIC SWITCH mineralisation ﬂux DetC in layer S1 gC/m3/d BMS1_DetC

TIC mineralisation ﬂux DetCS2 gC/m3/d BMS2_DetC

TIC SWITCH mineralisation ﬂux DetC in layer S2 gC/m3/d BMS2_DetC

TIC mineralisation ﬂux OOCS1 gC/m3/d BMS1_OOC

TIC SWITCH mineralisation ﬂux OOC in layer S1 gC/m3/d BMS1_OOC

TIC mineralisation ﬂux OOCS2 gC/m3/d BMS2_OOC

TIC SWITCH mineralisation ﬂux OOC in layer S2 gC/m3/d BMS2_OOC

TIC min. ﬂux POC5 to CO2 emersed gC/m3/d DecPOC5

TIC min. ﬂux POC5 to CO2 atmosphere gC/m3/d DecPOC5

TIC net primary production of Greens gC/m3/d GroMrt_Gre

TIC net primary production of Diatoms gC/m3/d GroMrt_Dia

TIC net primary production of Diatoms in layer S1 gC/m3/d GroMrt_DS1

TIC correction ﬂux Greens growth gN/m3/d PPrLim

TIC correction ﬂux Diatoms growth gN/m3/d PPrLim

TIC mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

TIC mineralisation ﬂux oxidised with nitrate gC/m3/d CONSELAC

TIC mineralisation ﬂux oxid. with iron gC/m3/d CONSELAC

TIC mineralisation ﬂux oxid. with sulphate gC/m3/d CONSELAC

TIC min. ﬂux conv. methanogenese into CO2 gC/m3/d CONSELAC

TIC methane oxidation ﬂux with DO gC/m3/d OXIDCH4

TIC methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

TIC rate of ironII carbonate precipitation gFe/m3/d PRIRON

TIC rate of ironII carbonate dissolution gFe/m3/d PRIRON

TIC ﬂux to dissolved carbon from grazing gC/m3/d CONSBL

TIC CO2 uptake by SM01 gC/m3/d SM01_Upt3D

TIC CO2 uptake by SM02 gC/m3/d SM02_Upt3D

TIC CO2 uptake by SM03 gC/m3/d SM03_Upt3D

TIC CO2 uptake by SM04 gC/m3/d SM04_Upt3D

TIC CO2 uptake by SM05 gC/m3/d SM05_Upt3D

TIC respiration ﬂux of DEB Mussel gC/m3/d DEBGRZ_M

TIC respiration ﬂux DEB Zooplankton gC/m3/d DEBGRZ_Z

TIC respiration ﬂux of DEB Grazer3 gC/m3/d DEBGRZ_G3

TIC respiration ﬂux of DEB Grazer4 gC/m3/d DEBGRZ_G4

TIC respiration ﬂux of DEB Grazer5 gC/m3/d DEBGRZ_G5

H+ autolysis ﬂux of nitrogen gN/m3/d BLOOM_P

H+ autolysis ﬂux of PO4 gP/m3/d BLOOM_P

H+ NH4 uptake by algae growth gN/m3/d BLOOM_P

H+ uptake of NO3 by algae growth gN/m3/d BLOOM_P

H+ PO4 uptake by algae growth gP/m3/d BLOOM_P

H+ denitriﬁcation ﬂux in the water column gN/m3/d DenWat_NO3

H+ nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

H+ mineralisation ﬂux DetNS1 gN/m3/d BMS1_DetN

H+ SWITCH mineralisation ﬂux DetN in layer S1 gN/m3/d BMS1_DetN

H+ mineralisation ﬂux DetNS2 gN/m3/d BMS2_DetN

H+ SWITCH mineralisation ﬂux DetN in layer S2 gN/m3/d BMS2_DetN

H+ mineralisation ﬂux DetPS1 gP/m3/d BMS1_DetP

H+ SWITCH mineralisation ﬂux DetP in layer S1 gN/m3/d BMS1_DetP

H+ mineralisation ﬂux DetPS2 gP/m3/d BMS2_DetP

H+ SWITCH mineralisation ﬂux DetP in layer S2 gN/m3/d BMS2_DetP

H+ mineralisation ﬂux OONS1 gN/m3/d BMS1_OON

H+ SWITCH mineralisation ﬂux OON in layer S1 gN/m3/d BMS1_OON

H+ mineralisation ﬂux OONS2 gN/m3/d BMS2_OON

continued on next page

Deltares 19 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

H+ SWITCH mineralisation ﬂux OON in layer S2 gN/m3/d BMS2_OON

H+ mineralisation ﬂux OOPS1 gP/m3/d BMS1_OOP

H+ SWITCH mineralisation ﬂux OOP in layer S1 gP/m3/d BMS1_OOP

H+ mineralisation ﬂux OOPS2 gP/m3/d BMS2_OOP

H+ SWITCH mineralisation ﬂux OOP in layer S2 gP/m3/d BMS2_OOP

H+ NH4 uptake by algae growth in layer S1 gN/m3/d GroMrt_DS1

H+ uptake of NO3 by algae growth in layer S1 gN/m3/d GroMrt_DS1

H+ PO4 uptake by algae growth in layer S1 gP/m3/d GroMrt_DS1

H+ NH4 uptake by algae growth from detritus gN/m3/d GroMrt_DS1

H+ PO4 uptake by algae growth from detritus gP/m3/d GroMrt_DS1

H+ autolysis ﬂux of NH4 gN/m3/d NutRel_Alg

H+ autolysis of PO4 gP/m3/d NutRel_Alg

H+ autolysis algae to NH4 in layer S1 gN/m3/d NRAlg_S1

H+ autolysis algae in layer S1 to PO4 gP/m3/d NRAlg_S1

H+ mineralisation ﬂux oxidised with nitrate gC/m3/d CONSELAC

H+ methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

H+ ﬂux to dissolved nitrogen from grazing gN/m3/d CONSBL

H+ ﬂux to dissolved phosphorus from grazing gP/m3/d CONSBL

H+ atmospheric deposition ﬂux NO3 gNO3/m3/d AtmDep_NO3

H+ atmospheric deposition ﬂux SO4 gS/m3/d AtmDep_SO4

H+ respiration ﬂux of DEB Mussel gN/m3/d DEBGRZ_M

H+ respiration ﬂux of DEB Mussel gP/m3/d DEBGRZ_M

H+ respiration ﬂux DEB Zooplankton gN/m3/d DEBGRZ_Z

H+ respiration ﬂux DEB Zooplankton gP/m3/d DEBGRZ_Z

H+ respiration ﬂux of DEB Grazer3 gN/m3/d DEBGRZ_G3

H+ respiration ﬂux of DEB Grazer3 gP/m3/d DEBGRZ_G3

H+ respiration ﬂux of DEB Grazer4 gN/m3/d DEBGRZ_G4

H+ respiration ﬂux of DEB Grazer4 gP/m3/d DEBGRZ_G4

H+ respiration ﬂux of DEB Grazer5 gN/m3/d DEBGRZ_G5

H+ respiration ﬂux of DEB Grazer5 gP/m3/d DEBGRZ_G5

H2O autolysis ﬂux of carbon gC/m3/d BLOOM_P

H2O uptake of carbon by algae growth gC/m3/d BLOOM_P

H2O uptake of NO3 by algae growth gN/m3/d BLOOM_P

H2O denitriﬁcation ﬂux in the water column gN/m3/d DenWat_NO3

H2O nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

H2O mineralisation ﬂux DetCS1 gC/m3/d BMS1_DetC

H2O SWITCH mineralisation ﬂux DetC in layer S1 gC/m3/d BMS1_DetC

H2O mineralisation ﬂux DetCS2 gC/m3/d BMS2_DetC

H2O SWITCH mineralisation ﬂux DetC in layer S2 gC/m3/d BMS2_DetC

H2O mineralisation ﬂux OOCS1 gC/m3/d BMS1_OOC

H2O SWITCH mineralisation ﬂux OOC in layer S1 gC/m3/d BMS1_OOC

H2O mineralisation ﬂux OOCS2 gC/m3/d BMS2_OOC

H2O SWITCH mineralisation ﬂux OOC in layer S2 gC/m3/d BMS2_OOC

H2O min. ﬂux POC5 to CO2 emersed gC/m3/d DecPOC5

H2O net primary production of Greens gC/m3/d GroMrt_Gre

H2O net primary production of Diatoms gC/m3/d GroMrt_Dia

H2O net primary production of Diatoms in layer S1 gC/m3/d GroMrt_DS1

H2O uptake of NO3 by algae growth in layer S1 gN/m3/d GroMrt_DS1

H2O correction ﬂux Greens growth gN/m3/d PPrLim

H2O correction ﬂux Diatoms growth gN/m3/d PPrLim

H2O mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

H2O mineralisation ﬂux oxidised with nitrate gC/m3/d CONSELAC

H2O mineralisation ﬂux oxid. with sulphate gC/m3/d CONSELAC

H2O methane oxidation ﬂux with DO gC/m3/d OXIDCH4

H2O methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

CBOD5 decay ﬂux of CBOD5 gO2/m3/d BODCOD

CBOD5 TEWOR decay ﬂux of CBOD5 gO2/m3/d DBOD_TEWOR

CBOD5 sedimentation ﬂux CBOD5 gO2/m3/d S_CBOD51

CBOD5 TEWOR production ﬂux of CBOD5 gO2/m3/d Prod_TEWOR

CBOD5_2 decay ﬂux of CBOD5_2 gO2/m3/d BODCOD

CBOD5_2 TEWOR decay ﬂux of CBOD5_2 gO2/m3/d DBOD_TEWOR

CBOD5_2 sedimentation ﬂux CBOD5_2 gO2/m3/d S_CBOD52

CBOD5_2 TEWOR production ﬂux of CBOD5_2 gO2/m3/d Prod_TEWOR

CBOD5_3 TEWOR decay ﬂux of CBOD5_3 gO2/m3/d DBOD_TEWOR

CBOD5_3 sedimentation ﬂux CBOD5_3 gO2/m3/d S_CBOD53

CBOD5_3 TEWOR production ﬂux of CBOD5_3 gO2/m3/d Prod_TEWOR

CBODu decay ﬂux of CBODu gO2/m3/d BODCOD

CBODu sedimentation ﬂux CBODu gO2/m3/d S_CBODu1

continued on next page

20 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

CBODu_2 decay ﬂux of CBODu_2 gO2/m3/d BODCOD

CBODu_2 sedimentation ﬂux CBODu_2 gO2/m3/d S_CBODu2

COD_Cr decay ﬂux of COD_Cr gO2/m3/d BODCOD

COD_Cr sedimentation ﬂux COD_Cr gO2/m3/d S_CODCr

COD_Cr TEWOR production ﬂux of COD_Cr gO2/m3/d Prod_TEWOR

COD_Mn decay ﬂux of COD_Mn gO2/m3/d BODCOD

COD_Mn sedimentation ﬂux COD_Mn gO2/m3/d S_CODMn

NBOD5 decay ﬂux of NBOD5 gO2/m3/d BODCOD

NBOD5 sedimentation ﬂux NBOD5 gO2/m3/d S_NBOD5

NBODu decay ﬂux of NBODu gO2/m3/d BODCOD

NBODu sedimentation ﬂux NBODu gO2/m3/d S_NBODu

POC1 production of DetC by mortality gC/m3/d BLOOM_P

POC1 uptake of DetC by heterotroph algae growth gC/m3/d BLOOM_P

POC1 dummy ﬂux to access Compos - Compos

POC1 conversion ﬂux POC1 to POC2 gC/m3/d DecFast

POC1 conversion ﬂux POC1 to DOC gC/m3/d DecFast

POC1 mineralization ﬂux POC1 to CO2 gC/m3/d DecFast

POC1 production of DetC by mortality phytoplankton gC/m3/d NutRel_Alg

POC1 mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

POC1 sedimentation ﬂux POC1 gC/m3/d Sed_POC1

POC1 resuspension ﬂux DetC from layer S1 gC/m3/d S12TraDetC

POC1 resuspension ﬂux DetC from layer S2 gC/m3/d S12TraDetC

POC1 resuspension ﬂux Diatoms from layer S1 gC/m3/d S12TraDiat

POC1 resuspension ﬂux Diatoms from layer S2 gC/m3/d S12TraDiat

POC1 ﬂux to GEM org. nutrients from grazing gC/m3/d CONSBL

POC1 dummy ﬂux to access Secchi - Secchi

POC1 dMC2VB01P1 no unit VB01_Mrt3W

POC1 dMC5VB01P1 no unit VB01_Mrt3S

POC1 dMC2VB02P1 no unit VB02_Mrt3W

POC1 dMC5VB02P1 no unit VB02_Mrt3S

POC1 dMC2VB03P1 no unit VB03_Mrt3W

POC1 dMC5VB03P1 no unit VB03_Mrt3S

POC1 dMC2VB04P1 no unit VB04_Mrt3W

POC1 dMC5VB04P1 no unit VB04_Mrt3S

POC1 dMC2VB05P1 no unit VB05_Mrt3W

POC1 dMC5VB05P1 no unit VB05_Mrt3S

POC1 dMC2VB06P1 no unit VB06_Mrt3W

POC1 dMC5VB06P1 no unit VB06_Mrt3S

POC1 dMC2VB07P1 no unit VB07_Mrt3W

POC1 dMC5VB07P1 no unit VB07_Mrt3S

POC1 dMC2VB08P1 no unit VB08_Mrt3W

POC1 dMC5VB08P1 no unit VB08_Mrt3S

POC1 dMC2VB09P1 no unit VB09_Mrt3W

POC1 dMC5VB09P1 no unit VB09_Mrt3S

POC1 POC1 production macrophyt 1 gC/m3/d MacroPhyt1

POC1 POC1 production macrophyt 2 gC/m3/d MacroPhyt2

POC1 POC1 production macrophyt 3 gC/m3/d MacroPhyt3

POC1 POC1 production macrophyt 4 gC/m3/d MacroPhyt4

POC1 POC1 production macrophyt 5 gC/m3/d MacroPhyt5

POC1 mortality ﬂux of DEB Mussel gC/m3/d DEBGRZ_M

POC1 defeacation ﬂux of DEB Mussel gC/m3/d DEBGRZ_M

POC1 spawning ﬂux of DEB Mussel to DetC gC/m3/d DEBGRZ_M

POC1 grazing of POC1 by DEB Mussel gC/m3/d DEBGRZ_M

POC1 mortality ﬂux DEB Zooplankton gC/m3/d DEBGRZ_Z

POC1 defeacation ﬂux DEB Zooplankton gC/m3/d DEBGRZ_Z

POC1 spawning ﬂux DEB Zooplankton to DetC gC/m3/d DEBGRZ_Z

POC1 grazing of POC1 by DEB Zooplankton gC/m3/d DEBGRZ_Z

POC1 mortality ﬂux of DEB Grazer3 gC/m3/d DEBGRZ_G3

POC1 defeacation ﬂux of DEB Grazer3 gC/m3/d DEBGRZ_G3

POC1 spawning ﬂux of DEB Grazer3 to DetC gC/m3/d DEBGRZ_G3

POC1 grazing of POC1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

POC1 mortality ﬂux of DEB Grazer4 gC/m3/d DEBGRZ_G4

POC1 defeacation ﬂux of DEB Grazer4 gC/m3/d DEBGRZ_G4

POC1 spawning ﬂux of DEB Grazer4 to DetC gC/m3/d DEBGRZ_G4

POC1 grazing of POC1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

POC1 mortality ﬂux of DEB Grazer5 gC/m3/d DEBGRZ_G5

POC1 defeacation ﬂux of DEB Grazer5 gC/m3/d DEBGRZ_G5

POC1 spawning ﬂux of DEB Grazer5 to DetC gC/m3/d DEBGRZ_G5

POC1 grazing of POC1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

continued on next page

Deltares 21 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

POC2 production of OOC by mortality gC/m3/d BLOOM_P

POC2 dummy ﬂux to access Compos - Compos

POC2 conversion ﬂux POC1 to POC2 gC/m3/d DecFast

POC2 conversion ﬂux POC2 to POC3 gC/m3/d DecMedium

POC2 conversion ﬂux POC2 to DOC gC/m3/d DecMedium

POC2 mineralization ﬂux POC2 to CO2 gC/m3/d DecMedium

POC2 production of OOC by mortality phytoplankton gC/m3/d NutRel_Alg

POC2 mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

POC2 sedimentation ﬂux POC2 gC/m3/d Sed_POC2

POC2 resuspension ﬂux OOC from layer S1 gC/m3/d S12TraOOC

POC2 resuspension ﬂux OOC from layer S2 gC/m3/d S12TraOOC

POC2 dMC2VB01P2 no unit VB01_Mrt3W

POC2 dMC5VB01P2 no unit VB01_Mrt3S

POC2 dMC2VB02P2 no unit VB02_Mrt3W

POC2 dMC5VB02P2 no unit VB02_Mrt3S

POC2 dMC2VB03P2 no unit VB03_Mrt3W

POC2 dMC5VB03P2 no unit VB03_Mrt3S

POC2 dMC2VB04P2 no unit VB04_Mrt3W

POC2 dMC5VB04P2 no unit VB04_Mrt3S

POC2 dMC2VB05P2 no unit VB05_Mrt3W

POC2 dMC5VB05P2 no unit VB05_Mrt3S

POC2 dMC2VB06P2 no unit VB06_Mrt3W

POC2 dMC5VB06P2 no unit VB06_Mrt3S

POC2 dMC2VB07P2 no unit VB07_Mrt3W

POC2 dMC5VB07P2 no unit VB07_Mrt3S

POC2 dMC2VB08P2 no unit VB08_Mrt3W

POC2 dMC5VB08P2 no unit VB08_Mrt3S

POC2 dMC2VB09P2 no unit VB09_Mrt3W

POC2 dMC5VB09P2 no unit VB09_Mrt3S

POC2 POC2 production macrophyt 1 gC/m3/d MacroPhyt1

POC2 POC2 production macrophyt 2 gC/m3/d MacroPhyt2

POC2 POC2 production macrophyt 3 gC/m3/d MacroPhyt3

POC2 POC2 production macrophyt 4 gC/m3/d MacroPhyt4

POC2 POC2 production macrophyt 5 gC/m3/d MacroPhyt5

POC3 dummy ﬂux to access Compos - Compos

POC3 conversion ﬂux POC2 to POC3 gC/m3/d DecMedium

POC3 conversion ﬂux POC3 to POC4 gC/m3/d DecSlow

POC3 conversion ﬂux POC3 to DOC gC/m3/d DecSlow

POC3 mineralization ﬂux POC3 to CO2 gC/m3/d DecSlow

POC3 mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

POC3 sedimentation ﬂux POC3 gC/m3/d Sed_POC3

POC3 dMC2VB01P3 no unit VB01_Mrt3W

POC3 dMC5VB01P3 no unit VB01_Mrt3S

POC3 dMC2VB02P3 no unit VB02_Mrt3W

POC3 dMC5VB02P3 no unit VB02_Mrt3S

POC3 dMC2VB03P3 no unit VB03_Mrt3W

POC3 dMC5VB03P3 no unit VB03_Mrt3S

POC3 dMC2VB04P3 no unit VB04_Mrt3W

POC3 dMC5VB04P3 no unit VB04_Mrt3S

POC3 dMC2VB05P3 no unit VB05_Mrt3W

POC3 dMC5VB05P3 no unit VB05_Mrt3S

POC3 dMC2VB06P3 no unit VB06_Mrt3W

POC3 dMC5VB06P3 no unit VB06_Mrt3S

POC3 dMC2VB07P3 no unit VB07_Mrt3W

POC3 dMC5VB07P3 no unit VB07_Mrt3S

POC3 dMC2VB08P3 no unit VB08_Mrt3W

POC3 dMC5VB08P3 no unit VB08_Mrt3S

POC3 dMC2VB09P3 no unit VB09_Mrt3W

POC3 dMC5VB09P3 no unit VB09_Mrt3S

POC3 POC3 production macrophyt 1 gC/m3/d MacroPhyt1

POC3 POC3 production macrophyt 2 gC/m3/d MacroPhyt2

POC3 POC3 production macrophyt 3 gC/m3/d MacroPhyt3

POC3 POC3 production macrophyt 4 gC/m3/d MacroPhyt4

POC3 POC3 production macrophyt 5 gC/m3/d MacroPhyt5

POC4 dummy ﬂux to access Compos - Compos

POC4 conversion ﬂux POC3 to POC4 gC/m3/d DecSlow

POC4 mineralization ﬂux POC4 to CO2 gC/m3/d DecRefr

POC4 conversion ﬂux POC5 to POC4 gC/m3/d DecPOC5

POC4 mineralisation ﬂux oxidised with DO gC/m3/d CONSELAC

continued on next page

22 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

POC4 sedimentation ﬂux POC4 gC/m3/d Sed_POC4

DOC dummy ﬂux to access Compos - Compos

DOC conversion ﬂux POC1 to DOC gC/m3/d DecFast

DOC conversion ﬂux POC2 to DOC gC/m3/d DecMedium

DOC conversion ﬂux POC3 to DOC gC/m3/d DecSlow

DOC mineralization ﬂux DOC to CO2 gC/m3/d DecDOC

DOC conversion ﬂux POC5 to DOC gC/m3/d DecPOC5

PON1 production of DetN by mortality gN/m3/d BLOOM_P

PON1 uptake of DetN by heterotroph algae growth gN/m3/d BLOOM_P

PON1 dummy ﬂux to access Compos - Compos

PON1 conversion ﬂux PON1 to PON2 gN/m3/d DecFast

PON1 conversion ﬂux PON1 to DON gN/m3/d DecFast

PON1 mineralization ﬂux PON1 to NH4 gN/m3/d DecFast

PON1 production of DetN by mortality phytoplankton gN/m3/d NutRel_Alg

PON1 sedimentation ﬂux PON1 gN/m3/d SedNPOC1

PON1 resuspension ﬂux DetN from layer S1 gN/m3/d S12TraDetN

PON1 resuspension ﬂux DetN from layer S2 gN/m3/d S12TraDetN

PON1 resuspension ﬂux PON1 from layer S1 gN/m3/d ResN_DiaS1

PON1 resuspension ﬂux PON1 from layer S2 gN/m3/d ResN_DiaS2

PON1 ﬂux to GEM org. nutrients from grazing gN/m3/d CONSBL

PON1 TEWOR production ﬂux of Org-N gN/m3/d Prod_TEWOR

PON1 dMN2VB01P1 no unit VB01_Mrt3W

PON1 dMN5VB01P1 no unit VB01_Mrt3S

PON1 dMN2VB02P1 no unit VB02_Mrt3W

PON1 dMN5VB02P1 no unit VB02_Mrt3S

PON1 dMN2VB03P1 no unit VB03_Mrt3W

PON1 dMN5VB03P1 no unit VB03_Mrt3S

PON1 dMN2VB04P1 no unit VB04_Mrt3W

PON1 dMN5VB04P1 no unit VB04_Mrt3S

PON1 dMN2VB05P1 no unit VB05_Mrt3W

PON1 dMN5VB05P1 no unit VB05_Mrt3S

PON1 dMN2VB06P1 no unit VB06_Mrt3W

PON1 dMN5VB06P1 no unit VB06_Mrt3S

PON1 dMN2VB07P1 no unit VB07_Mrt3W

PON1 dMN5VB07P1 no unit VB07_Mrt3S

PON1 dMN2VB08P1 no unit VB08_Mrt3W

PON1 dMN5VB08P1 no unit VB08_Mrt3S

PON1 dMN2VB09P1 no unit VB09_Mrt3W

PON1 dMN5VB09P1 no unit VB09_Mrt3S

PON1 PON1 production macrophyt 1 gN/m3/d MacroPhyt1

PON1 PON1 production macrophyt 2 gN/m3/d MacroPhyt2

PON1 PON1 production macrophyt 3 gN/m3/d MacroPhyt3

PON1 PON1 production macrophyt 4 gN/m3/d MacroPhyt4

PON1 PON1 production macrophyt 5 gN/m3/d MacroPhyt5

PON1 mortality ﬂux of DEB Mussel gN/m3/d DEBGRZ_M

PON1 defeacation ﬂux N of DEB Mussel gN/m3/d DEBGRZ_M

PON1 spawning ﬂux of DEB mussel to DetN gN/m3/d DEBGRZ_M

PON1 grazing of PON by DEB Mussel gC/m3/d DEBGRZ_M

PON1 mortality ﬂux DEB Zooplankton gN/m3/d DEBGRZ_Z

PON1 defeacation ﬂux N DEB Zooplankton gN/m3/d DEBGRZ_Z

PON1 spawning ﬂux DEB Zooplankton to DetN gN/m3/d DEBGRZ_Z

PON1 grazing of PON by DEB Zooplankton gC/m3/d DEBGRZ_Z

PON1 mortality ﬂux of DEB Grazer3 gN/m3/d DEBGRZ_G3

PON1 defeacation ﬂux N of DEB Grazer3 gN/m3/d DEBGRZ_G3

PON1 spawning ﬂux of DEB Grazer3 to DetN gN/m3/d DEBGRZ_G3

PON1 grazing of PON by DEB Grazer3 gC/m3/d DEBGRZ_G3

PON1 mortality ﬂux of DEB Grazer4 gN/m3/d DEBGRZ_G4

PON1 defeacation ﬂux N of DEB Grazer4 gN/m3/d DEBGRZ_G4

PON1 spawning ﬂux of DEB Grazer4 to DetN gN/m3/d DEBGRZ_G4

PON1 grazing of PON by DEB Grazer4 gC/m3/d DEBGRZ_G4

PON1 mortality ﬂux of DEB Grazer5 gN/m3/d DEBGRZ_G5

PON1 defeacation ﬂux N of DEB Grazer5 gN/m3/d DEBGRZ_G5

PON1 spawning ﬂux of DEB Grazer5 to DetN gN/m3/d DEBGRZ_G5

PON1 grazing of PON by DEB Grazer5 gC/m3/d DEBGRZ_G5

PON2 production of OON by mortality gN/m3/d BLOOM_P

PON2 dummy ﬂux to access Compos - Compos

PON2 conversion ﬂux PON1 to PON2 gN/m3/d DecFast

PON2 conversion ﬂux PON2 to PON3 gN/m3/d DecMedium

PON2 conversion ﬂux PON2 to DON gN/m3/d DecMedium

continued on next page

Deltares 23 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

PON2 mineralization ﬂux PON2 to NH4 gN/m3/d DecMedium

PON2 production of OON by mortality phytoplankton gN/m3/d NutRel_Alg

PON2 sedimentation ﬂux PON2 gN/m3/d SedNPOC2

PON2 resuspension ﬂux OON from layer S1 gN/m3/d S12TraOON

PON2 TEWOR production ﬂux of OON gN/m3/d Prod_TEWOR

PON2 dMN2VB01P2 no unit VB01_Mrt3W

PON2 dMN5VB01P2 no unit VB01_Mrt3S

PON2 dMN2VB02P2 no unit VB02_Mrt3W

PON2 dMN5VB02P2 no unit VB02_Mrt3S

PON2 dMN2VB03P2 no unit VB03_Mrt3W

PON2 dMN5VB03P2 no unit VB03_Mrt3S

PON2 dMN2VB04P2 no unit VB04_Mrt3W

PON2 dMN5VB04P2 no unit VB04_Mrt3S

PON2 dMN2VB05P2 no unit VB05_Mrt3W

PON2 dMN5VB05P2 no unit VB05_Mrt3S

PON2 dMN2VB06P2 no unit VB06_Mrt3W

PON2 dMN5VB06P2 no unit VB06_Mrt3S

PON2 dMN2VB07P2 no unit VB07_Mrt3W

PON2 dMN5VB07P2 no unit VB07_Mrt3S

PON2 dMN2VB08P2 no unit VB08_Mrt3W

PON2 dMN5VB08P2 no unit VB08_Mrt3S

PON2 dMN2VB09P2 no unit VB09_Mrt3W

PON2 dMN5VB09P2 no unit VB09_Mrt3S

PON2 PON2 production macrophyt 1 gN/m3/d MacroPhyt1

PON2 PON2 production macrophyt 2 gN/m3/d MacroPhyt2

PON2 PON2 production macrophyt 3 gN/m3/d MacroPhyt3

PON2 PON2 production macrophyt 4 gN/m3/d MacroPhyt4

PON2 PON2 production macrophyt 5 gN/m3/d MacroPhyt5

PON3 dummy ﬂux to access Compos - Compos

PON3 conversion ﬂux PON2 to PON3 gN/m3/d DecMedium

PON3 conversion ﬂux PON3 to PON4 gN/m3/d DecSlow

PON3 conversion ﬂux PON3 to DON gN/m3/d DecSlow

PON3 mineralization ﬂux PON3 to NH4 gN/m3/d DecSlow

PON3 sedimentation ﬂux PON3 gN/m3/d SedNPOC3

PON3 dMN2VB01P3 no unit VB01_Mrt3W

PON3 dMN5VB01P3 no unit VB01_Mrt3S

PON3 dMN2VB02P3 no unit VB02_Mrt3W

PON3 dMN5VB02P3 no unit VB02_Mrt3S

PON3 dMN2VB03P3 no unit VB03_Mrt3W

PON3 dMN5VB03P3 no unit VB03_Mrt3S

PON3 dMN2VB04P3 no unit VB04_Mrt3W

PON3 dMN5VB04P3 no unit VB04_Mrt3S

PON3 dMN2VB05P3 no unit VB05_Mrt3W

PON3 dMN5VB05P3 no unit VB05_Mrt3S

PON3 dMN2VB06P3 no unit VB06_Mrt3W

PON3 dMN5VB06P3 no unit VB06_Mrt3S

PON3 dMN2VB07P3 no unit VB07_Mrt3W

PON3 dMN5VB07P3 no unit VB07_Mrt3S

PON3 dMN2VB08P3 no unit VB08_Mrt3W

PON3 dMN5VB08P3 no unit VB08_Mrt3S

PON3 dMN2VB09P3 no unit VB09_Mrt3W

PON3 dMN5VB09P3 no unit VB09_Mrt3S

PON3 PON3 production macrophyt 1 gN/m3/d MacroPhyt1

PON3 PON3 production macrophyt 2 gN/m3/d MacroPhyt2

PON3 PON3 production macrophyt 3 gN/m3/d MacroPhyt3

PON3 PON3 production macrophyt 4 gN/m3/d MacroPhyt4

PON3 PON3 production macrophyt 5 gN/m3/d MacroPhyt5

PON4 dummy ﬂux to access Compos - Compos

PON4 conversion ﬂux PON3 to PON4 gN/m3/d DecSlow

PON4 mineralization ﬂux PON4 to NH4 gN/m3/d DecRefr

PON4 conversion ﬂux PON5 to PON4 gN/m3/d DecPOC5

PON4 sedimentation ﬂux PON4 gN/m3/d SedNPOC4

DON dummy ﬂux to access Compos - Compos

DON conversion ﬂux PON1 to DON gN/m3/d DecFast

DON conversion ﬂux PON2 to DON gN/m3/d DecMedium

DON conversion ﬂux PON3 to DON gN/m3/d DecSlow

DON mineralization ﬂux DON to NH4 gN/m3/d DecDOC

DON conversion ﬂux PON5 to DON gN/m3/d DecPOC5

continued on next page

24 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

POP1 production of DetP by mortality gP/m3/d BLOOM_P

POP1 uptake of DetP by heterotroph algae growth gP/m3/d BLOOM_P

POP1 dummy ﬂux to access Compos - Compos

POP1 conversion ﬂux POP1 to POP2 gP/m3/d DecFast

POP1 conversion ﬂux POP1 to DOP gP/m3/d DecFast

POP1 mineralization ﬂux POP1 to PO4 gP/m3/d DecFast

POP1 production of DetP by mortality phytoplankton gP/m3/d NutRel_Alg

POP1 sedimentation ﬂux POP1 gP/m3/d SedNPOC1

POP1 resuspension ﬂux DetP from layer S1 gP/m3/d S12TraDetP

POP1 resuspension ﬂux DetP from layer S2 gP/m3/d S12TraDetP

POP1 resuspension ﬂux POP1 from layer S1 gP/m3/d ResN_DiaS1

POP1 resuspension ﬂux POP1 from layer S2 gP/m3/d ResN_DiaS2

POP1 ﬂux to GEM org. nutrients from grazing gP/m3/d CONSBL

POP1 dMP2VB01P1 no unit VB01_Mrt3W

POP1 dMP5VB01P1 no unit VB01_Mrt3S

POP1 dMP2VB02P1 no unit VB02_Mrt3W

POP1 dMP5VB02P1 no unit VB02_Mrt3S

POP1 dMP2VB03P1 no unit VB03_Mrt3W

POP1 dMP5VB03P1 no unit VB03_Mrt3S

POP1 dMP2VB04P1 no unit VB04_Mrt3W

POP1 dMP5VB04P1 no unit VB04_Mrt3S

POP1 dMP2VB05P1 no unit VB05_Mrt3W

POP1 dMP5VB05P1 no unit VB05_Mrt3S

POP1 dMP2VB06P1 no unit VB06_Mrt3W

POP1 dMP5VB06P1 no unit VB06_Mrt3S

POP1 dMP2VB07P1 no unit VB07_Mrt3W

POP1 dMP5VB07P1 no unit VB07_Mrt3S

POP1 dMP2VB08P1 no unit VB08_Mrt3W

POP1 dMP5VB08P1 no unit VB08_Mrt3S

POP1 dMP2VB09P1 no unit VB09_Mrt3W

POP1 dMP5VB09P1 no unit VB09_Mrt3S

POP1 POP1 production macrophyt 1 gP/m3/d MacroPhyt1

POP1 POP1 production macrophyt 2 gP/m3/d MacroPhyt2

POP1 POP1 production macrophyt 3 gP/m3/d MacroPhyt3

POP1 POP1 production macrophyt 4 gP/m3/d MacroPhyt4

POP1 POP1 production macrophyt 5 gP/m3/d MacroPhyt5

POP1 mortality ﬂux of DEB Mussel gP/m3/d DEBGRZ_M

POP1 defeacation ﬂux P of DEB Mussel gP/m3/d DEBGRZ_M

POP1 spawning ﬂux of DEB Mussel to DetP gP/m3/d DEBGRZ_M

POP1 grazing of POP by DEB Mussel gC/m3/d DEBGRZ_M

POP1 mortality ﬂux DEB Zooplankton gP/m3/d DEBGRZ_Z

POP1 defeacation ﬂux P DEB Zooplankton gP/m3/d DEBGRZ_Z

POP1 spawning ﬂux DEB Zooplankton to DetP gP/m3/d DEBGRZ_Z

POP1 grazing of POP by DEB Zooplankton gC/m3/d DEBGRZ_Z

POP1 mortality ﬂux of DEB Grazer3 gP/m3/d DEBGRZ_G3

POP1 defeacation ﬂux P of DEB Grazer3 gP/m3/d DEBGRZ_G3

POP1 spawning ﬂux of DEB Grazer3 to DetP gP/m3/d DEBGRZ_G3

POP1 grazing of POP by DEB Grazer3 gC/m3/d DEBGRZ_G3

POP1 mortality ﬂux of DEB Grazer4 gP/m3/d DEBGRZ_G4

POP1 defeacation ﬂux P of DEB Grazer4 gP/m3/d DEBGRZ_G4

POP1 spawning ﬂux of DEB Grazer4 to DetP gP/m3/d DEBGRZ_G4

POP1 grazing of POP by DEB Grazer4 gC/m3/d DEBGRZ_G4

POP1 mortality ﬂux of DEB Grazer5 gP/m3/d DEBGRZ_G5

POP1 defeacation ﬂux P of DEB Grazer5 gP/m3/d DEBGRZ_G5

POP1 spawning ﬂux of DEB Grazer5 to DetP gP/m3/d DEBGRZ_G5

POP1 grazing of POP by DEB Grazer5 gC/m3/d DEBGRZ_G5

POP2 production of OOP by mortality gP/m3/d BLOOM_P

POP2 dummy ﬂux to access Compos - Compos

POP2 conversion ﬂux POP1 to POP2 gP/m3/d DecFast

POP2 conversion ﬂux POP2 to POP3 gP/m3/d DecMedium

POP2 conversion ﬂux POP2 to DOP gP/m3/d DecMedium

POP2 mineralization ﬂux POP2 to PO4 gP/m3/d DecMedium

POP2 production of OOP by mortality phytoplankton gP/m3/d NutRel_Alg

POP2 sedimentation ﬂux POP2 gP/m3/d SedNPOC2

POP2 resuspension ﬂux OOP from layer S1 gP/m3/d S12TraOOP

POP2 dMP2VB01P2 no unit VB01_Mrt3W

POP2 dMP5VB01P2 no unit VB01_Mrt3S

POP2 dMP2VB02P2 no unit VB02_Mrt3W

continued on next page

Deltares 25 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

POP2 dMP5VB02P2 no unit VB02_Mrt3S

POP2 dMP2VB03P2 no unit VB03_Mrt3W

POP2 dMP5VB03P2 no unit VB03_Mrt3S

POP2 dMP2VB04P2 no unit VB04_Mrt3W

POP2 dMP5VB04P2 no unit VB04_Mrt3S

POP2 dMP2VB05P2 no unit VB05_Mrt3W

POP2 dMP5VB05P2 no unit VB05_Mrt3S

POP2 dMP2VB06P2 no unit VB06_Mrt3W

POP2 dMP5VB06P2 no unit VB06_Mrt3S

POP2 dMP2VB07P2 no unit VB07_Mrt3W

POP2 dMP5VB07P2 no unit VB07_Mrt3S

POP2 dMP2VB08P2 no unit VB08_Mrt3W

POP2 dMP5VB08P2 no unit VB08_Mrt3S

POP2 dMP2VB09P2 no unit VB09_Mrt3W

POP2 dMP5VB09P2 no unit VB09_Mrt3S

POP2 POP2 production macrophyt 1 gP/m3/d MacroPhyt1

POP2 POP2 production macrophyt 2 gP/m3/d MacroPhyt2

POP2 POP2 production macrophyt 3 gP/m3/d MacroPhyt3

POP2 POP2 production macrophyt 4 gP/m3/d MacroPhyt4

POP2 POP2 production macrophyt 5 gP/m3/d MacroPhyt5

POP3 dummy ﬂux to access Compos - Compos

POP3 conversion ﬂux POP2 to POP3 gP/m3/d DecMedium

POP3 conversion ﬂux POP3 to POP4 gP/m3/d DecSlow

POP3 conversion ﬂux POP3 to DOP gP/m3/d DecSlow

POP3 mineralization ﬂux POP3 to PO4 gP/m3/d DecSlow

POP3 sedimentation ﬂux POP3 gP/m3/d SedNPOC3

POP3 dMP2VB01P3 no unit VB01_Mrt3W

POP3 dMP5VB01P3 no unit VB01_Mrt3S

POP3 dMP2VB02P3 no unit VB02_Mrt3W

POP3 dMP5VB02P3 no unit VB02_Mrt3S

POP3 dMP2VB03P3 no unit VB03_Mrt3W

POP3 dMP5VB03P3 no unit VB03_Mrt3S

POP3 dMP2VB04P3 no unit VB04_Mrt3W

POP3 dMP5VB04P3 no unit VB04_Mrt3S

POP3 dMP2VB05P3 no unit VB05_Mrt3W

POP3 dMP5VB05P3 no unit VB05_Mrt3S

POP3 dMP2VB06P3 no unit VB06_Mrt3W

POP3 dMP5VB06P3 no unit VB06_Mrt3S

POP3 dMP2VB07P3 no unit VB07_Mrt3W

POP3 dMP5VB07P3 no unit VB07_Mrt3S

POP3 dMP2VB08P3 no unit VB08_Mrt3W

POP3 dMP5VB08P3 no unit VB08_Mrt3S

POP3 dMP2VB09P3 no unit VB09_Mrt3W

POP3 dMP5VB09P3 no unit VB09_Mrt3S

POP3 POP3 production macrophyt 1 gP/m3/d MacroPhyt1

POP3 POP3 production macrophyt 2 gP/m3/d MacroPhyt2

POP3 POP3 production macrophyt 3 gP/m3/d MacroPhyt3

POP3 POP3 production macrophyt 4 gP/m3/d MacroPhyt4

POP3 POP3 production macrophyt 5 gP/m3/d MacroPhyt5

POP4 dummy ﬂux to access Compos - Compos

POP4 conversion ﬂux POP3 to POP4 gP/m3/d DecSlow

POP4 mineralization ﬂux POP4 to PO4 gP/m3/d DecRefr

POP4 conversion ﬂux POP5 to POP4 gP/m3/d DecPOC5

POP4 sedimentation ﬂux POP4 gP/m3/d SedNPOC4

DOP dummy ﬂux to access Compos - Compos

DOP conversion ﬂux POP1 to DOP gP/m3/d DecFast

DOP conversion ﬂux POP2 to DOP gP/m3/d DecMedium

DOP conversion ﬂux POP3 to DOP gP/m3/d DecSlow

DOP mineralization ﬂux DOP to PO4 gP/m3/d DecDOC

DOP conversion ﬂux POP5 to DOP gP/m3/d DecPOC5

POS1 production of DetC by mortality gC/m3/d BLOOM_P

POS1 dummy ﬂux to access Compos - Compos

POS1 conversion ﬂux POS1 to POS2 gS/m3/d DecFast

POS1 conversion ﬂux POS1 to DOS gS/m3/d DecFast

POS1 mineralization ﬂux POS1 to SUD gS/m3/d DecFast

POS1 sedimentation ﬂux POS1 gP/m3/d SedNPOC1

POS1 dMS2VB01P1 no unit VB01_Mrt3W

POS1 dMS5VB01P1 no unit VB01_Mrt3S

POS1 dMS2VB02P1 no unit VB02_Mrt3W

continued on next page

26 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

POS1 dMS5VB02P1 no unit VB02_Mrt3S

POS1 dMS2VB03P1 no unit VB03_Mrt3W

POS1 dMS5VB03P1 no unit VB03_Mrt3S

POS1 dMS2VB04P1 no unit VB04_Mrt3W

POS1 dMS5VB04P1 no unit VB04_Mrt3S

POS1 dMS2VB05P1 no unit VB05_Mrt3W

POS1 dMS5VB05P1 no unit VB05_Mrt3S

POS1 dMS2VB06P1 no unit VB06_Mrt3W

POS1 dMS5VB06P1 no unit VB06_Mrt3S

POS1 dMS2VB07P1 no unit VB07_Mrt3W

POS1 dMS5VB07P1 no unit VB07_Mrt3S

POS1 dMS2VB08P1 no unit VB08_Mrt3W

POS1 dMS5VB08P1 no unit VB08_Mrt3S

POS1 dMS2VB09P1 no unit VB09_Mrt3W

POS1 dMS5VB09P1 no unit VB09_Mrt3S

POS2 production of OOC by mortality gC/m3/d BLOOM_P

POS2 dummy ﬂux to access Compos - Compos

POS2 conversion ﬂux POS1 to POS2 gS/m3/d DecFast

POS2 conversion ﬂux POS2 to POS3 gS/m3/d DecMedium

POS2 conversion ﬂux POS2 to DOS gS/m3/d DecMedium

POS2 mineralization ﬂux POS2 to SUD gS/m3/d DecMedium

POS2 sedimentation ﬂux POS2 gP/m3/d SedNPOC2

POS2 dMS2VB01P2 no unit VB01_Mrt3W

POS2 dMS5VB01P2 no unit VB01_Mrt3S

POS2 dMS2VB02P2 no unit VB02_Mrt3W

POS2 dMS5VB02P2 no unit VB02_Mrt3S

POS2 dMS2VB03P2 no unit VB03_Mrt3W

POS2 dMS5VB03P2 no unit VB03_Mrt3S

POS2 dMS2VB04P2 no unit VB04_Mrt3W

POS2 dMS5VB04P2 no unit VB04_Mrt3S

POS2 dMS2VB05P2 no unit VB05_Mrt3W

POS2 dMS5VB05P2 no unit VB05_Mrt3S

POS2 dMS2VB06P2 no unit VB06_Mrt3W

POS2 dMS5VB06P2 no unit VB06_Mrt3S

POS2 dMS2VB07P2 no unit VB07_Mrt3W

POS2 dMS5VB07P2 no unit VB07_Mrt3S

POS2 dMS2VB08P2 no unit VB08_Mrt3W

POS2 dMS5VB08P2 no unit VB08_Mrt3S

POS2 dMS2VB09P2 no unit VB09_Mrt3W

POS2 dMS5VB09P2 no unit VB09_Mrt3S

POS3 dummy ﬂux to access Compos - Compos

POS3 conversion ﬂux POS2 to POS3 gS/m3/d DecMedium

POS3 conversion ﬂux POS3 to POS4 gS/m3/d DecSlow

POS3 conversion ﬂux POS3 to DOS gS/m3/d DecSlow

POS3 mineralization ﬂux POS3 to SUD gS/m3/d DecSlow

POS3 sedimentation ﬂux POS3 gP/m3/d SedNPOC3

POS3 dMS2VB01P3 no unit VB01_Mrt3W

POS3 dMS5VB01P3 no unit VB01_Mrt3S

POS3 dMS2VB02P3 no unit VB02_Mrt3W

POS3 dMS5VB02P3 no unit VB02_Mrt3S

POS3 dMS2VB03P3 no unit VB03_Mrt3W

POS3 dMS5VB03P3 no unit VB03_Mrt3S

POS3 dMS2VB04P3 no unit VB04_Mrt3W

POS3 dMS5VB04P3 no unit VB04_Mrt3S

POS3 dMS2VB05P3 no unit VB05_Mrt3W

POS3 dMS5VB05P3 no unit VB05_Mrt3S

POS3 dMS2VB06P3 no unit VB06_Mrt3W

POS3 dMS5VB06P3 no unit VB06_Mrt3S

POS3 dMS2VB07P3 no unit VB07_Mrt3W

POS3 dMS5VB07P3 no unit VB07_Mrt3S

POS3 dMS2VB08P3 no unit VB08_Mrt3W

POS3 dMS5VB08P3 no unit VB08_Mrt3S

POS3 dMS2VB09P3 no unit VB09_Mrt3W

POS3 dMS5VB09P3 no unit VB09_Mrt3S

POS4 dummy ﬂux to access Compos - Compos

POS4 conversion ﬂux POS3 to POS4 gS/m3/d DecSlow

POS4 mineralization ﬂux POS4 to SUD gS/m3/d DecRefr

POS4 conversion ﬂux POS5 to POS4 gS/m3/d DecPOC5

POS4 sedimentation ﬂux POS4 gP/m3/d SedNPOC4

DOS dummy ﬂux to access Compos - Compos

continued on next page

Deltares 27 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

DOS conversion ﬂux POS1 to DOS gS/m3/d DecFast

DOS conversion ﬂux POS2 to DOS gS/m3/d DecMedium

DOS conversion ﬂux POS3 to DOS gS/m3/d DecSlow

DOS mineralization ﬂux DOS to SUD gS/m3/d DecDOC

DOS conversion ﬂux POS5 to DOS gS/m3/d DecPOC5

Opal production of DetSi by mortality gSi/m3/d BLOOM_P

Opal production of OOSi by mortality gSi/m3/d BLOOM_P

Opal dummy ﬂux to access Compos - Compos

Opal dissolution ﬂux Opal to Si gSi/m3/d DisSi

Opal production of DetSi by mortality phytoplankton gSi/m3/d NutRel_Alg

Opal production of OOSi by mortality phytoplankton gSi/m3/d NutRel_Alg

Opal sedimentation ﬂux of Opal gSi/m3/d Sed_Opal

Opal resuspension ﬂux DetSi from layer S1 gSi/m3/d S12TraDetS

Opal resuspension ﬂux DetSi from layer S2 gSi/m3/d S12TraDetS

Opal resuspension ﬂux OOSi from layer S1 gSi/m3/d S12TraOOSi

Opal resuspension ﬂux OPAL from layer S1 gSi/m3/d ResN_DiaS1

Opal resuspension ﬂux OPAL from layer S2 gSi/m3/d ResN_DiaS2

Opal dummy ﬂux gSi/m3/d CONSBL

Opal defeacation ﬂux Si of DEB Mussel gSi/m3/d DEBGRZ_M

Opal grazing of POSi by DEB Mussel gC/m3/d DEBGRZ_M

Opal defeacation ﬂux Si DEB Zooplankton gSi/m3/d DEBGRZ_Z

Opal grazing of POSi by DEB Zooplankton gC/m3/d DEBGRZ_Z

Opal defeacation ﬂux Si of DEB Grazer3 gSi/m3/d DEBGRZ_G3

Opal grazing of POSi by DEB Grazer3 gC/m3/d DEBGRZ_G3

Opal defeacation ﬂux Si of DEB Grazer4 gSi/m3/d DEBGRZ_G4

Opal grazing of POSi by DEB Grazer4 gC/m3/d DEBGRZ_G4

Opal defeacation ﬂux Si of DEB Grazer5 gSi/m3/d DEBGRZ_G5

Opal grazing of POSi by DEB Grazer5 gC/m3/d DEBGRZ_G5

MPB1peli resuspension ﬂux MPB1 from layer S1 gC/m3/d S12TraMPB1

MPB1peli resuspension ﬂux MPB1 from layer S2 gC/m3/d S12TraMPB1

MPB2psam resuspension ﬂux MPB2 from layer S1 gC/m3/d S12TraMPB2

MPB2psam resuspension ﬂux MPB2 from layer S2 gC/m3/d S12TraMPB2

BLOOMALG01 primary production of algae type 01 gC/m3/d BLOOM

BLOOMALG01 mortality of algae type 01 gC/m3/d BLOOM

BLOOMALG01 sedimentation ﬂux algae type 01 gC/m3/d SEDALG01

BLOOMALG01 sedimentation ﬂux algae type 01 gC/m3/d UlvaFix

BLOOMALG01 grazing ﬂux of algae type 01 gC/m3/d CONSBL

BLOOMALG01 grazing of algae type 01 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG01 grazing of algae type 01 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG01 grazing of algae type 01 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG01 grazing of algae type 01 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG01 grazing of algae type 01 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG02 primary production of algae type 02 gC/m3/d BLOOM

BLOOMALG02 mortality of algae type 02 gC/m3/d BLOOM

BLOOMALG02 sedimentation ﬂux algae type 02 gC/m3/d SEDALG02

BLOOMALG02 sedimentation ﬂux algae type 02 gC/m3/d UlvaFix

BLOOMALG02 grazing ﬂux of algae type 02 gC/m3/d CONSBL

BLOOMALG02 grazing of algae type 02 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG02 grazing of algae type 02 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG02 grazing of algae type 02 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG02 grazing of algae type 02 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG02 grazing of algae type 02 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG03 primary production of algae type 03 gC/m3/d BLOOM

BLOOMALG03 mortality of algae type 03 gC/m3/d BLOOM

BLOOMALG03 sedimentation ﬂux algae type 03 gC/m3/d SEDALG03

BLOOMALG03 sedimentation ﬂux algae type 03 gC/m3/d UlvaFix

BLOOMALG03 grazing ﬂux of algae type 03 gC/m3/d CONSBL

BLOOMALG03 grazing of algae type 03 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG03 grazing of algae type 03 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG03 grazing of algae type 03 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG03 grazing of algae type 03 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG03 grazing of algae type 03 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG04 primary production of algae type 04 gC/m3/d BLOOM

BLOOMALG04 mortality of algae type 04 gC/m3/d BLOOM

BLOOMALG04 sedimentation ﬂux algae type 04 gC/m3/d SEDALG04

BLOOMALG04 sedimentation ﬂux algae type 04 gC/m3/d UlvaFix

BLOOMALG04 grazing ﬂux of algae type 04 gC/m3/d CONSBL

continued on next page

28 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

BLOOMALG04 grazing of algae type 04 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG04 grazing of algae type 04 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG04 grazing of algae type 04 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG04 grazing of algae type 04 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG04 grazing of algae type 04 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG05 primary production of algae type 05 gC/m3/d BLOOM

BLOOMALG05 mortality of algae type 05 gC/m3/d BLOOM

BLOOMALG05 sedimentation ﬂux algae type 05 gC/m3/d SEDALG05

BLOOMALG05 sedimentation ﬂux algae type 05 gC/m3/d UlvaFix

BLOOMALG05 grazing ﬂux of algae type 05 gC/m3/d CONSBL

BLOOMALG05 grazing of algae type 05 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG05 grazing of algae type 05 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG05 grazing of algae type 05 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG05 grazing of algae type 05 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG05 grazing of algae type 05 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG06 primary production of algae type 06 gC/m3/d BLOOM

BLOOMALG06 mortality of algae type 06 gC/m3/d BLOOM

BLOOMALG06 sedimentation ﬂux algae type 06 gC/m3/d SEDALG06

BLOOMALG06 sedimentation ﬂux algae type 06 gC/m3/d UlvaFix

BLOOMALG06 grazing ﬂux of algae type 06 gC/m3/d CONSBL

BLOOMALG06 grazing of algae type 06 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG06 grazing of algae type 06 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG06 grazing of algae type 06 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG06 grazing of algae type 06 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG06 grazing of algae type 06 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG07 primary production of algae type 07 gC/m3/d BLOOM

BLOOMALG07 mortality of algae type 07 gC/m3/d BLOOM

BLOOMALG07 sedimentation ﬂux algae type 07 gC/m3/d SEDALG07

BLOOMALG07 sedimentation ﬂux algae type 07 gC/m3/d UlvaFix

BLOOMALG07 grazing ﬂux of algae type 07 gC/m3/d CONSBL

BLOOMALG07 grazing of algae type 07 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG07 grazing of algae type 07 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG07 grazing of algae type 07 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG07 grazing of algae type 07 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG07 grazing of algae type 07 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG08 primary production of algae type 08 gC/m3/d BLOOM

BLOOMALG08 mortality of algae type 08 gC/m3/d BLOOM

BLOOMALG08 sedimentation ﬂux algae type 08 gC/m3/d SEDALG08

BLOOMALG08 sedimentation ﬂux algae type 08 gC/m3/d UlvaFix

BLOOMALG08 grazing ﬂux of algae type 08 gC/m3/d CONSBL

BLOOMALG08 grazing of algae type 08 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG08 grazing of algae type 08 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG08 grazing of algae type 08 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG08 grazing of algae type 08 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG08 grazing of algae type 08 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG09 primary production of algae type 09 gC/m3/d BLOOM

BLOOMALG09 mortality of algae type 09 gC/m3/d BLOOM

BLOOMALG09 sedimentation ﬂux algae type 09 gC/m3/d SEDALG09

BLOOMALG09 sedimentation ﬂux algae type 09 gC/m3/d UlvaFix

BLOOMALG09 grazing ﬂux of algae type 09 gC/m3/d CONSBL

BLOOMALG09 grazing of algae type 09 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG09 grazing of algae type 09 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG09 grazing of algae type 09 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG09 grazing of algae type 09 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG09 grazing of algae type 09 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG10 primary production of algae type 10 gC/m3/d BLOOM

BLOOMALG10 mortality of algae type 10 gC/m3/d BLOOM

BLOOMALG10 sedimentation ﬂux algae type 10 gC/m3/d SEDALG10

BLOOMALG10 sedimentation ﬂux algae type 10 gC/m3/d UlvaFix

BLOOMALG10 grazing ﬂux of algae type 10 gC/m3/d CONSBL

BLOOMALG10 grazing of algae type 10 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG10 grazing of algae type 10 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG10 grazing of algae type 10 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG10 grazing of algae type 10 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG10 grazing of algae type 10 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG11 primary production of algae type 11 gC/m3/d BLOOM

BLOOMALG11 mortality of algae type 11 gC/m3/d BLOOM

BLOOMALG11 sedimentation ﬂux algae type 11 gC/m3/d SEDALG11

continued on next page

Deltares 29 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

BLOOMALG11 sedimentation ﬂux algae type 11 gC/m3/d UlvaFix

BLOOMALG11 grazing ﬂux of algae type 11 gC/m3/d CONSBL

BLOOMALG11 grazing of algae type 11 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG11 grazing of algae type 11 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG11 grazing of algae type 11 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG11 grazing of algae type 11 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG11 grazing of algae type 11 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG12 primary production of algae type 12 gC/m3/d BLOOM

BLOOMALG12 mortality of algae type 12 gC/m3/d BLOOM

BLOOMALG12 sedimentation ﬂux algae type 12 gC/m3/d SEDALG12

BLOOMALG12 sedimentation ﬂux algae type 12 gC/m3/d UlvaFix

BLOOMALG12 grazing ﬂux of algae type 12 gC/m3/d CONSBL

BLOOMALG12 grazing of algae type 12 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG12 grazing of algae type 12 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG12 grazing of algae type 12 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG12 grazing of algae type 12 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG12 grazing of algae type 12 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG13 primary production of algae type 13 gC/m3/d BLOOM

BLOOMALG13 mortality of algae type 13 gC/m3/d BLOOM

BLOOMALG13 sedimentation ﬂux algae type 13 gC/m3/d SEDALG13

BLOOMALG13 sedimentation ﬂux algae type 13 gC/m3/d UlvaFix

BLOOMALG13 grazing ﬂux of algae type 13 gC/m3/d CONSBL

BLOOMALG13 grazing of algae type 13 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG13 grazing of algae type 13 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG13 grazing of algae type 13 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG13 grazing of algae type 13 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG13 grazing of algae type 13 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG14 primary production of algae type 14 gC/m3/d BLOOM

BLOOMALG14 mortality of algae type 14 gC/m3/d BLOOM

BLOOMALG14 sedimentation ﬂux algae type 14 gC/m3/d SEDALG14

BLOOMALG14 sedimentation ﬂux algae type 14 gC/m3/d UlvaFix

BLOOMALG14 grazing ﬂux of algae type 14 gC/m3/d CONSBL

BLOOMALG14 grazing of algae type 14 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG14 grazing of algae type 14 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG14 grazing of algae type 14 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG14 grazing of algae type 14 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG14 grazing of algae type 14 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG15 primary production of algae type 15 gC/m3/d BLOOM

BLOOMALG15 mortality of algae type 15 gC/m3/d BLOOM

BLOOMALG15 sedimentation ﬂux algae type 15 gC/m3/d SEDALG15

BLOOMALG15 sedimentation ﬂux algae type 15 gC/m3/d UlvaFix

BLOOMALG15 grazing ﬂux of algae type 15 gC/m3/d CONSBL

BLOOMALG15 grazing of algae type 15 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG15 grazing of algae type 15 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG15 grazing of algae type 15 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG15 grazing of algae type 15 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG15 grazing of algae type 15 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG16 primary production of algae type 16 gC/m3/d BLOOM

BLOOMALG16 mortality of algae type 16 gC/m3/d BLOOM

BLOOMALG16 sedimentation ﬂux algae type 16 gC/m3/d SEDALG16

BLOOMALG16 sedimentation ﬂux algae type 16 gC/m3/d UlvaFix

BLOOMALG16 grazing ﬂux of algae type 16 gC/m3/d CONSBL

BLOOMALG16 grazing of algae type 16 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG16 grazing of algae type 16 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG16 grazing of algae type 16 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG16 grazing of algae type 16 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG16 grazing of algae type 16 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG17 primary production of algae type 17 gC/m3/d BLOOM

BLOOMALG17 mortality of algae type 17 gC/m3/d BLOOM

BLOOMALG17 sedimentation ﬂux algae type 17 gC/m3/d SEDALG17

BLOOMALG17 sedimentation ﬂux algae type 17 gC/m3/d UlvaFix

BLOOMALG17 grazing ﬂux of algae type 17 gC/m3/d CONSBL

BLOOMALG17 grazing of algae type 17 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG17 grazing of algae type 17 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG17 grazing of algae type 17 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG17 grazing of algae type 17 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG17 grazing of algae type 17 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG18 primary production of algae type 18 gC/m3/d BLOOM

continued on next page

30 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

BLOOMALG18 mortality of algae type 18 gC/m3/d BLOOM

BLOOMALG18 sedimentation ﬂux algae type 18 gC/m3/d SEDALG18

BLOOMALG18 sedimentation ﬂux algae type 18 gC/m3/d UlvaFix

BLOOMALG18 grazing ﬂux of algae type 18 gC/m3/d CONSBL

BLOOMALG18 grazing of algae type 18 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG18 grazing of algae type 18 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG18 grazing of algae type 18 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG18 grazing of algae type 18 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG18 grazing of algae type 18 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG19 primary production of algae type 19 gC/m3/d BLOOM

BLOOMALG19 mortality of algae type 19 gC/m3/d BLOOM

BLOOMALG19 sedimentation ﬂux algae type 19 gC/m3/d SEDALG19

BLOOMALG19 sedimentation ﬂux algae type 19 gC/m3/d UlvaFix

BLOOMALG19 grazing ﬂux of algae type 19 gC/m3/d CONSBL

BLOOMALG19 grazing of algae type 19 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG19 grazing of algae type 19 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG19 grazing of algae type 19 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG19 grazing of algae type 19 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG19 grazing of algae type 19 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG20 primary production of algae type 20 gC/m3/d BLOOM

BLOOMALG20 mortality of algae type 20 gC/m3/d BLOOM

BLOOMALG20 sedimentation ﬂux algae type 20 gC/m3/d SEDALG20

BLOOMALG20 sedimentation ﬂux algae type 20 gC/m3/d UlvaFix

BLOOMALG20 grazing ﬂux of algae type 20 gC/m3/d CONSBL

BLOOMALG20 grazing of algae type 20 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG20 grazing of algae type 20 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG20 grazing of algae type 20 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG20 grazing of algae type 20 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG20 grazing of algae type 20 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG21 primary production of algae type 21 gC/m3/d BLOOM

BLOOMALG21 mortality of algae type 21 gC/m3/d BLOOM

BLOOMALG21 sedimentation ﬂux algae type 21 gC/m3/d SEDALG21

BLOOMALG21 sedimentation ﬂux algae type 21 gC/m3/d UlvaFix

BLOOMALG21 grazing ﬂux of algae type 21 gC/m3/d CONSBL

BLOOMALG21 grazing of algae type 21 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG21 grazing of algae type 21 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG21 grazing of algae type 21 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG21 grazing of algae type 21 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG21 grazing of algae type 21 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG22 primary production of algae type 22 gC/m3/d BLOOM

BLOOMALG22 mortality of algae type 22 gC/m3/d BLOOM

BLOOMALG22 sedimentation ﬂux algae type 22 gC/m3/d SEDALG22

BLOOMALG22 sedimentation ﬂux algae type 22 gC/m3/d UlvaFix

BLOOMALG22 grazing ﬂux of algae type 22 gC/m3/d CONSBL

BLOOMALG22 grazing of algae type 22 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG22 grazing of algae type 22 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG22 grazing of algae type 22 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG22 grazing of algae type 22 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG22 grazing of algae type 22 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG23 primary production of algae type 23 gC/m3/d BLOOM

BLOOMALG23 mortality of algae type 23 gC/m3/d BLOOM

BLOOMALG23 sedimentation ﬂux algae type 23 gC/m3/d SEDALG23

BLOOMALG23 sedimentation ﬂux algae type 23 gC/m3/d UlvaFix

BLOOMALG23 grazing ﬂux of algae type 23 gC/m3/d CONSBL

BLOOMALG23 grazing of algae type 23 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG23 grazing of algae type 23 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG23 grazing of algae type 23 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG23 grazing of algae type 23 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG23 grazing of algae type 23 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG24 primary production of algae type 24 gC/m3/d BLOOM

BLOOMALG24 mortality of algae type 24 gC/m3/d BLOOM

BLOOMALG24 sedimentation ﬂux algae type 24 gC/m3/d SEDALG24

BLOOMALG24 sedimentation ﬂux algae type 24 gC/m3/d UlvaFix

BLOOMALG24 grazing ﬂux of algae type 24 gC/m3/d CONSBL

BLOOMALG24 grazing of algae type 24 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG24 grazing of algae type 24 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG24 grazing of algae type 24 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG24 grazing of algae type 24 by DEB Grazer4 gC/m3/d DEBGRZ_G4

continued on next page

Deltares 31 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

BLOOMALG24 grazing of algae type 24 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG25 primary production of algae type 25 gC/m3/d BLOOM

BLOOMALG25 mortality of algae type 25 gC/m3/d BLOOM

BLOOMALG25 sedimentation ﬂux algae type 25 gC/m3/d SEDALG25

BLOOMALG25 sedimentation ﬂux algae type 25 gC/m3/d UlvaFix

BLOOMALG25 grazing ﬂux of algae type 25 gC/m3/d CONSBL

BLOOMALG25 grazing of algae type 25 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG25 grazing of algae type 25 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG25 grazing of algae type 25 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG25 grazing of algae type 25 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG25 grazing of algae type 25 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG26 primary production of algae type 26 gC/m3/d BLOOM

BLOOMALG26 mortality of algae type 26 gC/m3/d BLOOM

BLOOMALG26 sedimentation ﬂux algae type 26 gC/m3/d SEDALG26

BLOOMALG26 sedimentation ﬂux algae type 26 gC/m3/d UlvaFix

BLOOMALG26 grazing ﬂux of algae type 26 gC/m3/d CONSBL

BLOOMALG26 grazing of algae type 26 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG26 grazing of algae type 26 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG26 grazing of algae type 26 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG26 grazing of algae type 26 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG26 grazing of algae type 26 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG27 primary production of algae type 27 gC/m3/d BLOOM

BLOOMALG27 mortality of algae type 27 gC/m3/d BLOOM

BLOOMALG27 sedimentation ﬂux algae type 27 gC/m3/d SEDALG27

BLOOMALG27 sedimentation ﬂux algae type 27 gC/m3/d UlvaFix

BLOOMALG27 grazing ﬂux of algae type 27 gC/m3/d CONSBL

BLOOMALG27 grazing of algae type 27 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG27 grazing of algae type 27 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG27 grazing of algae type 27 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG27 grazing of algae type 27 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG27 grazing of algae type 27 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG28 primary production of algae type 28 gC/m3/d BLOOM

BLOOMALG28 mortality of algae type 28 gC/m3/d BLOOM

BLOOMALG28 sedimentation ﬂux algae type 28 gC/m3/d SEDALG28

BLOOMALG28 sedimentation ﬂux algae type 28 gC/m3/d UlvaFix

BLOOMALG28 grazing ﬂux of algae type 28 gC/m3/d CONSBL

BLOOMALG28 grazing of algae type 28 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG28 grazing of algae type 28 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG28 grazing of algae type 28 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG28 grazing of algae type 28 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG28 grazing of algae type 28 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG29 primary production of algae type 29 gC/m3/d BLOOM

BLOOMALG29 mortality of algae type 29 gC/m3/d BLOOM

BLOOMALG29 sedimentation ﬂux algae type 29 gC/m3/d SEDALG29

BLOOMALG29 sedimentation ﬂux algae type 29 gC/m3/d UlvaFix

BLOOMALG29 grazing ﬂux of algae type 29 gC/m3/d CONSBL

BLOOMALG29 grazing of algae type 29 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG29 grazing of algae type 29 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG29 grazing of algae type 29 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG29 grazing of algae type 29 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG29 grazing of algae type 29 by DEB Grazer5 gC/m3/d DEBGRZ_G5

BLOOMALG30 primary production of algae type 30 gC/m3/d BLOOM

BLOOMALG30 mortality of algae type 30 gC/m3/d BLOOM

BLOOMALG30 sedimentation ﬂux algae type 30 gC/m3/d SEDALG30

BLOOMALG30 sedimentation ﬂux algae type 30 gC/m3/d UlvaFix

BLOOMALG30 grazing ﬂux of algae type 30 gC/m3/d CONSBL

BLOOMALG30 grazing of algae type 30 by DEB Mussel gC/m3/d DEBGRZ_M

BLOOMALG30 grazing of algae type 30 by DEB Zoopl gC/m3/d DEBGRZ_Z

BLOOMALG30 grazing of algae type 30 by DEB Grazer3 gC/m3/d DEBGRZ_G3

BLOOMALG30 grazing of algae type 30 by DEB Grazer4 gC/m3/d DEBGRZ_G4

BLOOMALG30 grazing of algae type 30 by DEB Grazer5 gC/m3/d DEBGRZ_G5

OMP resuspension ﬂux OMP from layer S1 gOMP/m3/d S12TraOMP

OMP resuspension ﬂux OMP from layer S2 gOMP/m3/d S12TraOMP

OMP volatilisation ﬂux OMP g/m3/d Volat_OMP

OMP overall loss ﬂux OMP in water g/m3/d Los_WK_OMP

OMP sedimentation ﬂux OMP gOMP/m3/d Sed_OMP

OMP atmospheric deposition ﬂux OMP gOMP/m3/d AtmDep_OMP

OMP diffusive waste ﬂux OMP gOMP/m3/d Dfwast_OMP

continued on next page

32 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

SO4 uptake of carbon by algae growth gC/m3/d BLOOM_P

SO4 mineralisation ﬂux oxid. with sulphate gC/m3/d CONSELAC

SO4 sulphide oxidation ﬂux gS/m3/d OXIDSUD

SO4 methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

SO4 rate of iron sulphide oxidation gFe/m3/d SULPHOX

SO4 rate of of pyrite oxidation gFe/m3/d SULPHOX

SO4 rate of amorphous iron red. with H2S gFe/m3/d IRONRED

SO4 rate of crystalline iron red. with H2S gFe/m3/d IRONRED

SO4 rate of amorphous iron red. with FeS gFe/m3/d IRONRED

SO4 rate of crystalline iron red. with FeS gFe/m3/d IRONRED

SO4 atmospheric deposition ﬂux SO4 gS/m3/d AtmDep_SO4

SO4 diffusive waste ﬂux SO4 gS/m3/d Dfwast_SO4

SO4 uptake VB01 through roots S pool 1 gS/m3/d VB01_Upt3D

SO4 uptake VB02 through roots S pool 1 gS/m3/d VB02_Upt3D

SO4 uptake VB03 through roots S pool 1 gS/m3/d VB03_Upt3D

SO4 uptake VB04 through roots S pool 1 gS/m3/d VB04_Upt3D

SO4 uptake VB05 through roots S pool 1 gS/m3/d VB05_Upt3D

SO4 uptake VB06 through roots S pool 1 gS/m3/d VB06_Upt3D

SO4 uptake VB07 through roots S pool 1 gS/m3/d VB07_Upt3D

SO4 uptake VB08 through roots S pool 1 gS/m3/d VB08_Upt3D

SO4 uptake VB09 through roots S pool 1 gS/m3/d VB09_Upt3D

SUD autolysis ﬂux of carbon gC/m3/d BLOOM_P

SUD mineralization ﬂux POS1 to SUD gS/m3/d DecFast

SUD mineralization ﬂux POS2 to SUD gS/m3/d DecMedium

SUD mineralization ﬂux POS3 to SUD gS/m3/d DecSlow

SUD mineralization ﬂux POS4 to SUD gS/m3/d DecRefr

SUD mineralization ﬂux DOS to SUD gS/m3/d DecDOC

SUD mineralisation ﬂux POS5 to SO4 gS/m3/d DecPOC5

SUD mineralisation ﬂux oxid. with sulphate gC/m3/d CONSELAC

SUD sulphide oxidation ﬂux gS/m3/d OXIDSUD

SUD sulphide precipitation ﬂux gS/m3/d PRECSUL

SUD sulphide dissolution ﬂux gS/m3/d PRECSUL

SUD methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

SUD rate of amorphous iron red. with H2S gFe/m3/d IRONRED

SUD rate of crystalline iron red. with H2S gFe/m3/d IRONRED

SUD rate of ironII sulphide precipitation gFe/m3/d PRIRON

SUD rate of ironII sulphide dissolution gFe/m3/d PRIRON

SUD rate of pyrite formation gFe/m3/d PRIRON

SUD uptake VB01 through roots S pool 2 gS/m3/d VB01_Upt3D

SUD uptake VB02 through roots S pool 2 gS/m3/d VB02_Upt3D

SUD uptake VB03 through roots S pool 2 gS/m3/d VB03_Upt3D

SUD uptake VB04 through roots S pool 2 gS/m3/d VB04_Upt3D

SUD uptake VB05 through roots S pool 2 gS/m3/d VB05_Upt3D

SUD uptake VB06 through roots S pool 2 gS/m3/d VB06_Upt3D

SUD uptake VB07 through roots S pool 2 gS/m3/d VB07_Upt3D

SUD uptake VB08 through roots S pool 2 gS/m3/d VB08_Upt3D

SUD uptake VB09 through roots S pool 2 gS/m3/d VB09_Upt3D

SUP sulphide precipitation ﬂux gS/m3/d PRECSUL

SUP sulphide dissolution ﬂux gS/m3/d PRECSUL

VIVP dummy ﬂux to access Compos - Compos

VIVP precipitation ﬂux PO4 to vivianite gP/m3/d Vivianit

VIVP dissolution ﬂux vivivanite to PO4 gP/m3/d Vivianit

APATP dummy ﬂux to access Compos - Compos

APATP precipitation ﬂux PO4 to apatite gP/m3/d APATITE

APATP dissolution ﬂux apatite to PO4 gP/m3/d APATITE

CH4 mineralisation ﬂux conv. into methane gC/m3/d CONSELAC

CH4 methane ebullition ﬂux gC/m3/d EBULCH4

CH4 reaeration ﬂux gC/m3/d VolatCH4

CH4 methane oxidation ﬂux with DO gC/m3/d OXIDCH4

CH4 methane oxidation ﬂux with sulphate gC/m3/d OXIDCH4

Alka dummy ﬂux to access pH_simp - pH_carb

Alka dummy ﬂux to access pH_simp - pH_simp

Alka autolysis ﬂux of nitrogen gN/m3/d BLOOM_P

Alka autolysis ﬂux of PO4 gP/m3/d BLOOM_P

Alka NH4 uptake by algae growth gN/m3/d BLOOM_P

Alka uptake of NO3 by algae growth gN/m3/d BLOOM_P

Alka PO4 uptake by algae growth gP/m3/d BLOOM_P

Alka denitriﬁcation ﬂux in the water column gN/m3/d DenWat_NO3

continued on next page

Deltares 33 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

Alka nitriﬁcation ﬂux gN/m3/d Nitrif_NH4

Alka mineralisation ﬂux DetNS1 gN/m3/d BMS1_DetN

Alka SWITCH mineralisation ﬂux DetN in layer S1 gN/m3/d BMS1_DetN

Alka mineralisation ﬂux DetNS2 gN/m3/d BMS2_DetN

Alka SWITCH mineralisation ﬂux DetN in layer S2 gN/m3/d BMS2_DetN

Alka mineralisation ﬂux DetPS1 gP/m3/d BMS1_DetP

Alka SWITCH mineralisation ﬂux DetP in layer S1 gN/m3/d BMS1_DetP

Alka mineralisation ﬂux DetPS2 gP/m3/d BMS2_DetP

Alka SWITCH mineralisation ﬂux DetP in layer S2 gN/m3/d BMS2_DetP

Alka mineralisation ﬂux OONS1 gN/m3/d BMS1_OON

Alka SWITCH mineralisation ﬂux OON in layer S1 gN/m3/d BMS1_OON

Alka mineralisation ﬂux OONS2 gN/m3/d BMS2_OON

Alka SWITCH mineralisation ﬂux OON in layer S2 gN/m3/d BMS2_OON

Alka mineralisation ﬂux OOPS1 gP/m3/d BMS1_OOP

Alka SWITCH mineralisation ﬂux OOP in layer S1 gP/m3/d BMS1_OOP

Alka mineralisation ﬂux OOPS2 gP/m3/d BMS2_OOP

Alka SWITCH mineralisation ﬂux OOP in layer S2 gP/m3/d BMS2_OOP

Alka NH4 uptake by algae growth in layer S1 gN/m3/d GroMrt_DS1

Alka uptake of NO3 by algae growth in layer S1 gN/m3/d GroMrt_DS1

Alka PO4 uptake by algae growth in layer S1 gP/m3/d GroMrt_DS1

Alka NH4 uptake by algae growth from detritus gN/m3/d GroMrt_DS1

Alka PO4 uptake by algae growth from detritus gP/m3/d GroMrt_DS1

Alka autolysis ﬂux of NH4 gN/m3/d NutRel_Alg

Alka autolysis of PO4 gP/m3/d NutRel_Alg

Alka autolysis algae to NH4 in layer S1 gN/m3/d NRAlg_S1

Alka autolysis algae in layer S1 to PO4 gP/m3/d NRAlg_S1

Alka mineralisation ﬂux oxidised with nitrate gC/m3/d CONSELAC

Alka mineralisation ﬂux oxid. with iron gC/m3/d CONSELAC

Alka rate of of pyrite oxidation gFe/m3/d SULPHOX

Alka rate of amorphous iron red. with H2S gFe/m3/d IRONRED

Alka rate of crystalline iron red. with H2S gFe/m3/d IRONRED

Alka rate of amorphous iron red. with FeS gFe/m3/d IRONRED

Alka rate of crystalline iron red. with FeS gFe/m3/d IRONRED

Alka rate of amorphous ironIII precipitat. gFe/m3/d PRIRON

Alka rate of amorphous ironIII dissolution gFe/m3/d PRIRON

Alka rate of ironII carbonate precipitation gFe/m3/d PRIRON

Alka rate of ironII carbonate dissolution gFe/m3/d PRIRON

Alka ﬂux to dissolved nitrogen from grazing gN/m3/d CONSBL

Alka ﬂux to dissolved phosphorus from grazing gP/m3/d CONSBL

Alka atmospheric deposition ﬂux NH4 gN/m3/d AtmDep_NH4

Alka atmospheric deposition ﬂux NO3 gNO3/m3/d AtmDep_NO3

Alka atmospheric deposition ﬂux SO4 gS/m3/d AtmDep_SO4

Alka respiration ﬂux of DEB Mussel gN/m3/d DEBGRZ_M

Alka respiration ﬂux of DEB Mussel gP/m3/d DEBGRZ_M

Alka respiration ﬂux DEB Zooplankton gN/m3/d DEBGRZ_Z

Alka respiration ﬂux DEB Zooplankton gP/m3/d DEBGRZ_Z

Alka respiration ﬂux of DEB Grazer3 gN/m3/d DEBGRZ_G3

Alka respiration ﬂux of DEB Grazer3 gP/m3/d DEBGRZ_G3

Alka respiration ﬂux of DEB Grazer4 gN/m3/d DEBGRZ_G4

Alka respiration ﬂux of DEB Grazer4 gP/m3/d DEBGRZ_G4

Alka respiration ﬂux of DEB Grazer5 gN/m3/d DEBGRZ_G5

Alka respiration ﬂux of DEB Grazer5 gP/m3/d DEBGRZ_G5

FeIIIpa mineralisation ﬂux oxid. with iron gC/m3/d CONSELAC

FeIIIpa rate of amorphous iron red. with H2S gFe/m3/d IRONRED

FeIIIpa rate of amorphous iron red. with FeS gFe/m3/d IRONRED

FeIIIpa rate of amorphous ironIII precipitat. gFe/m3/d PRIRON

FeIIIpa rate of amorphous ironIII dissolution gFe/m3/d PRIRON

FeIIIpa rate of amorphous ironIII aging gFe/m3/d PRIRON

FeIIIpc rate of crystalline iron red. with H2S gFe/m3/d IRONRED

FeIIIpc rate of crystalline iron red. with FeS gFe/m3/d IRONRED

FeIIIpc rate of amorphous ironIII aging gFe/m3/d PRIRON

FeIIId rate of iron oxidation with oxygen gFe/m3/d IRONOX

FeIIId rate of iron oxidation with nitrate gFe/m3/d IRONOX

FeIIId rate of amorphous ironIII precipitat. gFe/m3/d PRIRON

FeIIId rate of amorphous ironIII dissolution gFe/m3/d PRIRON

FeIId mineralisation ﬂux oxid. with iron gC/m3/d CONSELAC

FeIId rate of iron oxidation with oxygen gFe/m3/d IRONOX

FeIId rate of iron oxidation with nitrate gFe/m3/d IRONOX

continued on next page

34 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

FeIId rate of iron sulphide oxidation gFe/m3/d SULPHOX

FeIId rate of of pyrite oxidation gFe/m3/d SULPHOX

FeIId rate of amorphous iron red. with H2S gFe/m3/d IRONRED

FeIId rate of crystalline iron red. with H2S gFe/m3/d IRONRED

FeIId rate of amorphous iron red. with FeS gFe/m3/d IRONRED

FeIId rate of crystalline iron red. with FeS gFe/m3/d IRONRED

FeIId rate of ironII sulphide precipitation gFe/m3/d PRIRON

FeIId rate of ironII sulphide dissolution gFe/m3/d PRIRON

FeIId rate of ironII carbonate precipitation gFe/m3/d PRIRON

FeIId rate of ironII carbonate dissolution gFe/m3/d PRIRON

FeS rate of iron sulphide oxidation gFe/m3/d SULPHOX

FeS rate of amorphous iron red. with FeS gFe/m3/d IRONRED

FeS rate of crystalline iron red. with FeS gFe/m3/d IRONRED

FeS rate of ironII sulphide precipitation gFe/m3/d PRIRON

FeS rate of ironII sulphide dissolution gFe/m3/d PRIRON

FeS rate of pyrite formation gFe/m3/d PRIRON

FeS2 rate of of pyrite oxidation gFe/m3/d SULPHOX

FeS2 rate of pyrite formation gFe/m3/d PRIRON

FeCO3 rate of ironII carbonate precipitation gFe/m3/d PRIRON

FeCO3 rate of ironII carbonate dissolution gFe/m3/d PRIRON

APHANFIX production of algae type gC/m3/d BLOOM_P

APHANFIX dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

APHANFIX sedimentation ﬂux algae gC/m3/d SEDALG

APHANIZO production of algae type gC/m3/d BLOOM_P

APHANIZO dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

APHANIZO sedimentation ﬂux algae gC/m3/d SEDALG

BLUEGRN production of algae type gC/m3/d BLOOM_P

BLUEGRN dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

BLUEGRN sedimentation ﬂux algae gC/m3/d SEDALG

DINOFLAG production of algae type gC/m3/d BLOOM_P

DINOFLAG dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

DINOFLAG sedimentation ﬂux algae gC/m3/d SEDALG

DINOMIX production of algae type gC/m3/d BLOOM_P

DINOMIX dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

DINOMIX sedimentation ﬂux algae gC/m3/d SEDALG

FDIATOMS production of algae type gC/m3/d BLOOM_P

FDIATOMS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

FDIATOMS sedimentation ﬂux algae gC/m3/d SEDALG

FFLAGELA production of algae type gC/m3/d BLOOM_P

FFLAGELA dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

FFLAGELA sedimentation ﬂux algae gC/m3/d SEDALG

GREENS production of algae type gC/m3/d BLOOM_P

GREENS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

GREENS sedimentation ﬂux algae gC/m3/d SEDALG

MDIATOMS production of algae type gC/m3/d BLOOM_P

MDIATOMS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

MDIATOMS sedimentation ﬂux algae gC/m3/d SEDALG

MFLAGELA production of algae type gC/m3/d BLOOM_P

MFLAGELA dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

MFLAGELA sedimentation ﬂux algae gC/m3/d SEDALG

MICROCYS production of algae type gC/m3/d BLOOM_P

MICROCYS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

MICROCYS sedimentation ﬂux algae gC/m3/d SEDALG

OSCILAT production of algae type gC/m3/d BLOOM_P

OSCILAT dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

OSCILAT sedimentation ﬂux algae gC/m3/d SEDALG

PHAEOCYS production of algae type gC/m3/d BLOOM_P

PHAEOCYS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

PHAEOCYS sedimentation ﬂux algae gC/m3/d SEDALG

UlvaF production of algae type gC/m3/d BLOOM_P

UlvaF dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

UlvaF sedimentation ﬂux algae gC/m3/d SEDALG

UlvaF sedimentation ﬂux algae gC/m3/d UlvaFix_P

UlvaS production of algae type gC/m3/d BLOOM_P

UlvaS dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

UlvaS sedimentation ﬂux algae gC/m3/d SEDALG

UlvaS sedimentation ﬂux algae gC/m3/d UlvaFix_P

NODULA production of algae type gC/m3/d BLOOM_P

continued on next page

Deltares 35 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

NODULA dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

NODULA sedimentation ﬂux algae gC/m3/d SEDALG

ANABAENA production of algae type gC/m3/d BLOOM_P

ANABAENA dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

ANABAENA sedimentation ﬂux algae gC/m3/d SEDALG

IM1S1 dummy ﬂux to access MakOOCS1 - MakOOCS1

IM1S1 dummy ﬂux to access S1_Comp - S1_Comp

IM1S1 sedimentation ﬂux of IM1 towards S1 g/m3/d Sed_IM1

IM1S1 resuspension ﬂux IM1 from layer S1 g/m3/d S12TraIM1

IM1S1 burial ﬂux IM1 from layer S1 g/m3/d S12TraIM1

IM1S1 digging ﬂux IM1 to layer S1 g/m3/d S12TraIM1

IM1S1 dredging IM1S1 g/m3/d Dredge

IM2S1 dummy ﬂux to access MakOOCS1 - MakOOCS1

IM2S1 dummy ﬂux to access S1_Comp - S1_Comp

IM2S1 sedimentation ﬂux of IM2 towards S1 g/m3/d Sed_IM2

IM2S1 resuspension ﬂux IM2 from layer S1 g/m3/d S12TraIM2

IM2S1 burial ﬂux IM2 from layer S1 g/m3/d S12TraIM2

IM2S1 digging ﬂux IM2 to layer S1 g/m3/d S12TraIM2

IM2S1 dredging IM2S1 g/m3/d Dredge

IM3S1 dummy ﬂux to access MakOOCS1 - MakOOCS1

IM3S1 dummy ﬂux to access S1_Comp - S1_Comp

IM3S1 sedimentation ﬂux of IM3 towards S1 g/m3/d Sed_IM3

IM3S1 resuspension ﬂux IM3 from layer S1 g/m3/d S12TraIM3

IM3S1 burial ﬂux IM3 from layer S1 g/m3/d S12TraIM3

IM3S1 digging ﬂux IM3 to layer S1 g/m3/d S12TraIM3

IM3S1 dredging IM3S1 g/m3/d Dredge

OOCS1 dummy ﬂux to access S1_Comp - S1_Comp

OOCS1 mineralisation ﬂux OOCS1 gC/m3/d BMS1_OOC

OOCS1 SWITCH mineralisation ﬂux OOC in layer S1 gC/m3/d BMS1_OOC

OOCS1 mortality algae to OOC in layer S1 gC/m3/d NRAlg_S1

OOCS1 sedimentation ﬂux POC2 gC/m3/d Sed_POC2

OOCS1 sedimentation ﬂux POC3 gC/m3/d Sed_POC3

OOCS1 sedimentation ﬂux POC4 gC/m3/d Sed_POC4

OOCS1 resuspension ﬂux OOC from layer S1 gC/m3/d S12TraOOC

OOCS1 burial ﬂux OOC from layer S1 gC/m3/d S12TraOOC

OOCS1 digging ﬂux OOC to layer S1 gC/m3/d S12TraOOC

IM1S2 dummy ﬂux to access MakOOCS2 - MakOOCS2

IM1S2 dummy ﬂux to access S2_Comp - S2_Comp

IM1S2 pick-up resuspension ﬂux IM1 from S2 g/m3/d Res_Pickup

IM1S2 sedimentation ﬂux of IM1 towards S2 g/m3/d Sed_IM1

IM1S2 resuspension ﬂux IM1 from layer S2 g/m3/d S12TraIM1

IM1S2 burial ﬂux IM1 from layer S1 g/m3/d S12TraIM1

IM1S2 burial ﬂux IM1 from layer S2 g/m3/d S12TraIM1

IM1S2 digging ﬂux IM1 to layer S1 g/m3/d S12TraIM1

IM1S2 digging ﬂux IM1 to layer S2 g/m3/d S12TraIM1

IM1S2 dredging IM1S2 g/m3/d Dredge

IM2S2 dummy ﬂux to access MakOOCS2 - MakOOCS2

IM2S2 dummy ﬂux to access S2_Comp - S2_Comp

IM2S2 pick-up resuspension ﬂux IM2 from S2 g/m3/d Res_Pickup

IM2S2 sedimentation ﬂux of IM2 towards S2 g/m3/d Sed_IM2

IM2S2 resuspension ﬂux IM2 from layer S2 g/m3/d S12TraIM2

IM2S2 burial ﬂux IM2 from layer S1 g/m3/d S12TraIM2

IM2S2 burial ﬂux IM2 from layer S2 g/m3/d S12TraIM2

IM2S2 digging ﬂux IM2 to layer S1 g/m3/d S12TraIM2

IM2S2 digging ﬂux IM2 to layer S2 g/m3/d S12TraIM2

IM2S2 dredging IM2S2 g/m3/d Dredge

IM3S2 dummy ﬂux to access MakOOCS2 - MakOOCS2

IM3S2 dummy ﬂux to access S2_Comp - S2_Comp

IM3S2 pick-up resuspension ﬂux IM3 from S2 g/m3/d Res_Pickup

IM3S2 sedimentation ﬂux of IM3 towards S2 g/m3/d Sed_IM3

IM3S2 resuspension ﬂux IM3 from layer S2 g/m3/d S12TraIM3

IM3S2 burial ﬂux IM3 from layer S1 g/m3/d S12TraIM3

IM3S2 burial ﬂux IM3 from layer S2 g/m3/d S12TraIM3

IM3S2 digging ﬂux IM3 to layer S1 g/m3/d S12TraIM3

IM3S2 digging ﬂux IM3 to layer S2 g/m3/d S12TraIM3

IM3S2 dredging IM3S2 g/m3/d Dredge

OOCS2 dummy ﬂux to access S2_Comp - S2_Comp

continued on next page

36 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

OOCS2 mineralisation ﬂux OOCS2 gC/m3/d BMS2_OOC

OOCS2 SWITCH mineralisation ﬂux OOC in layer S2 gC/m3/d BMS2_OOC

OOCS2 resuspension ﬂux OOC from layer S2 gC/m3/d S12TraOOC

OOCS2 burial ﬂux OOC from layer S1 gC/m3/d S12TraOOC

OOCS2 burial ﬂux OOC from layer S2 gC/m3/d S12TraOOC

OOCS2 digging ﬂux OOC to layer S1 gC/m3/d S12TraOOC

OOCS2 digging ﬂux OOC to layer S2 gC/m3/d S12TraOOC

DetCS1 dummy ﬂux to access S1_Comp - S1_Comp

DetCS1 mineralisation ﬂux DetCS1 gC/m3/d BMS1_DetC

DetCS1 SWITCH mineralisation ﬂux DetC in layer S1 gC/m3/d BMS1_DetC

DetCS1 mortality algae in layer S1 to DetC gC/m3/d NRAlg_S1

DetCS1 total sedimentation ﬂux algae gC/m3/d SedPhBlo_P

DetCS1 sedimentation ﬂux POC1 gC/m3/d Sed_POC1

DetCS1 resuspension ﬂux DetC from layer S1 gC/m3/d S12TraDetC

DetCS1 burial ﬂux DetC from layer S1 gC/m3/d S12TraDetC

DetCS1 digging ﬂux DetC to layer S1 gC/m3/d S12TraDetC

DetCS1 ﬂux to DetCS1 from grazing gC/m3/d CONSBL

DetCS1 mortality ﬂux of DEB Mussel to DetCS1 gC/m3/d DEBGRZ_M

DetCS1 grazing of DetCS1 by DEB Mussel gC/m3/d DEBGRZ_M

DetCS1 mortality ﬂux DEB Zooplankton to DetCS1 gC/m3/d DEBGRZ_Z

DetCS1 grazing of DetCS1 by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetCS1 mortality ﬂux of DEB Grazer3 to DetCS1 gC/m3/d DEBGRZ_G3

DetCS1 grazing of DetCS1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetCS1 mortality ﬂux of DEB Grazer4 to DetCS1 gC/m3/d DEBGRZ_G4

DetCS1 grazing of DetCS1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetCS1 mortality ﬂux of DEB Grazer5 to DetCS1 gC/m3/d DEBGRZ_G5

DetCS1 grazing of DetCS1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

DiatS1 dummy ﬂux to access S1_Comp - S1_Comp

DiatS1 net primary production of Diatoms in layer S1 gC/m3/d GroMrt_DS1

DiatS1 mortality of Diatoms in layer S1 gC/m3/d GroMrt_DS1

DiatS1 resuspension ﬂux Diatoms from layer S1 gC/m3/d S12TraDiat

DiatS1 burial ﬂux Diatoms from layer S1 gC/m3/d S12TraDiat

DiatS1 digging ﬂux Diatoms to layer S1 gC/m3/d S12TraDiat

GreenS1 dummy ﬂux to access S1_Comp - S1_Comp

AAPS1 dummy ﬂux to access S1_Comp - S1_Comp

AAPS1 desorption ﬂux AAP layer S1 gP/m3/d Deso_AAPS1

AAPS1 desorption ﬂux AAP from layer S1 gP/m3/d Deso_AAPS1

AAPS1 sedimentation ﬂux AAP towards S1 gP/m3/d Sed_AAP

AAPS1 resuspension ﬂux AAP from layer S1 gP/m3/d S12TraAAP

AAPS1 burial ﬂux AAP from layer S1 gP/m3/d S12TraAAP

AAPS1 digging ﬂux AAP to layer S1 gP/m3/d S12TraAAP

DetNS1 dummy ﬂux to access S1_Comp - S1_Comp

DetNS1 mineralisation ﬂux DetNS1 gN/m3/d BMS1_DetN

DetNS1 SWITCH mineralisation ﬂux DetN in layer S1 gN/m3/d BMS1_DetN

DetNS1 mortality algae in layer S1 to DetN gN/m3/d NRAlg_S1

DetNS1 total sedimentation ﬂux AlgN gN/m3/d SedPhBlo_P

DetNS1 sedimentation ﬂux PON1 gN/m3/d SedNPOC1

DetNS1 resuspension ﬂux DetN from layer S1 gN/m3/d S12TraDetN

DetNS1 burial ﬂux DetN from layer S1 gN/m3/d S12TraDetN

DetNS1 digging ﬂux DetN to layer S1 gN/m3/d S12TraDetN

DetNS1 ﬂux to DetNS1 from grazing gN/m3/d CONSBL

DetNS1 mortality ﬂux of DEB Mussel to DetNS1 gN/m3/d DEBGRZ_M

DetNS1 grazing of DetNS1 by DEB Mussel gC/m3/d DEBGRZ_M

DetNS1 mortality ﬂux DEB Zooplankton to DetNS1 gN/m3/d DEBGRZ_Z

DetNS1 grazing of DetNS1 by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetNS1 mortality ﬂux of DEB Grazer3 to DetNS1 gN/m3/d DEBGRZ_G3

DetNS1 grazing of DetNS1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetNS1 mortality ﬂux of DEB Grazer4 to DetNS1 gN/m3/d DEBGRZ_G4

DetNS1 grazing of DetNS1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetNS1 mortality ﬂux of DEB Grazer5 to DetNS1 gN/m3/d DEBGRZ_G5

DetNS1 grazing of DetNS1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

DetPS1 dummy ﬂux to access S1_Comp - S1_Comp

DetPS1 mineralisation ﬂux DetPS1 gP/m3/d BMS1_DetP

DetPS1 SWITCH mineralisation ﬂux DetP in layer S1 gN/m3/d BMS1_DetP

DetPS1 mortality algae in layer S1 to DetP gP/m3/d NRAlg_S1

continued on next page

Deltares 37 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

DetPS1 total sedimentation ﬂux AlgP gP/m3/d SedPhBlo_P

DetPS1 sedimentation ﬂux POP1 gP/m3/d SedNPOC1

DetPS1 resuspension ﬂux DetP from layer S1 gP/m3/d S12TraDetP

DetPS1 burial ﬂux DetP from layer S1 gP/m3/d S12TraDetP

DetPS1 digging ﬂux DetP to layer S1 gP/m3/d S12TraDetP

DetPS1 ﬂux to DetPS1 from grazing gP/m3/d CONSBL

DetPS1 mortality ﬂux of DEB Mussel to DetPS1 gP/m3/d DEBGRZ_M

DetPS1 grazing of DetPS1 by DEB Mussel gC/m3/d DEBGRZ_M

DetPS1 mortality ﬂux DEB Zooplankton to DetPS1 gP/m3/d DEBGRZ_Z

DetPS1 grazing of DetPS1 by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetPS1 mortality ﬂux of DEB Grazer3 to DetPS1 gP/m3/d DEBGRZ_G3

DetPS1 grazing of DetPS1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetPS1 mortality ﬂux of DEB Grazer4 to DetPS1 gP/m3/d DEBGRZ_G4

DetPS1 grazing of DetPS1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetPS1 mortality ﬂux of DEB Grazer5 to DetPS1 gP/m3/d DEBGRZ_G5

DetPS1 grazing of DetPS1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

DetSiS1 dummy ﬂux to access S1_Comp - S1_Comp

DetSiS1 mineralisation ﬂux DetSiS1 gSi/m3/d BMS1_DetSi

DetSiS1 SWITCH mineralisation ﬂux DetSi in layer S1 gSi/m3/d BMS1_DetSi

DetSiS1 mortality algae in layer S1 to DetSi gSi/m3/d NRAlg_S1

DetSiS1 total sedimentation ﬂux AlgSi gSi/m3/d SedPhBlo_P

DetSiS1 sedimentation ﬂux of Opal gSi/m3/d Sed_Opal

DetSiS1 resuspension ﬂux DetSi from layer S1 gSi/m3/d S12TraDetS

DetSiS1 burial ﬂux DetSi from layer S1 gSi/m3/d S12TraDetS

DetSiS1 digging ﬂux DetS to layer S1 gSi/m3/d S12TraDetS

DetSiS1 ﬂux to DetSiS1 from grazing gSi/m3/d CONSBL

DetSiS1 grazing of DetSiS1 by DEB Mussel gC/m3/d DEBGRZ_M

DetSiS1 grazing of DetSiS1 by DEB Zooplankton gC/m3/d DEBGRZ_Z

DetSiS1 grazing of DetSiS1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

DetSiS1 grazing of DetSiS1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

DetSiS1 grazing of DetSiS1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

OONS1 dummy ﬂux to access S1_Comp - S1_Comp

OONS1 mineralisation ﬂux OONS1 gN/m3/d BMS1_OON

OONS1 SWITCH mineralisation ﬂux OON in layer S1 gN/m3/d BMS1_OON

OONS1 mortality algae to OON in layer S1 gN/m3/d NRAlg_S1

OONS1 sedimentation ﬂux PON2 gN/m3/d SedNPOC2

OONS1 sedimentation ﬂux PON3 gN/m3/d SedNPOC3

OONS1 sedimentation ﬂux PON4 gN/m3/d SedNPOC4

OONS1 resuspension ﬂux OON from layer S1 gN/m3/d S12TraOON

OONS1 burial ﬂux OON from layer S1 gN/m3/d S12TraOON

OONS1 digging ﬂux OON to layer S1 gN/m3/d S12TraOON

OOPS1 mineralisation ﬂux OOPS1 gP/m3/d BMS1_OOP

OOPS1 SWITCH mineralisation ﬂux OOP in layer S1 gP/m3/d BMS1_OOP

OOPS1 mortality algae to OOP in layer S1 gP/m3/d NRAlg_S1

OOPS1 sedimentation ﬂux POP2 gP/m3/d SedNPOC2

OOPS1 sedimentation ﬂux POP3 gP/m3/d SedNPOC3

OOPS1 sedimentation ﬂux POP4 gP/m3/d SedNPOC4

OOPS1 resuspension ﬂux OOP from layer S1 gP/m3/d S12TraOOP

OOPS1 burial ﬂux OOP from layer S1 gP/m3/d S12TraOOP

OOPS1 digging ﬂux OOP to layer S1 gP/m3/d S12TraOOP

OOSiS1 dummy ﬂux to access S1_Comp - S1_Comp

OOSiS1 mineralisation ﬂux OOSiS1 gSi/m3/d BMS1_OOSi

OOSiS1 SWITCH mineralisation ﬂux OOSi in layer S1 gSi/m3/d BMS1_OOSi

OOSiS1 mortality algae to OOSi in layer S1 gSi/m3/d NRAlg_S1

OOSiS1 resuspension ﬂux OOSi from layer S1 gSi/m3/d S12TraOOSi

OOSiS1 burial ﬂux OOSi from layer S1 gSi/m3/d S12TraOOSi

OOSiS1 digging ﬂux OOS to layer S1 gSi/m3/d S12TraOOSi

DetCS2 dummy ﬂux to access S2_Comp - S2_Comp

DetCS2 mineralisation ﬂux DetCS2 gC/m3/d BMS2_DetC

DetCS2 SWITCH mineralisation ﬂux DetC in layer S2 gC/m3/d BMS2_DetC

DetCS2 resuspension ﬂux DetC from layer S2 gC/m3/d S12TraDetC

DetCS2 burial ﬂux DetC from layer S1 gC/m3/d S12TraDetC

DetCS2 burial ﬂux DetC from layer S2 gC/m3/d S12TraDetC

continued on next page

38 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

DetCS2 digging ﬂux DetC to layer S1 gC/m3/d S12TraDetC

DetCS2 digging ﬂux DetC to layer S2 gC/m3/d S12TraDetC

DiatS2 dummy ﬂux to access S2_Comp - S2_Comp

DiatS2 resuspension ﬂux Diatoms from layer S2 gC/m3/d S12TraDiat

DiatS2 burial ﬂux Diatoms from layer S1 gC/m3/d S12TraDiat

DiatS2 burial of Diatoms from layer S2 gC/m3/d S12TraDiat

DiatS2 digging ﬂux Diatoms to layer S1 gC/m3/d S12TraDiat

DiatS2 digging ﬂux Diatoms to layer S2 gC/m3/d S12TraDiat

GreenS2 dummy ﬂux to access S2_Comp - S2_Comp

AAPS2 dummy ﬂux to access S2_Comp - S2_Comp

AAPS2 desorption ﬂux AAP sediment S2 gP/m3/d Deso_AAPS2

AAPS2 desorption ﬂux AAP from layer S2 gP/m3/d Deso_AAPS2

AAPS2 sedimentation ﬂux AAP towards S2 gP/m3/d Sed_AAP

AAPS2 resuspension ﬂux AAP from layer S1 gP/m3/d S12TraAAP

AAPS2 burial ﬂux AAP from layer S1 gP/m3/d S12TraAAP

AAPS2 burial ﬂux AAP from layer S2 gP/m3/d S12TraAAP

AAPS2 digging ﬂux AAP to layer S1 gP/m3/d S12TraAAP

AAPS2 digging ﬂux AAP to layer S2 gP/m3/d S12TraAAP

DetNS2 dummy ﬂux to access S2_Comp - S2_Comp

DetNS2 mineralisation ﬂux DetNS2 gN/m3/d BMS2_DetN

DetNS2 SWITCH mineralisation ﬂux DetN in layer S2 gN/m3/d BMS2_DetN

DetNS2 resuspension ﬂux DetN from layer S2 gN/m3/d S12TraDetN

DetNS2 burial ﬂux DetN from layer S1 gN/m3/d S12TraDetN

DetNS2 burial ﬂux DetN from layer S2 gN/m3/d S12TraDetN

DetNS2 digging ﬂux DetN to layer S1 gN/m3/d S12TraDetN

DetNS2 digging ﬂux DetN to layer S2 gN/m3/d S12TraDetN

DetPS2 dummy ﬂux to access S2_Comp - S2_Comp

DetPS2 mineralisation ﬂux DetPS2 gP/m3/d BMS2_DetP

DetPS2 SWITCH mineralisation ﬂux DetP in layer S2 gN/m3/d BMS2_DetP

DetPS2 resuspension ﬂux DetP from layer S2 gP/m3/d S12TraDetP

DetPS2 burial ﬂux DetP from layer S1 gP/m3/d S12TraDetP

DetPS2 burial ﬂux DetP from layer S2 gP/m3/d S12TraDetP

DetPS2 digging ﬂux DetP to layer S1 gP/m3/d S12TraDetP

DetPS2 digging ﬂux DetP to layer S2 gP/m3/d S12TraDetP

DetSiS2 dummy ﬂux to access S2_Comp - S2_Comp

DetSiS2 mineralisation ﬂux DetSiS2 gSi/m3/d BMS2_DetSi

DetSiS2 SWITCH mineralisation ﬂux DetSi in layer S2 gSi/m3/d BMS2_DetSi

DetSiS2 resuspension ﬂux DetSi from layer S2 gSi/m3/d S12TraDetS

DetSiS2 burial ﬂux DetSi from layer S1 gSi/m3/d S12TraDetS

DetSiS2 burial ﬂux DetSi from layer S2 gSi/m3/d S12TraDetS

DetSiS2 digging ﬂux DetS to layer S1 gSi/m3/d S12TraDetS

DetSiS2 digging ﬂux DetSi to layer S2 gSi/m3/d S12TraDetS

OONS2 dummy ﬂux to access S2_Comp - S2_Comp

OONS2 mineralisation ﬂux OONS2 gN/m3/d BMS2_OON

OONS2 SWITCH mineralisation ﬂux OON in layer S2 gN/m3/d BMS2_OON

OONS2 resuspension ﬂux OON from layer S1 gN/m3/d S12TraOON

OONS2 burial ﬂux OON from layer S1 gN/m3/d S12TraOON

OONS2 burial ﬂux OON from layer S2 gN/m3/d S12TraOON

OONS2 digging ﬂux OON to layer S1 gN/m3/d S12TraOON

OONS2 digging ﬂux OON to layer S2 gN/m3/d S12TraOON

OOPS2 mineralisation ﬂux OOPS2 gP/m3/d BMS2_OOP

OOPS2 SWITCH mineralisation ﬂux OOP in layer S2 gP/m3/d BMS2_OOP

OOPS2 resuspension ﬂux OOP from layer S1 gP/m3/d S12TraOOP

OOPS2 burial ﬂux OOP from layer S1 gP/m3/d S12TraOOP

OOPS2 burial ﬂux OOP from layer S2 gP/m3/d S12TraOOP

OOPS2 digging ﬂux OOP to layer S1 gP/m3/d S12TraOOP

OOPS2 digging ﬂux OOP to layer S2 gP/m3/d S12TraOOP

OOSiS2 dummy ﬂux to access S2_Comp - S2_Comp

OOSiS2 mineralisation ﬂux OOSiS2 gSi/m3/d BMS2_OOSi

OOSiS2 SWITCH mineralisation ﬂux OOSi in layer S2 gSi/m3/d BMS2_OOSi

OOSiS2 resuspension ﬂux OOSi from layer S1 gSi/m3/d S12TraOOSi

OOSiS2 burial ﬂux OOSi from layer S1 gSi/m3/d S12TraOOSi

OOSiS2 burial ﬂux OOSi from layer S2 gSi/m3/d S12TraOOSi

OOSiS2 digging ﬂux OOS to layer S1 gSi/m3/d S12TraOOSi

OOSiS2 digging ﬂux OOS to layer S2 gSi/m3/d S12TraOOSi

POC5 conversion ﬂux POC5 to POC4 gC/m3/d DecPOC5

POC5 conversion ﬂux POC5 to DOC gC/m3/d DecPOC5

POC5 mineralisation ﬂux POC5 to CO2 gC/m3/d DecPOC5

continued on next page

Deltares 39 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

POC5 min. ﬂux POC5 to CO2 emersed gC/m3/d DecPOC5

POC5 dMC1VB01P5 no unit VB01_Mrt3W

POC5 dMC3VB01P5 no unit VB01_Mrt3W

POC5 dMC4VB01P5 no unit VB01_Mrt3S

POC5 dMC1VB02P5 no unit VB02_Mrt3W

POC5 dMC3VB02P5 no unit VB02_Mrt3W

POC5 dMC4VB02P5 no unit VB02_Mrt3S

POC5 dMC1VB03P5 no unit VB03_Mrt3W

POC5 dMC3VB03P5 no unit VB03_Mrt3W

POC5 dMC4VB03P5 no unit VB03_Mrt3S

POC5 dMC1VB04P5 no unit VB04_Mrt3W

POC5 dMC3VB04P5 no unit VB04_Mrt3W

POC5 dMC4VB04P5 no unit VB04_Mrt3S

POC5 dMC1VB05P5 no unit VB05_Mrt3W

POC5 dMC3VB05P5 no unit VB05_Mrt3W

POC5 dMC4VB05P5 no unit VB05_Mrt3S

POC5 dMC1VB06P5 no unit VB06_Mrt3W

POC5 dMC3VB06P5 no unit VB06_Mrt3W

POC5 dMC4VB06P5 no unit VB06_Mrt3S

POC5 dMC1VB07P5 no unit VB07_Mrt3W

POC5 dMC3VB07P5 no unit VB07_Mrt3W

POC5 dMC4VB07P5 no unit VB07_Mrt3S

POC5 dMC1VB08P5 no unit VB08_Mrt3W

POC5 dMC3VB08P5 no unit VB08_Mrt3W

POC5 dMC4VB08P5 no unit VB08_Mrt3S

POC5 dMC1VB09P5 no unit VB09_Mrt3W

POC5 dMC3VB09P5 no unit VB09_Mrt3W

POC5 dMC4VB09P5 no unit VB09_Mrt3S

PON5 conversion ﬂux PON5 to PON4 gN/m3/d DecPOC5

PON5 conversion ﬂux PON5 to DON gN/m3/d DecPOC5

PON5 mineralisation ﬂux PON5 to NH4 gN/m3/d DecPOC5

PON5 dMN1VB01P5 no unit VB01_Mrt3W

PON5 dMN3VB01P5 no unit VB01_Mrt3W

PON5 dMN4VB01P5 no unit VB01_Mrt3S

PON5 dMN1VB02P5 no unit VB02_Mrt3W

PON5 dMN3VB02P5 no unit VB02_Mrt3W

PON5 dMN4VB02P5 no unit VB02_Mrt3S

PON5 dMN1VB03P5 no unit VB03_Mrt3W

PON5 dMN3VB03P5 no unit VB03_Mrt3W

PON5 dMN4VB03P5 no unit VB03_Mrt3S

PON5 dMN1VB04P5 no unit VB04_Mrt3W

PON5 dMN3VB04P5 no unit VB04_Mrt3W

PON5 dMN4VB04P5 no unit VB04_Mrt3S

PON5 dMN1VB05P5 no unit VB05_Mrt3W

PON5 dMN3VB05P5 no unit VB05_Mrt3W

PON5 dMN4VB05P5 no unit VB05_Mrt3S

PON5 dMN1VB06P5 no unit VB06_Mrt3W

PON5 dMN3VB06P5 no unit VB06_Mrt3W

PON5 dMN4VB06P5 no unit VB06_Mrt3S

PON5 dMN1VB07P5 no unit VB07_Mrt3W

PON5 dMN3VB07P5 no unit VB07_Mrt3W

PON5 dMN4VB07P5 no unit VB07_Mrt3S

PON5 dMN1VB08P5 no unit VB08_Mrt3W

PON5 dMN3VB08P5 no unit VB08_Mrt3W

PON5 dMN4VB08P5 no unit VB08_Mrt3S

PON5 dMN1VB09P5 no unit VB09_Mrt3W

PON5 dMN3VB09P5 no unit VB09_Mrt3W

PON5 dMN4VB09P5 no unit VB09_Mrt3S

POP5 conversion ﬂux POP5 to POP4 gP/m3/d DecPOC5

POP5 conversion ﬂux POP5 to DOP gP/m3/d DecPOC5

POP5 mineralisation ﬂux POP5 to PO4 gP/m3/d DecPOC5

POP5 dMP1VB01P5 no unit VB01_Mrt3W

POP5 dMP3VB01P5 no unit VB01_Mrt3W

POP5 dMP4VB01P5 no unit VB01_Mrt3S

POP5 dMP1VB02P5 no unit VB02_Mrt3W

POP5 dMP3VB02P5 no unit VB02_Mrt3W

POP5 dMP4VB02P5 no unit VB02_Mrt3S

POP5 dMP1VB03P5 no unit VB03_Mrt3W

POP5 dMP3VB03P5 no unit VB03_Mrt3W

POP5 dMP4VB03P5 no unit VB03_Mrt3S

POP5 dMP1VB04P5 no unit VB04_Mrt3W

continued on next page

40 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

POP5 dMP3VB04P5 no unit VB04_Mrt3W

POP5 dMP4VB04P5 no unit VB04_Mrt3S

POP5 dMP1VB05P5 no unit VB05_Mrt3W

POP5 dMP3VB05P5 no unit VB05_Mrt3W

POP5 dMP4VB05P5 no unit VB05_Mrt3S

POP5 dMP1VB06P5 no unit VB06_Mrt3W

POP5 dMP3VB06P5 no unit VB06_Mrt3W

POP5 dMP4VB06P5 no unit VB06_Mrt3S

POP5 dMP1VB07P5 no unit VB07_Mrt3W

POP5 dMP3VB07P5 no unit VB07_Mrt3W

POP5 dMP4VB07P5 no unit VB07_Mrt3S

POP5 dMP1VB08P5 no unit VB08_Mrt3W

POP5 dMP3VB08P5 no unit VB08_Mrt3W

POP5 dMP4VB08P5 no unit VB08_Mrt3S

POP5 dMP1VB09P5 no unit VB09_Mrt3W

POP5 dMP3VB09P5 no unit VB09_Mrt3W

POP5 dMP4VB09P5 no unit VB09_Mrt3S

POS5 conversion ﬂux POS5 to POS4 gS/m3/d DecPOC5

POS5 conversion ﬂux POS5 to DOS gS/m3/d DecPOC5

POS5 mineralisation ﬂux POS5 to SO4 gS/m3/d DecPOC5

POS5 dMS1VB01P5 no unit VB01_Mrt3W

POS5 dMS3VB01P5 no unit VB01_Mrt3W

POS5 dMS4VB01P5 no unit VB01_Mrt3S

POS5 dMS1VB02P5 no unit VB02_Mrt3W

POS5 dMS3VB02P5 no unit VB02_Mrt3W

POS5 dMS4VB02P5 no unit VB02_Mrt3S

POS5 dMS1VB03P5 no unit VB03_Mrt3W

POS5 dMS3VB03P5 no unit VB03_Mrt3W

POS5 dMS4VB03P5 no unit VB03_Mrt3S

POS5 dMS1VB04P5 no unit VB04_Mrt3W

POS5 dMS3VB04P5 no unit VB04_Mrt3W

POS5 dMS4VB04P5 no unit VB04_Mrt3S

POS5 dMS1VB05P5 no unit VB05_Mrt3W

POS5 dMS3VB05P5 no unit VB05_Mrt3W

POS5 dMS4VB05P5 no unit VB05_Mrt3S

POS5 dMS1VB06P5 no unit VB06_Mrt3W

POS5 dMS3VB06P5 no unit VB06_Mrt3W

POS5 dMS4VB06P5 no unit VB06_Mrt3S

POS5 dMS1VB07P5 no unit VB07_Mrt3W

POS5 dMS3VB07P5 no unit VB07_Mrt3W

POS5 dMS4VB07P5 no unit VB07_Mrt3S

POS5 dMS1VB08P5 no unit VB08_Mrt3W

POS5 dMS3VB08P5 no unit VB08_Mrt3W

POS5 dMS4VB08P5 no unit VB08_Mrt3S

POS5 dMS1VB09P5 no unit VB09_Mrt3W

POS5 dMS3VB09P5 no unit VB09_Mrt3W

POS5 dMS4VB09P5 no unit VB09_Mrt3S

SOD decay ﬂux of SOD gO2/m3/d SedOXYDem

SOD sedimentation ﬂux SOD gO2/m3/d SED_SOD

Cd-Dis sorption ﬂux Cd gCd/m3/d PartWK_Cd

Cd-Par sorption ﬂux Cd gCd/m3/d PartWK_Cd

Cd-Par sedimentation ﬂux Cd towards S1 gCd/m3/d Sed_Cd

Cd-Par sedimentation ﬂux Cd towards S2 gCd/m3/d Sed_Cd

Cd-Par atmospheric deposition ﬂux Cd gCd/m3/d AtmDep_Cd

Cd-Par diffusive waste ﬂux Cd gCd/m3/d Dfwast_Cd

Cr-Dis sorption ﬂux Cr gCr/m3/d PartWK_Cr

Cr-Par sorption ﬂux Cr gCr/m3/d PartWK_Cr

Cr-Par sedimentation ﬂux Cr towards S1 gCr/m3/d Sed_Cr

Cr-Par sedimentation ﬂux Cr towards S2 gCr/m3/d Sed_Cr

Cr-Par atmospheric deposition ﬂux Cr gCr/m3/d AtmDep_Cr

Cr-Par diffusive waste ﬂux Cr gCr/m3/d Dfwast_Cr

Cu-Dis sorption ﬂux Cu gCu/m3/d PartWK_Cu

Cu-Par sorption ﬂux Cu gCu/m3/d PartWK_Cu

Cu-Par sedimentation ﬂux Cu towards S1 gCu/m3/d Sed_Cu

Cu-Par sedimentation ﬂux Cu towards S2 gCu/m3/d Sed_Cu

Cu-Par atmospheric deposition ﬂux Cu gCu/m3/d AtmDep_Cu

Cu-Par diffusive waste ﬂux Cu gCu/m3/d Dfwast_Cu

Hg-Dis sorption ﬂux Hg gHg/m3/d PartWK_Hg

Hg-Par sorption ﬂux Hg gHg/m3/d PartWK_Hg

Hg-Par sedimentation ﬂux Hg towards S1 gHg/m3/d Sed_Hg

continued on next page

Deltares 41 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

Hg-Par sedimentation ﬂux Hg towards S2 gHg/m3/d Sed_Hg

Hg-Par atmospheric deposition ﬂux Hg gHg/m3/d AtmDep_Hg

Hg-Par diffusive waste ﬂux Hg gHg/m3/d Dfwast_Hg

Ni-Dis sorption ﬂux Ni gNi/m3/d PartWK_Ni

Ni-Par sorption ﬂux Ni gNi/m3/d PartWK_Ni

Ni-Par sedimentation ﬂux Ni towards S1 gNi/m3/d Sed_Ni

Ni-Par sedimentation ﬂux Ni towards S2 gNi/m3/d Sed_Ni

Ni-Par atmospheric deposition ﬂux Ni gNi/m3/d AtmDep_Ni

Ni-Par diffusive waste ﬂux Ni gNi/m3/d Dfwast_Ni

Pb-Dis sorption ﬂux Pb gPb/m3/d PartWK_Pb

Pb-Par sorption ﬂux Pb gPb/m3/d PartWK_Pb

Pb-Par sedimentation ﬂux Pb towards S1 gPb/m3/d Sed_Pb

Pb-Par sedimentation ﬂux Pb towards S2 gPb/m3/d Sed_Pb

Pb-Par atmospheric deposition ﬂux Pb gPb/m3/d AtmDep_Pb

Pb-Par diffusive waste ﬂux Pb gPb/m3/d Dfwast_Pb

As-Dis sorption ﬂux As gAs/m3/d PartWK_As

As-Par sorption ﬂux As gAs/m3/d PartWK_As

As-Par sedimentation ﬂux As towards S1 gAs/m3/d Sed_As

As-Par sedimentation ﬂux As towards S2 gAs/m3/d Sed_As

As-Par atmospheric deposition ﬂux As gAs/m3/d AtmDep_As

As-Par diffusive waste ﬂux As gAs/m3/d Dfwast_As

Va-Dis sorption ﬂux Va gVa/m3/d PartWK_Va

Va-Par sorption ﬂux Va gVa/m3/d PartWK_Va

Va-Par sedimentation ﬂux Va towards S1 gVa/m3/d Sed_Va

Va-Par sedimentation ﬂux Va towards S2 gVa/m3/d Sed_Va

Va-Par atmospheric deposition ﬂux Va gVa/m3/d AtmDep_Va

Va-Par diffusive waste ﬂux Va gVa/m3/d Dfwast_Va

Zn-Dis sorption ﬂux Zn gZn/m3/d PartWK_Zn

Zn-Par sorption ﬂux Zn gZn/m3/d PartWK_Zn

Zn-Par sedimentation ﬂux Zn towards S1 gZn/m3/d Sed_Zn

Zn-Par sedimentation ﬂux Zn towards S2 gZn/m3/d Sed_Zn

Zn-Par atmospheric deposition ﬂux Zn gZn/m3/d AtmDep_Zn

Zn-Par diffusive waste ﬂux Zn gZn/m3/d Dfwast_Zn

CdS1 sedimentation ﬂux Cd towards S1 gCd/m3/d Sed_Cd

CdS1 resuspension ﬂux Cd from layer S1 gCd/m3/d S12TraCd

CdS1 burial ﬂux Cd from layer S1 gCd/m3/d S12TraCd

CdS1 digging ﬂux Cd to layer S1 gCd/m3/d S12TraCd

CdS1-Dis sorption ﬂux Cd in layer S1 gCd/m3/d PartS1_Cd

CdS1-Par sorption ﬂux Cd in layer S1 gCd/m3/d PartS1_Cd

CdS1-Par sedimentation ﬂux Cd towards S1 gCd/m3/d Sed_Cd

CrS1 sedimentation ﬂux Cr towards S1 gCr/m3/d Sed_Cr

CrS1 resuspension ﬂux Cr from layer S1 gCr/m3/d S12TraCr

CrS1 burial ﬂux Cr from layer S1 gCr/m3/d S12TraCr

CrS1 digging ﬂux Cr to layer S1 gCr/m3/d S12TraCr

CrS1-Dis sorption ﬂux Cr in layer S1 gCr/m3/d PartS1_Cr

CrS1-Par sorption ﬂux Cr in layer S1 gCr/m3/d PartS1_Cr

CrS1-Par sedimentation ﬂux Cr towards S1 gCr/m3/d Sed_Cr

CuS1 sedimentation ﬂux Cu towards S1 gCu/m3/d Sed_Cu

CuS1 resuspension ﬂux Cu from layer S1 gCu/m3/d S12TraCu

CuS1 burial ﬂux Cu from layer S1 gCu/m3/d S12TraCu

CuS1 digging ﬂux Cu to layer S1 gCu/m3/d S12TraCu

CuS1-Dis sorption ﬂux Cu in layer S1 gCu/m3/d PartS1_Cu

CuS1-Par sorption ﬂux Cu in layer S1 gCu/m3/d PartS1_Cu

CuS1-Par sedimentation ﬂux Cu towards S1 gCu/m3/d Sed_Cu

HgS1 sedimentation ﬂux Hg towards S1 gHg/m3/d Sed_Hg

HgS1 resuspension ﬂux Hg from layer S1 gHg/m3/d S12TraHg

HgS1 burial ﬂux Hg from layer S1 gHg/m3/d S12TraHg

HgS1 digging ﬂux Hg to layer S1 gHg/m3/d S12TraHg

HgS1-Dis sorption ﬂux Hg in layer S1 gHg/m3/d PartS1_Hg

HgS1-Par sorption ﬂux Hg in layer S1 gHg/m3/d PartS1_Hg

HgS1-Par sedimentation ﬂux Hg towards S1 gHg/m3/d Sed_Hg

NiS1 sedimentation ﬂux Ni towards S1 gNi/m3/d Sed_Ni

NiS1 resuspension ﬂux Ni from layer S1 gNi/m3/d S12TraNi

NiS1 burial ﬂux Ni from layer S1 gNi/m3/d S12TraNi

NiS1 digging ﬂux Ni to layer S1 gNi/m3/d S12TraNi

NiS1-Dis sorption ﬂux Ni in layer S1 gNi/m3/d PartS1_Ni

NiS1-Par sorption ﬂux Ni in layer S1 gNi/m3/d PartS1_Ni

NiS1-Par sedimentation ﬂux Ni towards S1 gNi/m3/d Sed_Ni

continued on next page

42 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

PbS1 sedimentation ﬂux Pb towards S1 gPb/m3/d Sed_Pb

PbS1 resuspension ﬂux Pb from layer S1 gPb/m3/d S12TraPb

PbS1 burial ﬂux Pb from layer S1 gPb/m3/d S12TraPb

PbS1 digging ﬂux Pb to layer S1 gPb/m3/d S12TraPb

PbS1-Dis sorption ﬂux Pb in layer S1 gPb/m3/d PartS1_Pb

PbS1-Par sorption ﬂux Pb in layer S1 gPb/m3/d PartS1_Pb

PbS1-Par sedimentation ﬂux Pb towards S1 gPb/m3/d Sed_Pb

AsS1 sedimentation ﬂux As towards S1 gAs/m3/d Sed_As

AsS1 resuspension ﬂux As from layer S1 gAs/m3/d S12TraAs

AsS1 burial ﬂux As from layer S1 gAs/m3/d S12TraAs

AsS1 digging ﬂux As to layer S1 gAs/m3/d S12TraAs

AsS1-Dis sorption ﬂux As in layer S1 gAs/m3/d PartS1_As

AsS1-Par sorption ﬂux As in layer S1 gAs/m3/d PartS1_As

AsS1-Par sedimentation ﬂux As towards S1 gAs/m3/d Sed_As

VaS1 sedimentation ﬂux Va towards S1 gVa/m3/d Sed_Va

VaS1 resuspension ﬂux Va from layer S1 gVa/m3/d S12TraVa

VaS1 burial ﬂux Va from layer S1 gVa/m3/d S12TraVa

VaS1 digging ﬂux Va to layer S1 gVa/m3/d S12TraVa

VaS1-Dis sorption ﬂux Va in layer S1 gVa/m3/d PartS1_Va

VaS1-Par sorption ﬂux Va in layer S1 gVa/m3/d PartS1_Va

VaS1-Par sedimentation ﬂux Va towards S1 gVa/m3/d Sed_Va

ZnS1 sedimentation ﬂux Zn towards S1 gZn/m3/d Sed_Zn

ZnS1 resuspension ﬂux Zn from layer S1 gZn/m3/d S12TraZn

ZnS1 burial ﬂux Zn from layer S1 gZn/m3/d S12TraZn

ZnS1 digging ﬂux Zn to layer S1 gZn/m3/d S12TraZn

ZnS1-Dis sorption ﬂux Zn in layer S1 gZn/m3/d PartS1_Zn

ZnS1-Par sorption ﬂux Zn in layer S1 gZn/m3/d PartS1_Zn

ZnS1-Par sedimentation ﬂux Zn towards S1 gZn/m3/d Sed_Zn

CdS2 sedimentation ﬂux Cd towards S2 gCd/m3/d Sed_Cd

CdS2 resuspension ﬂux Cd from layer S2 gCd/m3/d S12TraCd

CdS2 burial ﬂux Cd from layer S1 gCd/m3/d S12TraCd

CdS2 burial ﬂux Cd from layer S2 gCd/m3/d S12TraCd

CdS2 digging ﬂux Cd to layer S1 gCd/m3/d S12TraCd

CdS2 digging ﬂux Cd to layer S2 gCd/m3/d S12TraCd

CdS2-Dis sorption ﬂux Cd in layer S2 gCd/m3/d PartS2_Cd

CdS2-Par sorption ﬂux Cd in layer S2 gCd/m3/d PartS2_Cd

CdS2-Par sedimentation ﬂux Cd towards S2 gCd/m3/d Sed_Cd

CrS2 sedimentation ﬂux Cr towards S2 gCr/m3/d Sed_Cr

CrS2 resuspension ﬂux Cr from layer S2 gCr/m3/d S12TraCr

CrS2 burial ﬂux Cr from layer S1 gCr/m3/d S12TraCr

CrS2 burial ﬂux Cr from layer S2 gCr/m3/d S12TraCr

CrS2 digging ﬂux Cr to layer S1 gCr/m3/d S12TraCr

CrS2 digging ﬂux Cr to layer S2 gCr/m3/d S12TraCr

CrS2-Dis sorption ﬂux Cr in layer S2 gCr/m3/d PartS2_Cr

CrS2-Par sorption ﬂux Cr in layer S2 gCr/m3/d PartS2_Cr

CrS2-Par sedimentation ﬂux Cr towards S2 gCr/m3/d Sed_Cr

CuS2 sedimentation ﬂux Cu towards S2 gCu/m3/d Sed_Cu

CuS2 resuspension ﬂux Cu from layer S2 gCu/m3/d S12TraCu

CuS2 burial ﬂux Cu from layer S1 gCu/m3/d S12TraCu

CuS2 burial ﬂux Cu from layer S2 gCu/m3/d S12TraCu

CuS2 digging ﬂux Cu to layer S1 gCu/m3/d S12TraCu

CuS2 digging ﬂux Cu to layer S2 gCu/m3/d S12TraCu

CuS2-Dis sorption ﬂux Cu in layer S2 gCu/m3/d PartS2_Cu

CuS2-Par sorption ﬂux Cu in layer S2 gCu/m3/d PartS2_Cu

CuS2-Par sedimentation ﬂux Cu towards S2 gCu/m3/d Sed_Cu

HgS2 sedimentation ﬂux Hg towards S2 gHg/m3/d Sed_Hg

HgS2 resuspension ﬂux Hg from layer S2 gHg/m3/d S12TraHg

HgS2 burial ﬂux Hg from layer S1 gHg/m3/d S12TraHg

HgS2 burial ﬂux Hg from layer S2 gHg/m3/d S12TraHg

HgS2 digging ﬂux Hg to layer S1 gHg/m3/d S12TraHg

HgS2 digging ﬂux Hg to layer S2 gHg/m3/d S12TraHg

HgS2-Dis sorption ﬂux Hg in layer S2 gHg/m3/d PartS2_Hg

HgS2-Par sorption ﬂux Hg in layer S2 gHg/m3/d PartS2_Hg

HgS2-Par sedimentation ﬂux Hg towards S2 gHg/m3/d Sed_Hg

NiS2 sedimentation ﬂux Ni towards S2 gNi/m3/d Sed_Ni

NiS2 resuspension ﬂux Ni from layer S2 gNi/m3/d S12TraNi

NiS2 burial ﬂux Ni from layer S1 gNi/m3/d S12TraNi

NiS2 burial ﬂux Ni from layer S2 gNi/m3/d S12TraNi

continued on next page

Deltares 43 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

NiS2 digging ﬂux Ni to layer S1 gNi/m3/d S12TraNi

NiS2 digging ﬂux Ni to layer S2 gNi/m3/d S12TraNi

NiS2-Dis sorption ﬂux Ni in layer S2 gNi/m3/d PartS2_Ni

NiS2-Par sorption ﬂux Ni in layer S2 gNi/m3/d PartS2_Ni

NiS2-Par sedimentation ﬂux Ni towards S2 gNi/m3/d Sed_Ni

PbS2 sedimentation ﬂux Pb towards S2 gPb/m3/d Sed_Pb

PbS2 resuspension ﬂux Pb from layer S2 gPb/m3/d S12TraPb

PbS2 burial ﬂux Pb from layer S1 gPb/m3/d S12TraPb

PbS2 burial ﬂux Pb from layer S2 gPb/m3/d S12TraPb

PbS2 digging ﬂux Pb to layer S1 gPb/m3/d S12TraPb

PbS2 digging ﬂux Pb to layer S2 gPb/m3/d S12TraPb

PbS2-Dis sorption ﬂux Pb in layer S2 gPb/m3/d PartS2_Pb

PbS2-Par sorption ﬂux Pb in layer S2 gPb/m3/d PartS2_Pb

PbS2-Par sedimentation ﬂux Pb towards S2 gPb/m3/d Sed_Pb

AsS2 sedimentation ﬂux As towards S2 gAs/m3/d Sed_As

AsS2 resuspension ﬂux As from layer S2 gAs/m3/d S12TraAs

AsS2 burial ﬂux As from layer S1 gAs/m3/d S12TraAs

AsS2 burial ﬂux As from layer S2 gAs/m3/d S12TraAs

AsS2 digging ﬂux As to layer S1 gAs/m3/d S12TraAs

AsS2 digging ﬂux As to layer S2 gAs/m3/d S12TraAs

AsS2-Dis sorption ﬂux As in layer S2 gAs/m3/d PartS2_As

AsS2-Par sorption ﬂux As in layer S2 gAs/m3/d PartS2_As

AsS2-Par sedimentation ﬂux As towards S2 gAs/m3/d Sed_As

VaS2 sedimentation ﬂux Va towards S2 gVa/m3/d Sed_Va

VaS2 resuspension ﬂux Va from layer S2 gVa/m3/d S12TraVa

VaS2 burial ﬂux Va from layer S1 gVa/m3/d S12TraVa

VaS2 burial ﬂux Va from layer S2 gVa/m3/d S12TraVa

VaS2 digging ﬂux Va to layer S1 gVa/m3/d S12TraVa

VaS2 digging ﬂux Va to layer S2 gVa/m3/d S12TraVa

VaS2-Dis sorption ﬂux Va in layer S2 gVa/m3/d PartS2_Va

VaS2-Par sorption ﬂux Va in layer S2 gVa/m3/d PartS2_Va

VaS2-Par sedimentation ﬂux Va towards S2 gVa/m3/d Sed_Va

ZnS2 sedimentation ﬂux Zn towards S2 gZn/m3/d Sed_Zn

ZnS2 resuspension ﬂux Zn from layer S2 gZn/m3/d S12TraZn

ZnS2 burial ﬂux Zn from layer S1 gZn/m3/d S12TraZn

ZnS2 burial ﬂux Zn from layer S2 gZn/m3/d S12TraZn

ZnS2 digging ﬂux Zn to layer S1 gZn/m3/d S12TraZn

ZnS2 digging ﬂux Zn to layer S2 gZn/m3/d S12TraZn

ZnS2-Dis sorption ﬂux Zn in layer S2 gZn/m3/d PartS2_Zn

ZnS2-Par sorption ﬂux Zn in layer S2 gZn/m3/d PartS2_Zn

ZnS2-Par sedimentation ﬂux Zn towards S2 gZn/m3/d Sed_Zn

153S1 overall loss ﬂux 153 in layer S1 g/m3/d Los_S1_153

153S1 sedimentation ﬂux 153 g153/m3/d Sed_153

153S1 resuspension ﬂux 153 from layer S1 g153/m3/d S12Tra153

153S1 burial ﬂux 153 from layer S1 g153/m3/d S12Tra153

153S1 digging ﬂux 153 to layer S1 g153/m3/d S12Tra153

153S1-Dis sorption ﬂux 153 in layer S1 g153/m3/d PartS1_153

153S1-Par sorption ﬂux 153 in layer S1 g153/m3/d PartS1_153

153S1-Par sedimentation ﬂux 153 g153/m3/d Sed_153

AtrS1 overall loss ﬂux Atrazine in layer S1 g/m3/d Los_S1_Atr

AtrS1 sedimentation ﬂux Atrazine gAtr/m3/d Sed_Atr

AtrS1 resuspension ﬂux Atr from layer S1 gAtr/m3/d S12TraAtr

AtrS1 burial ﬂux Atr from layer S1 gAtr/m3/d S12TraAtr

AtrS1 digging ﬂux Atr to layer S1 gAtr/m3/d S12TraAtr

AtrS1-Dis sorption ﬂux Atrazine in layer S1 gAtr/m3/d PartS1_Atr

AtrS1-Par sorption ﬂux Atrazine in layer S1 gAtr/m3/d PartS1_Atr

AtrS1-Par sedimentation ﬂux Atrazine gAtr/m3/d Sed_Atr

BaPS1 overall loss ﬂux BaP in layer S1 g/m3/d Los_S1_BaP

BaPS1 sedimentation ﬂux BaP gBaP/m3/d Sed_Bap

BaPS1 resuspension ﬂux BaP from layer S1 gBaP/m3/d S12TraBaP

BaPS1 burial ﬂux BaP from layer S1 gBaP/m3/d S12TraBaP

BaPS1 digging ﬂux BaP to layer S1 gBaP/m3/d S12TraBaP

BaPS1-Dis sorption ﬂux BaP in layer S1 gBaP/m3/d PartS1_BaP

BaPS1-Par sorption ﬂux BaP in layer S1 gBaP/m3/d PartS1_BaP

BaPS1-Par sedimentation ﬂux BaP gBaP/m3/d Sed_Bap

DiuS1 overall loss ﬂux Diu in layer S1 g/m3/d Los_S1_Diu

DiuS1 sedimentation ﬂux Diu gDiu/m3/d Sed_Diu

DiuS1 resuspension ﬂux Diu from layer S1 gDiu/m3/d S12TraDiu

continued on next page

44 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

DiuS1 burial ﬂux Diu from layer S1 gDiu/m3/d S12TraDiu

DiuS1 digging ﬂux Diu to layer S1 gDiu/m3/d S12TraDiu

DiuS1-Dis sorption ﬂux Diu in layer S1 gDiu/m3/d PartS1_Diu

DiuS1-Par sorption ﬂux Diu in layer S1 gDiu/m3/d PartS1_Diu

DiuS1-Par sedimentation ﬂux Diu gDiu/m3/d Sed_Diu

FluS1 overall loss ﬂux Flu in layer S1 g/m3/d Los_S1_Flu

FluS1 sedimentation ﬂux Flu gFlu/m3/d Sed_Flu

FluS1 resuspension ﬂux Flu from layer S1 gFlu/m3/d S12TraFlu

FluS1 burial ﬂux Flu from layer S1 gFlu/m3/d S12TraFlu

FluS1 digging ﬂux Flu to layer S1 gFlu/m3/d S12TraFlu

FluS1-Dis sorption ﬂux Flu in layer S1 gFlu/m3/d PartS1_Flu

FluS1-Par sorption ﬂux Flu in layer S1 gFlu/m3/d PartS1_Flu

FluS1-Par sedimentation ﬂux Flu gFlu/m3/d Sed_Flu

HCBS1 overall loss ﬂux HCB in layer S1 g/m3/d Los_S1_HCB

HCBS1 sedimentation ﬂux HCB gHCB/m3/d Sed_HCB

HCBS1 resuspension ﬂux HCB from layer S1 gHCB/m3/d S12TraHCB

HCBS1 burial ﬂux HCB from layer S1 gHCB/m3/d S12TraHCB

HCBS1 digging ﬂux HCB to layer S1 gHCB/m3/d S12TraHCB

HCBS1-Dis sorption ﬂux HCB in layer S1 gHCB/m3/d PartS1_HCB

HCBS1-Par sorption ﬂux HCB in layer S1 gHCB/m3/d PartS1_HCB

HCBS1-Par sedimentation ﬂux HCB gHCB/m3/d Sed_HCB

HCHS1 overall loss ﬂux HCH in layer S1 g/m3/d Los_S1_HCH

HCHS1 sedimentation ﬂux HCH gHCH/m3/d Sed_HCH

HCHS1 resuspension ﬂux HCH from layer S1 gHCH/m3/d S12TraHCH

HCHS1 burial ﬂux HCH from layer S1 gHCH/m3/d S12TraHCH

HCHS1 digging ﬂux HCH to layer S1 gHCH/m3/d S12TraHCH

HCHS1-Dis sorption ﬂux HCH in layer S1 gHCH/m3/d PartS1_HCH

HCHS1-Par sorption ﬂux HCH in layer S1 gHCH/m3/d PartS1_HCH

HCHS1-Par sedimentation ﬂux HCH gHCH/m3/d Sed_HCH

MefS1 overall loss ﬂux Mef in layer S1 g/m3/d Los_S1_Mef

MefS1 sedimentation ﬂux Mef gMef/m3/d Sed_Mef

MefS1 resuspension ﬂux Mef from layer S1 gMef/m3/d S12TraMef

MefS1 burial ﬂux Mef from layer S1 gMef/m3/d S12TraMef

MefS1 digging ﬂux Mef to layer S1 gMef/m3/d S12TraMef

MefS1-Dis sorption ﬂux Mef in layer S1 gMef/m3/d PartS1_Mef

MefS1-Par sorption ﬂux Mef in layer S1 gMef/m3/d PartS1_Mef

MefS1-Par sedimentation ﬂux Mef gMef/m3/d Sed_Mef

153S2 overall loss ﬂux 153 in layer S2 g/m3/d Los_S2_153

153S2 resuspension ﬂux 153 from layer S2 g153/m3/d S12Tra153

153S2 burial ﬂux 153 from layer S1 g153/m3/d S12Tra153

153S2 burial ﬂux 153 from layer S2 g153/m3/d S12Tra153

153S2 digging ﬂux 153 to layer S1 g153/m3/d S12Tra153

153S2 digging ﬂux 153 to layer S2 g153/m3/d S12Tra153

153S2-Dis sorption ﬂux 153 in layer S2 g153/m3/d PartS2_153

153S2-Par sorption ﬂux 153 in layer S2 g153/m3/d PartS2_153

AtrS2 overall loss ﬂux Atrazine in layer S2 g/m3/d Los_S2_Atr

AtrS2 resuspension ﬂux Atr from layer S2 gAtr/m3/d S12TraAtr

AtrS2 burial ﬂux Atr from layer S1 gAtr/m3/d S12TraAtr

AtrS2 burial ﬂux Atr from layer S2 gAtr/m3/d S12TraAtr

AtrS2 digging ﬂux Atr to layer S1 gAtr/m3/d S12TraAtr

AtrS2 digging ﬂux Atr to layer S2 gAtr/m3/d S12TraAtr

AtrS2-Dis sorption ﬂux Atrazine in layer S2 gAtr/m3/d PartS2_Atr

AtrS2-Par sorption ﬂux Atrazine in layer S2 gAtr/m3/d PartS2_Atr

BaPS2 overall loss ﬂux BaP in layer S2 g/m3/d Los_S2_BaP

BaPS2 resuspension ﬂux BaP from layer S2 gBaP/m3/d S12TraBaP

BaPS2 burial ﬂux BaP from layer S1 gBaP/m3/d S12TraBaP

BaPS2 burial ﬂux BaP from layer S2 gBaP/m3/d S12TraBaP

BaPS2 digging ﬂux BaP to layer S1 gBaP/m3/d S12TraBaP

BaPS2 digging ﬂux BaP to layer S2 gBaP/m3/d S12TraBaP

BaPS2-Dis sorption ﬂux BaP in layer S2 gBaP/m3/d PartS2_BaP

BaPS2-Par sorption ﬂux BaP in layer S2 gBaP/m3/d PartS2_BaP

DiuS2 overall loss ﬂux Diu in layer S2 g/m3/d Los_S2_Diu

DiuS2 resuspension ﬂux Diu from layer S2 gDiu/m3/d S12TraDiu

DiuS2 burial ﬂux Diu from layer S1 gDiu/m3/d S12TraDiu

DiuS2 burial ﬂux Diu from layer S2 gDiu/m3/d S12TraDiu

DiuS2 digging ﬂux Diu to layer S1 gDiu/m3/d S12TraDiu

DiuS2 digging ﬂux Diu to layer S2 gDiu/m3/d S12TraDiu

DiuS2-Dis sorption ﬂux Diu in layer S2 gDiu/m3/d PartS2_Diu

continued on next page

Deltares 45 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

DiuS2-Par sorption ﬂux Diu in layer S2 gDiu/m3/d PartS2_Diu

FluS2 overall loss ﬂux Flu in layer S2 g/m3/d Los_S2_Flu

FluS2 resuspension ﬂux Flu from layer S2 gFlu/m3/d S12TraFlu

FluS2 burial ﬂux Flu from layer S1 gFlu/m3/d S12TraFlu

FluS2 burial ﬂux Flu from layer S2 gFlu/m3/d S12TraFlu

FluS2 digging ﬂux Flu to layer S1 gFlu/m3/d S12TraFlu

FluS2 digging ﬂux Flu to layer S2 gFlu/m3/d S12TraFlu

FluS2-Dis sorption ﬂux Flu in layer S2 gFlu/m3/d PartS2_Flu

FluS2-Par sorption ﬂux Flu in layer S2 gFlu/m3/d PartS2_Flu

HCBS2 overall loss ﬂux HCB in layer S2 g/m3/d Los_S2_HCB

HCBS2 resuspension ﬂux HCB from layer S2 gHCB/m3/d S12TraHCB

HCBS2 burial ﬂux HCB from layer S1 gHCB/m3/d S12TraHCB

HCBS2 burial ﬂux HCB from layer S2 gHCB/m3/d S12TraHCB

HCBS2 digging ﬂux HCB to layer S1 gHCB/m3/d S12TraHCB

HCBS2 digging ﬂux HCB to layer S2 gHCB/m3/d S12TraHCB

HCBS2-Dis sorption ﬂux HCB in layer S2 gHCB/m3/d PartS2_HCB

HCBS2-Par sorption ﬂux HCB in layer S2 gHCB/m3/d PartS2_HCB

HCHS2 overall loss ﬂux HCH in layer S2 g/m3/d Los_S2_HCH

HCHS2 resuspension ﬂux HCH from layer S2 gHCH/m3/d S12TraHCH

HCHS2 burial ﬂux HCH from layer S1 gHCH/m3/d S12TraHCH

HCHS2 burial ﬂux HCH from layer S2 gHCH/m3/d S12TraHCH

HCHS2 digging ﬂux HCH to layer S1 gHCH/m3/d S12TraHCH

HCHS2 digging ﬂux HCH to layer S2 gHCH/m3/d S12TraHCH

HCHS2-Dis sorption ﬂux HCH in layer S2 gHCH/m3/d PartS2_HCH

HCHS2-Par sorption ﬂux HCH in layer S2 gHCH/m3/d PartS2_HCH

MefS2 overall loss ﬂux Mef in layer S2 g/m3/d Los_S2_Mef

MefS2 resuspension ﬂux Mef from layer S2 gMef/m3/d S12TraMef

MefS2 burial ﬂux Mef from layer S1 gMef/m3/d S12TraMef

MefS2 burial ﬂux Mef from layer S2 gMef/m3/d S12TraMef

MefS2 digging ﬂux Mef to layer S1 gMef/m3/d S12TraMef

MefS2 digging ﬂux Mef to layer S2 gMef/m3/d S12TraMef

MefS2-Dis sorption ﬂux Mef in layer S2 gMef/m3/d PartS2_Mef

MefS2-Par sorption ﬂux Mef in layer S2 gMef/m3/d PartS2_Mef

153-dis sorption ﬂux 153 g153/m3/d PartWK_153

153-dis volatilisation ﬂux 153 g153/m3/d Volat_153

153-par sorption ﬂux 153 g153/m3/d PartWK_153

153-par sedimentation ﬂux 153 g153/m3/d Sed_153

153-par atmospheric deposition ﬂux 153 g153/m3/d AtmDep_153

153-par diffusive waste ﬂux 153 g153/m3/d Dfwast_153

Atr-dis sorption ﬂux Atrazine gAtr/m3/d PartWK_Atr

Atr-dis volatilisation ﬂux Atrazine gAtr/m3/d Volat_Atr

Atr-par sorption ﬂux Atrazine gAtr/m3/d PartWK_Atr

Atr-par sedimentation ﬂux Atrazine gAtr/m3/d Sed_Atr

Atr-par atmospheric deposition ﬂux Atrazine gAtr/m3/d AtmDep_Atr

Atr-par diffusive waste ﬂux Atrazine gAtr/m3/d Dfwast_Atr

BaP-dis sorption ﬂux BaP gBaP/m3/d PartWK_BaP

BaP-dis volatilisation ﬂux BaP gBaP/m3/d Volat_BaP

BaP-par sorption ﬂux BaP gBaP/m3/d PartWK_BaP

BaP-par sedimentation ﬂux BaP gBaP/m3/d Sed_Bap

BaP-par atmospheric deposition ﬂux BaP gBaP/m3/d AtmDep_Bap

BaP-par diffusive waste ﬂux BaP gBaP/m3/d Dfwast_Bap

Diu-dis sorption ﬂux Diu gDiu/m3/d PartWK_Diu

Diu-dis volatilisation ﬂux Diu gDiu/m3/d Volat_Diu

Diu-par sorption ﬂux Diu gDiu/m3/d PartWK_Diu

Diu-par sedimentation ﬂux Diu gDiu/m3/d Sed_Diu

Diu-par atmospheric deposition ﬂux Diu gDiu/m3/d AtmDep_Diu

Diu-par diffusive waste ﬂux Diu gDiu/m3/d Dfwast_Diu

Flu-dis sorption ﬂux Flu gFlu/m3/d PartWK_Flu

Flu-dis volatilisation ﬂux Flu gFlu/m3/d Volat_Flu

Flu-par sorption ﬂux Flu gFlu/m3/d PartWK_Flu

Flu-par sedimentation ﬂux Flu gFlu/m3/d Sed_Flu

Flu-par atmospheric deposition ﬂux Flu gFlu/m3/d AtmDep_Flu

Flu-par diffusive waste ﬂux Flu gFlu/m3/d Dfwast_Flu

HCB-dis sorption ﬂux HCB gHCB/m3/d PartWK_HCB

HCB-dis volatilisation ﬂux HCB gHCB/m3/d Volat_HCB

HCB-par sorption ﬂux HCB gHCB/m3/d PartWK_HCB

HCB-par sedimentation ﬂux HCB gHCB/m3/d Sed_HCB

HCB-par atmospheric deposition ﬂux HCB gHCB/m3/d AtmDep_HCB

continued on next page

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DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

HCB-par diffusive waste ﬂux HCB gHCB/m3/d Dfwast_HCB

HCH-dis sorption ﬂux HCH gHCH/m3/d PartWK_HCH

HCH-dis volatilisation ﬂux HCH gHCH/m3/d Volat_HCH

HCH-par sorption ﬂux HCH gHCH/m3/d PartWK_HCH

HCH-par sedimentation ﬂux HCH gHCH/m3/d Sed_HCH

HCH-par atmospheric deposition ﬂux HCH gHCH/m3/d AtmDep_HCH

HCH-par diffusive waste ﬂux HCH gHCH/m3/d Dfwast_HCH

Mef-dis sorption ﬂux Mef gMef/m3/d PartWK_Mef

Mef-dis volatilisation ﬂux Mef gMef/m3/d Volat_Mef

Mef-par sorption ﬂux Mef gMef/m3/d PartWK_Mef

Mef-par sedimentation ﬂux Mef gMef/m3/d Sed_Mef

Mef-par atmospheric deposition ﬂux Mef gMef/m3/d AtmDep_Mef

Mef-par diffusive waste ﬂux Mef gMef/m3/d Dfwast_Mef

OMPS1 resuspension ﬂux OMP from layer S1 gOMP/m3/d S12TraOMP

OMPS1 burial ﬂux OMP from layer S1 gOMP/m3/d S12TraOMP

OMPS1 digging ﬂux OMP to layer S1 gOMP/m3/d S12TraOMP

OMPS1 overall loss ﬂux OMP in S1 g/m3/d Los_S1_OMP

OMPS1 sedimentation ﬂux OMP gOMP/m3/d Sed_OMP

OMPS1-Dis sorption ﬂux OMP inS1 gOMP/m3/d PartS1_OMP

OMPS1-Par sorption ﬂux OMP inS1 gOMP/m3/d PartS1_OMP

OMPS1-Par sedimentation ﬂux OMP gOMP/m3/d Sed_OMP

OMPS2 resuspension ﬂux OMP from layer S2 gOMP/m3/d S12TraOMP

OMPS2 burial ﬂux OMP from layer S1 gOMP/m3/d S12TraOMP

OMPS2 burial ﬂux OMP from layer S2 gOMP/m3/d S12TraOMP

OMPS2 digging ﬂux OMP to layer S1 gOMP/m3/d S12TraOMP

OMPS2 digging ﬂux OMP to layer S2 gOMP/m3/d S12TraOMP

OMPS2 overall loss ﬂux OMP in S2 g/m3/d Los_S2_OMP

OMPS2-Dis sorption ﬂux OMP inS2 gOMP/m3/d PartS2_OMP

OMPS2-Par sorption ﬂux OMP inS2 gOMP/m3/d PartS2_OMP

OMP-dis sorption ﬂux OMP gOMP/m3/d PartWK_OMP

OMP-dis volatilisation ﬂux OMP g/m3/d Volat_OMP

OMP-par sorption ﬂux OMP gOMP/m3/d PartWK_OMP

OMP-par sedimentation ﬂux OMP gOMP/m3/d Sed_OMP

OMP-par atmospheric deposition ﬂux OMP gOMP/m3/d AtmDep_OMP

OMP-par diffusive waste ﬂux OMP gOMP/m3/d Dfwast_OMP

VB01 growth rate vegetation biomass cohort 1 gC/m3/d VBGrowth01

VB01 mortality stem VB01 gC/m3/d VBMort01

VB01 mortality branch VB01 gC/m3/d VBMort01

VB01 mortality root VB01 gC/m3/d VBMort01

VB01 mortality foliage VB01 gC/m3/d VBMort01

VB01 mortality ﬁneroot VB01 gC/m3/d VBMort01

VB02 growth rate vegetation biomass cohort 2 gC/m3/d VBGrowth02

VB02 mortality stem VB02 gC/m3/d VBMort02

VB02 mortality branch VB02 gC/m3/d VBMort02

VB02 mortality root VB02 gC/m3/d VBMort02

VB02 mortality foliage VB02 gC/m3/d VBMort02

VB02 mortality ﬁneroot VB02 gC/m3/d VBMort02

VB03 growth rate vegetation biomass cohort 3 gC/m3/d VBGrowth03

VB03 mortality stem VB03 gC/m3/d VBMort03

VB03 mortality branch VB03 gC/m3/d VBMort03

VB03 mortality root VB03 gC/m3/d VBMort03

VB03 mortality foliage VB03 gC/m3/d VBMort03

VB03 mortality ﬁneroot VB03 gC/m3/d VBMort03

VB04 growth rate vegetation biomass cohort 4 gC/m3/d VBGrowth04

VB04 mortality stem VB04 gC/m3/d VBMort04

VB04 mortality branch VB04 gC/m3/d VBMort04

VB04 mortality root VB04 gC/m3/d VBMort04

VB04 mortality foliage VB04 gC/m3/d VBMort04

VB04 mortality ﬁneroot VB04 gC/m3/d VBMort04

VB05 growth rate vegetation biomass cohort 5 gC/m3/d VBGrowth05

VB05 mortality stem VB05 gC/m3/d VBMort05

VB05 mortality branch VB05 gC/m3/d VBMort05

VB05 mortality root VB05 gC/m3/d VBMort05

VB05 mortality foliage VB05 gC/m3/d VBMort05

VB05 mortality ﬁneroot VB05 gC/m3/d VBMort05

VB06 growth rate vegetation biomass cohort 6 gC/m3/d VBGrowth06

VB06 mortality stem VB06 gC/m3/d VBMort06

VB06 mortality branch VB06 gC/m3/d VBMort06

continued on next page

Deltares 47 of 256

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Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

VB06 mortality root VB06 gC/m3/d VBMort06

VB06 mortality foliage VB06 gC/m3/d VBMort06

VB06 mortality ﬁneroot VB06 gC/m3/d VBMort06

VB07 growth rate vegetation biomass cohort 7 gC/m3/d VBGrowth07

VB07 mortality stem VB07 gC/m3/d VBMort07

VB07 mortality branch VB07 gC/m3/d VBMort07

VB07 mortality root VB07 gC/m3/d VBMort07

VB07 mortality foliage VB07 gC/m3/d VBMort07

VB07 mortality ﬁneroot VB07 gC/m3/d VBMort07

VB08 growth rate vegetation biomass cohort 8 gC/m3/d VBGrowth08

VB08 mortality stem VB08 gC/m3/d VBMort08

VB08 mortality branch VB08 gC/m3/d VBMort08

VB08 mortality root VB08 gC/m3/d VBMort08

VB08 mortality foliage VB08 gC/m3/d VBMort08

VB08 mortality ﬁneroot VB08 gC/m3/d VBMort08

VB09 growth rate vegetation biomass cohort 3 gC/m3/d VBGrowth09

VB09 mortality stem VB09 gC/m3/d VBMort09

VB09 mortality branch VB09 gC/m3/d VBMort09

VB09 mortality root VB09 gC/m3/d VBMort09

VB09 mortality foliage VB09 gC/m3/d VBMort09

VB09 mortality ﬁneroot VB09 gC/m3/d VBMort09

CYLINFIX production of algae type gC/m3/d BLOOM_P

CYLINFIX dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

CYLINFIX sedimentation ﬂux algae gC/m3/d SEDALG

ARTHROSP production of algae type gC/m3/d BLOOM_P

ARTHROSP dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

ARTHROSP sedimentation ﬂux algae gC/m3/d SEDALG

PLANKTOL production of algae type gC/m3/d BLOOM_P

PLANKTOL dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

PLANKTOL sedimentation ﬂux algae gC/m3/d SEDALG

PSEUDOAN production of algae type gC/m3/d BLOOM_P

PSEUDOAN dummy ﬂux to access Phy_Blo_P - Phy_Blo_P

PSEUDOAN sedimentation ﬂux algae gC/m3/d SEDALG

EM01 growth of EM01 species gC/m3/d MacroPhyt1

EM01 decay of EM01 species gC/m3/d MacroPhyt1

EM01 grazing ﬂux macrophyte EM01 gC/m3/d GRZMAC01

EM01 harvesting ﬂux macrophyte EM01 gC/m3/d HRVMAC01

EM02 growth of EM02 species gC/m3/d MacroPhyt2

EM02 decay of EM02 species gC/m3/d MacroPhyt2

EM02 grazing ﬂux macrophyte EM02 gC/m3/d GRZMACO2

EM02 harvesting ﬂux macrophyte EM02 gC/m3/d HRVMACO2

EM03 growth of EM03 species gC/m3/d MacroPhyt3

EM03 decay of EM03 species gC/m3/d MacroPhyt3

EM03 grazing ﬂux macrophyte EM03 gC/m3/d GRZMAC03

EM03 harvesting ﬂux macrophyte EM03 gC/m3/d HRVMAC03

EM04 growth of EM04 species gC/m3/d MacroPhyt4

EM04 decay of EM04 species gC/m3/d MacroPhyt4

EM04 grazing ﬂux macrophyte EM04 gC/m3/d GRZMAC04

EM04 harvesting ﬂux macrophyte EM04 gC/m3/d HRVMAC04

EM05 growth of EM05 species gC/m3/d MacroPhyt5

EM05 decay of EM05 species gC/m3/d MacroPhyt5

EM05 grazing ﬂux macrophyte EM05 gC/m3/d GRZMAC05

EM05 harvesting ﬂux macrophyte EM05 gC/m3/d HRVMAC05

SM01 dummy ﬂux to access MacDis - MACDIS01

SM01 growth of SM01 species gC/m3/d MacroPhyt1

SM01 decay of SM01 species gC/m3/d MacroPhyt1

SM01 grazing ﬂux macrophyte SM01 gC/m3/d GRZMAC01

SM01 harvesting ﬂux macrophyte SM01 gC/m3/d HRVMAC01

SM02 dummy ﬂux to access MacDis - MACDIS02

SM02 growth of SM02 species gC/m3/d MacroPhyt2

SM02 decay of SM02 species gC/m3/d MacroPhyt2

SM02 grazing ﬂux macrophyte SM02 gC/m3/d GRZMACO2

SM02 harvesting ﬂux macrophyte SM02 gC/m3/d HRVMACO2

SM03 dummy ﬂux to access MacDis - MACDIS03

SM03 growth of SM03 species gC/m3/d MacroPhyt3

SM03 decay of SM03 species gC/m3/d MacroPhyt3

SM03 grazing ﬂux macrophyte SM03 gC/m3/d GRZMAC03

SM03 harvesting ﬂux macrophyte SM03 gC/m3/d HRVMAC03

continued on next page

48 of 256 Deltares

DRAFT

Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

SM04 dummy ﬂux to access MacDis - MACDIS04

SM04 growth of SM04 species gC/m3/d MacroPhyt4

SM04 decay of SM04 species gC/m3/d MacroPhyt4

SM04 grazing ﬂux macrophyte SM04 gC/m3/d GRZMAC04

SM04 harvesting ﬂux macrophyte SM04 gC/m3/d HRVMAC04

SM05 dummy ﬂux to access MacDis - MACDIS05

SM05 growth of SM05 species gC/m3/d MacroPhyt5

SM05 decay of SM05 species gC/m3/d MacroPhyt5

SM05 grazing ﬂux macrophyte SM05 gC/m3/d GRZMAC05

SM05 harvesting ﬂux macrophyte SM05 gC/m3/d HRVMAC05

RH01 translocation of C from EM to RH01 gC/m3/d MacroPhyt1

RH01 translocation of C from SM to RH01 gC/m3/d MacroPhyt1

RH01 translocation of C from RH to EM01 gC/m3/d MacroPhyt1

RH01 translocation of C from RH to SM01 gC/m3/d MacroPhyt1

RH01 grazing ﬂux macrophyte RH01 gC/m3/d GRZMAC01

RH01 harvesting ﬂux macrophyte RH01 gC/m3/d HRVMAC01

NRH01 translocation of N from EM to RH01 gN/m3/d MacroPhyt1

NRH01 translocation of N from SM to RH01 gN/m3/d MacroPhyt1

NRH01 translocation of N from RH to EM01 gN/m3/d MacroPhyt1

NRH01 translocation of N from RH to SM01 gN/m3/d MacroPhyt1

NRH01 grazing ﬂux macrophyte NRH01 gC/m3/d GRZMAC01

NRH01 harvesting ﬂux macrophyte NRH01 gC/m3/d HRVMAC01

PRH01 translocation of P from EM to RH01 gP/m3/d MacroPhyt1

PRH01 translocation of P from SM to RH01 gP/m3/d MacroPhyt1

PRH01 translocation of P from RH to EM01 gP/m3/d MacroPhyt1

PRH01 translocation of P from RH to SM01 gP/m3/d MacroPhyt1

PRH01 grazing ﬂux macrophyte PRH01 gC/m3/d GRZMAC01

PRH01 harvesting ﬂux macrophyte PRH01 gC/m3/d HRVMAC01

RH02 translocation of C from EM to RH02 gC/m3/d MacroPhyt2

RH02 translocation of C from SM to RH02 gC/m3/d MacroPhyt2

RH02 translocation of C from RH to EM02 gC/m3/d MacroPhyt2

RH02 translocation of C from RH to SM02 gC/m3/d MacroPhyt2

RH02 grazing ﬂux macrophyte RH02 gC/m3/d GRZMACO2

RH02 harvesting ﬂux macrophyte RH02 gC/m3/d HRVMACO2

NRH02 translocation of N from EM to RH02 gN/m3/d MacroPhyt2

NRH02 translocation of N from SM to RH02 gN/m3/d MacroPhyt2

NRH02 translocation of N from RH to EM02 gN/m3/d MacroPhyt2

NRH02 translocation of N from RH to SM02 gN/m3/d MacroPhyt2

NRH02 grazing ﬂux macrophyte NRH02 gC/m3/d GRZMACO2

NRH02 harvesting ﬂux macrophyte NRH02 gC/m3/d HRVMACO2

PRH02 translocation of P from EM to RH02 gP/m3/d MacroPhyt2

PRH02 translocation of P from SM to RH02 gP/m3/d MacroPhyt2

PRH02 translocation of P from RH to EM02 gP/m3/d MacroPhyt2

PRH02 translocation of P from RH to SM02 gP/m3/d MacroPhyt2

PRH02 grazing ﬂux macrophyte PRH02 gC/m3/d GRZMACO2

PRH02 harvesting ﬂux macrophyte PRH02 gC/m3/d HRVMACO2

RH03 translocation of C from EM to RH03 gC/m3/d MacroPhyt3

RH03 translocation of C from SM to RH03 gC/m3/d MacroPhyt3

RH03 translocation of C from RH to EM03 gC/m3/d MacroPhyt3

RH03 translocation of C from RH to SM03 gC/m3/d MacroPhyt3

RH03 grazing ﬂux macrophyte RH03 gC/m3/d GRZMAC03

RH03 harvesting ﬂux macrophyte RH03 gC/m3/d HRVMAC03

NRH03 translocation of N from EM to RH03 gN/m3/d MacroPhyt3

NRH03 translocation of N from SM to RH03 gN/m3/d MacroPhyt3

NRH03 translocation of N from RH to EM03 gN/m3/d MacroPhyt3

NRH03 translocation of N from RH to SM03 gN/m3/d MacroPhyt3

NRH03 grazing ﬂux macrophyte NRH03 gC/m3/d GRZMAC03

NRH03 harvesting ﬂux macrophyte NRH03 gC/m3/d HRVMAC03

PRH03 translocation of P from EM to RH03 gP/m3/d MacroPhyt3

PRH03 translocation of P from SM to RH03 gP/m3/d MacroPhyt3

PRH03 translocation of P from RH to EM03 gP/m3/d MacroPhyt3

PRH03 translocation of P from RH to SM03 gP/m3/d MacroPhyt3

PRH03 grazing ﬂux macrophyte PRH03 gC/m3/d GRZMAC03

PRH03 harvesting ﬂux macrophyte PRH03 gC/m3/d HRVMAC03

RH04 translocation of C from EM to RH04 gC/m3/d MacroPhyt4

RH04 translocation of C from SM to RH04 gC/m3/d MacroPhyt4

RH04 translocation of C from RH to EM04 gC/m3/d MacroPhyt4

RH04 translocation of C from RH to SM04 gC/m3/d MacroPhyt4

continued on next page

Deltares 49 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 2.1 – continued from previous page

Substance Description Unit Process

RH04 grazing ﬂux macrophyte RH04 gC/m3/d GRZMAC04

RH04 harvesting ﬂux macrophyte RH04 gC/m3/d HRVMAC04

NRH04 translocation of N from EM to RH04 gN/m3/d MacroPhyt4

NRH04 translocation of N from SM to RH04 gN/m3/d MacroPhyt4

NRH04 translocation of N from RH to EM04 gN/m3/d MacroPhyt4

NRH04 translocation of N from RH to SM04 gN/m3/d MacroPhyt4

NRH04 grazing ﬂux macrophyte NRH04 gC/m3/d GRZMAC04

NRH04 harvesting ﬂux macrophyte NRH04 gC/m3/d HRVMAC04

PRH04 translocation of P from EM to RH04 gP/m3/d MacroPhyt4

PRH04 translocation of P from SM to RH04 gP/m3/d MacroPhyt4

PRH04 translocation of P from RH to EM04 gP/m3/d MacroPhyt4

PRH04 translocation of P from RH to SM04 gP/m3/d MacroPhyt4

PRH04 grazing ﬂux macrophyte PRH04 gC/m3/d GRZMAC04

PRH04 harvesting ﬂux macrophyte PRH04 gC/m3/d HRVMAC04

RH05 translocation of C from EM to RH05 gC/m3/d MacroPhyt5

RH05 translocation of C from SM to RH05 gC/m3/d MacroPhyt5

RH05 translocation of C from RH to EM05 gC/m3/d MacroPhyt5

RH05 translocation of C from RH to SM05 gC/m3/d MacroPhyt5

RH05 grazing ﬂux macrophyte RH05 gC/m3/d GRZMAC05

RH05 harvesting ﬂux macrophyte RH05 gC/m3/d HRVMAC05

NRH05 translocation of N from EM to RH05 gN/m3/d MacroPhyt5

NRH05 translocation of N from SM to RH05 gN/m3/d MacroPhyt5

NRH05 translocation of N from RH to EM05 gN/m3/d MacroPhyt5

NRH05 translocation of N from RH to SM05 gN/m3/d MacroPhyt5

NRH05 grazing ﬂux macrophyte NRH05 gC/m3/d GRZMAC05

NRH05 harvesting ﬂux macrophyte NRH05 gC/m3/d HRVMAC05

PRH05 translocation of P from EM to RH05 gP/m3/d MacroPhyt5

PRH05 translocation of P from SM to RH05 gP/m3/d MacroPhyt5

PRH05 translocation of P from RH to EM05 gP/m3/d MacroPhyt5

PRH05 translocation of P from RH to SM05 gP/m3/d MacroPhyt5

PRH05 grazing ﬂux macrophyte PRH05 gC/m3/d GRZMAC05

PRH05 harvesting ﬂux macrophyte PRH05 gC/m3/d HRVMAC05

Mussel_V growth ﬂux struct biomass DEB Mussel gC/m3/d DEBGRZ_M

Mussel_V mortality ﬂux struct biomass DEB Mussel gC/m3/d DEBGRZ_M

Mussel_E anabolic ﬂux energy reserves DEB Mussel gC/m3/d DEBGRZ_M

Mussel_E catabolic ﬂux energy reserves DEB Mussel gC/m3/d DEBGRZ_M

Mussel_E mortality ﬂux energy reserves DEB Mussel gC/m3/d DEBGRZ_M

Mussel_R spawning ﬂux of DEB Mussel to DetC gC/m3/d DEBGRZ_M

Mussel_R growth ﬂux gonadal tissue DEB Mussel gC/m3/d DEBGRZ_M

Mussel_R mortality ﬂux gonadal tissue DEB Mussel gC/m3/d DEBGRZ_M

Mussel_N increase dens by growth V1morphs only cm3/(m2d) DEBGRZ_M

Mussel_N mortality and harvesting of DEB Mussel gC/(m2d) DEBGRZ_M

Zoopl_V growth ﬂux struct biomass DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_V mortality ﬂux struct biomass DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_E anabolic ﬂux energy reserves DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_E catabolic ﬂux energy reserves DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_E mortality ﬂux energy reserves DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_R spawning ﬂux DEB Zooplankton to DetC gC/m3/d DEBGRZ_Z

Zoopl_R growth ﬂux gonadal tissue DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_R mortality ﬂux gonadal tissue DEB Zoopl gC/m3/d DEBGRZ_Z

Zoopl_N increase dens by growth V1morphs only cm3/(m2d) DEBGRZ_Z

Zoopl_N mortality and harvesting of DEB Zoopl gC/(m2d) DEBGRZ_Z

Grazer3_V growth ﬂux struct biomass DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_V mortality ﬂux struct biomass DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_E anabolic ﬂux energy reserves DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_E catabolic ﬂux enrgy reserves DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_E mortality ﬂux enrgy reserves DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_R spawning ﬂux of DEB Grazer3 to DetC gC/m3/d DEBGRZ_G3

Grazer3_R growth ﬂux gonadal tissue DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_R mortality ﬂux gonadal tissue DEB Grazer3 gC/m3/d DEBGRZ_G3

Grazer3_N increase dens by growth V1morphs only cm3/(m2d) DEBGRZ_G3

Grazer3_N mortality and harvesting of DEB Grazer3 gC/(m2d) DEBGRZ_G3

Grazer4_V growth ﬂux struct biomass DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_V mortality ﬂux struct biomass DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_E anabolic ﬂux energy reserves DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_E catabolic ﬂux enrgy reserves DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_E mortality ﬂux enrgy reserves DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_R spawning ﬂux of DEB Grazer4 to DetC gC/m3/d DEBGRZ_G4

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Per substance a listing of the modelled ﬂuxes

Table 2.1 – continued from previous page

Substance Description Unit Process

Grazer4_R growth ﬂux gonadal tissue DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_R mortality ﬂux gonadal tissue DEB Grazer4 gC/m3/d DEBGRZ_G4

Grazer4_N increase dens by growth V1morphs only cm3/(m2d) DEBGRZ_G4

Grazer4_N mortality and harvesting of DEB Grazer4 gC/(m2d) DEBGRZ_G4

Grazer5_V growth ﬂux struct biomass DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_V mortality ﬂux struct biomass DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_E anabolic ﬂux energy reserves DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_E catabolic ﬂux enrgy reserves DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_E mortality ﬂux enrgy reserves DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_R spawning ﬂux of DEB Grazer5 to DetC gC/m3/d DEBGRZ_G5

Grazer5_R growth ﬂux gonadal tissue DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_R mortality ﬂux gonadal tissue DEB Grazer5 gC/m3/d DEBGRZ_G5

Grazer5_N increase dens by growth V1morphs only cm3/(m2d) DEBGRZ_G5

Grazer5_N mortality and harvesting of DEB Grazer5 gC/(m2d) DEBGRZ_G5

F2 grazing of dummy food 2 by DEB Mussel gC/m3/d DEBGRZ_M

F2 grazing of dummy food 2 by DEB Zoopl gC/m3/d DEBGRZ_Z

F2 grazing of dummy food 2 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F2 grazing of dummy food 2 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F2 grazing of dummy food 2 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F3 grazing of dummy food 3 by DEB Mussel gC/m3/d DEBGRZ_M

F3 grazing of dummy food 3 by DEB Zoopl gC/m3/d DEBGRZ_Z

F3 grazing of dummy food 3 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F3 grazing of dummy food 3 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F3 grazing of dummy food 3 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F4 grazing of dummy food 4 by DEB Mussel gC/m3/d DEBGRZ_M

F4 grazing of dummy food 4 by DEB Zoopl gC/m3/d DEBGRZ_Z

F4 grazing of dummy food 4 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F4 grazing of dummy food 4 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F4 grazing of dummy food 4 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F5 grazing of dummy food 5 by DEB Mussel gC/m3/d DEBGRZ_M

F5 grazing of dummy food 5 by DEB Zoopl gC/m3/d DEBGRZ_Z

F5 grazing of dummy food 5 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F5 grazing of dummy food 5 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F5 grazing of dummy food 5 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F6 grazing of dummy food 6 by DEB Mussel gC/m3/d DEBGRZ_M

F6 grazing of dummy food 6 by DEB Zoopl gC/m3/d DEBGRZ_Z

F6 grazing of dummy food 6 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F6 grazing of dummy food 6 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F6 grazing of dummy food 6 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F7 grazing of dummy food 7 by DEB Mussel gC/m3/d DEBGRZ_M

F7 grazing of dummy food 7 by DEB Zoopl gC/m3/d DEBGRZ_Z

F7 grazing of dummy food 7 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F7 grazing of dummy food 7 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F7 grazing of dummy food 7 by DEB Grazer5 gC/m3/d DEBGRZ_G5

F8 grazing of dummy food 8 by DEB Mussel gC/m3/d DEBGRZ_M

F8 grazing of dummy food 8 by DEB Zoopl gC/m3/d DEBGRZ_Z

F8 grazing of dummy food 8 by DEB Grazer3 gC/m3/d DEBGRZ_G3

F8 grazing of dummy food 8 by DEB Grazer4 gC/m3/d DEBGRZ_G4

F8 grazing of dummy food 8 by DEB Grazer5 gC/m3/d DEBGRZ_G5

DF grazing of dummy food 1 by DEB Mussel gC/m3/d DEBGRZ_M

DF grazing of dummy food 1 by DEB Zoopl gC/m3/d DEBGRZ_Z

DF grazing of dummy food 1 by DEB Grazer3 gC/m3/d DEBGRZ_G3

DF grazing of dummy food 1 by DEB Grazer4 gC/m3/d DEBGRZ_G4

DF grazing of dummy food 1 by DEB Grazer5 gC/m3/d DEBGRZ_G5

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3 Per substance a listing of the modelled velocities

Table 3.1: Per substance a listing of the modelled velocities

Substance Description Unit Process

OXY total upward transport in sediment m/s TraSe2_OXY

OXY total downward transport in sediment m/s TraSe2_OXY

Salinity total upward transport in sediment m/s TraSe2_Sal

Salinity total downward transport in sediment m/s TraSe2_Sal

Cl total upward transport in sediment m/s TraSe2_Cl

Cl total downward transport in sediment m/s TraSe2_Cl

IM1 sedimentation velocity IM1 m/s Sed_IM1

IM1 total upward transport in sediment m/s TraSe2_IM1

IM1 total downward transport in sediment m/s TraSe2_IM1

IM2 sedimentation velocity IM2 m/s Sed_IM2

IM2 total upward transport in sediment m/s TraSe2_IM2

IM2 total downward transport in sediment m/s TraSe2_IM2

IM3 sedimentation velocity IM3 m/s Sed_IM3

IM3 total upward transport in sediment m/s TraSe2_IM3

IM3 total downward transport in sediment m/s TraSe2_IM3

Cd sedimentation velocity Cd m/s Sed_Cd

Cu sedimentation velocity Cu m/s Sed_Cu

Zn sedimentation velocity Zn m/s Sed_Zn

Cr sedimentation velocity Cr m/s Sed_Cr

Hg sedimentation velocity Hg m/s Sed_Hg

Pb sedimentation velocity Pb m/s Sed_Pb

As sedimentation velocity As m/s Sed_As

Va sedimentation velocity Va m/s Sed_Va

Ni sedimentation velocity Ni m/s Sed_Ni

Green sedimentation velocity Greens m/s Sed_Gre

Diat sedimentation velocity Diatoms m/s SedDiat

NO3 total upward transport in sediment m/s TraSe2_NO3

NO3 total downward transport in sediment m/s TraSe2_NO3

NH4 total upward transport in sediment m/s TraSe2_NH4

NH4 total downward transport in sediment m/s TraSe2_NH4

PO4 total upward transport in sediment m/s TraSe2_PO4

PO4 total downward transport in sediment m/s TraSe2_PO4

AAP sedimentation velocity AAP m/s Sed_AAP

AAP total upward transport in sediment m/s TraSe2_AAP

AAP total downward transport in sediment m/s TraSe2_AAP

Si total upward transport in sediment m/s TraSe2_Si

Si total downward transport in sediment m/s TraSe2_Si

153 sedimentation velocity 153 m/s Sed_153

ATR sedimentation velocity Atrazine m/s Sed_Atr

BaP total upward transport in sediment m/s TraSe2_BaP

BaP total downward transport in sediment m/s TraSe2_BaP

BaP sedimentation velocity BaP m/s Sed_Bap

Flu sedimentation velocity Flu m/s Sed_Flu

Mef sedimentation velocity Mef m/s Sed_Mef

Diu sedimentation velocity Diu m/s Sed_Diu

HCH sedimentation velocity HCH m/s Sed_HCH

HCB sedimentation velocity HCB m/s Sed_HCB

TIC total upward transport in sediment m/s TraSe2_TIC

TIC total downward transport in sediment m/s TraSe2_TIC

CBOD5 sedimentation velocity CBOD5 m/s S_CBOD51

CBOD5_2 sedimentation velocity CBOD5_2 m/s S_CBOD52

CBOD5_3 sedimentation velocity CBOD5_3 m/s S_CBOD53

CBODu sedimentation velocity CBODu m/s S_CBODu1

CBODu_2 sedimentation velocity CBODu_2 m/s S_CBODu2

COD_Cr sedimentation velocity COD_Cr m/s S_CODCr

COD_Mn sedimentation velocity COD_Mn m/s S_CODMn

NBOD5 sedimentation velocity NBOD5 m/s S_NBOD5

NBODu sedimentation velocity NBODu m/s S_NBODu

POC1 sedimentation velocity POC1 m/s Sed_POC1

POC1 total upward transport in sediment m/s TrSe2_POC1

POC1 total downward transport in sediment m/s TrSe2_POC1

POC1 ﬂux to GEM bot.org. from grazing as velocity m/s CONSBL

POC2 sedimentation velocity POC2 m/s Sed_POC2

POC2 total upward transport in sediment m/s TrSe2_POC2

POC2 total downward transport in sediment m/s TrSe2_POC2

POC3 sedimentation velocity POC3 m/s Sed_POC3

POC3 total upward transport in sediment m/s TrSe2_POC3

POC3 total downward transport in sediment m/s TrSe2_POC3

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Table 3.1 – continued from previous page

Substance Description Unit Process

POC4 sedimentation velocity POC4 m/s Sed_POC4

POC4 total upward transport in sediment m/s TrSe2_POC4

POC4 total downward transport in sediment m/s TrSe2_POC4

DOC total upward transport in sediment m/s TraSe2_DOC

DOC total downward transport in sediment m/s TraSe2_DOC

PON1 sedimentation velocity POC1 m/s Sed_POC1

PON1 total upward transport in sediment m/s TrSe2_PON1

PON1 total downward transport in sediment m/s TrSe2_PON1

PON1 ﬂux to GEM bot.org. from grazing as velocity m/s CONSBL

PON2 sedimentation velocity POC2 m/s Sed_POC2

PON2 total upward transport in sediment m/s TrSe2_PON2

PON2 total downward transport in sediment m/s TrSe2_PON2

PON3 sedimentation velocity POC3 m/s Sed_POC3

PON3 total upward transport in sediment m/s TrSe2_PON3

PON3 total downward transport in sediment m/s TrSe2_PON3

PON4 sedimentation velocity POC4 m/s Sed_POC4

PON4 total upward transport in sediment m/s TrSe2_PON4

PON4 total downward transport in sediment m/s TrSe2_PON4

DON total upward transport in sediment m/s TraSe2_DON

DON total downward transport in sediment m/s TraSe2_DON

POP1 sedimentation velocity POC1 m/s Sed_POC1

POP1 total upward transport in sediment m/s TrSe2_POP1

POP1 total downward transport in sediment m/s TrSe2_POP1

POP1 ﬂux to GEM bot.org. from grazing as velocity m/s CONSBL

POP2 sedimentation velocity POC2 m/s Sed_POC2

POP2 total upward transport in sediment m/s TrSe2_POP2

POP2 total downward transport in sediment m/s TrSe2_POP2

POP3 sedimentation velocity POC3 m/s Sed_POC3

POP3 total upward transport in sediment m/s TrSe2_POP3

POP3 total downward transport in sediment m/s TrSe2_POP3

POP4 sedimentation velocity POC4 m/s Sed_POC4

POP4 total upward transport in sediment m/s TrSe2_POP4

POP4 total downward transport in sediment m/s TrSe2_POP4

DOP total upward transport in sediment m/s TraSe2_DOP

DOP total downward transport in sediment m/s TraSe2_DOP

POS1 total upward transport in sediment m/s TrSe2_POS1

POS1 total downward transport in sediment m/s TrSe2_POS1

POS2 total upward transport in sediment m/s TrSe2_POS2

POS2 total downward transport in sediment m/s TrSe2_POS2

POS3 total upward transport in sediment m/s TrSe2_POS3

POS3 total downward transport in sediment m/s TrSe2_POS3

POS4 total upward transport in sediment m/s TrSe2_POS4

POS4 total downward transport in sediment m/s TrSe2_POS4

DOS total upward transport in sediment m/s TraSe2_DOS

DOS total downward transport in sediment m/s TraSe2_DOS

Opal sedimentation velocity Opal m/s Sed_Opal

Opal total upward transport in sediment m/s TrSe2_Opal

Opal total downward transport in sediment m/s TrSe2_Opal

Opal ﬂux to GEM bot.org. from grazing as velocity m/s CONSBL

MPB1peli sedimentation velocity MPB1peli m/s Sed_MPB1

MPB1peli total upward transport in sediment m/s TrSe2_MPB1

MPB1peli total downward transport in sediment m/s TrSe2_MPB1

MPB2psam sedimentation velocity MPB2psam m/s Sed_MPB2

MPB2psam total upward transport in sediment m/s TrSe2_MPB2

MPB2psam total downward transport in sediment m/s TrSe2_MPB2

BLOOMALG01 sedimentation velocity algae type 01 m/s SEDALG01

BLOOMALG01 total upward transport in sediment m/s TrSe2Alg01

BLOOMALG01 total downward transport in sediment m/s TrSe2Alg01

BLOOMALG02 sedimentation velocity algae type 02 m/s SEDALG02

BLOOMALG02 total upward transport in sediment m/s TrSe2Alg02

BLOOMALG02 total downward transport in sediment m/s TrSe2Alg02

BLOOMALG03 sedimentation velocity algae type 03 m/s SEDALG03

BLOOMALG03 total upward transport in sediment m/s TrSe2Alg03

BLOOMALG03 total downward transport in sediment m/s TrSe2Alg03

BLOOMALG04 sedimentation velocity algae type 04 m/s SEDALG04

BLOOMALG04 total upward transport in sediment m/s TrSe2Alg04

BLOOMALG04 total downward transport in sediment m/s TrSe2Alg04

BLOOMALG05 sedimentation velocity algae type 05 m/s SEDALG05

BLOOMALG05 total upward transport in sediment m/s TrSe2Alg05

BLOOMALG05 total downward transport in sediment m/s TrSe2Alg05

BLOOMALG06 sedimentation velocity algae type 06 m/s SEDALG06

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Table 3.1 – continued from previous page

Substance Description Unit Process

BLOOMALG06 total upward transport in sediment m/s TrSe2Alg06

BLOOMALG06 total downward transport in sediment m/s TrSe2Alg06

BLOOMALG07 sedimentation velocity algae type 07 m/s SEDALG07

BLOOMALG07 total upward transport in sediment m/s TrSe2Alg07

BLOOMALG07 total downward transport in sediment m/s TrSe2Alg07

BLOOMALG08 sedimentation velocity algae type 08 m/s SEDALG08

BLOOMALG08 total upward transport in sediment m/s TrSe2Alg08

BLOOMALG08 total downward transport in sediment m/s TrSe2Alg08

BLOOMALG09 sedimentation velocity algae type 09 m/s SEDALG09

BLOOMALG09 total upward transport in sediment m/s TrSe2Alg09

BLOOMALG09 total downward transport in sediment m/s TrSe2Alg09

BLOOMALG10 sedimentation velocity algae type 10 m/s SEDALG10

BLOOMALG10 total upward transport in sediment m/s TrSe2Alg10

BLOOMALG10 total downward transport in sediment m/s TrSe2Alg10

BLOOMALG11 sedimentation velocity algae type 11 m/s SEDALG11

BLOOMALG11 total upward transport in sediment m/s TrSe2Alg11

BLOOMALG11 total downward transport in sediment m/s TrSe2Alg11

BLOOMALG12 sedimentation velocity algae type 12 m/s SEDALG12

BLOOMALG12 total upward transport in sediment m/s TrSe2Alg12

BLOOMALG12 total downward transport in sediment m/s TrSe2Alg12

BLOOMALG13 sedimentation velocity algae type 13 m/s SEDALG13

BLOOMALG13 total upward transport in sediment m/s TrSe2Alg13

BLOOMALG13 total downward transport in sediment m/s TrSe2Alg13

BLOOMALG14 sedimentation velocity algae type 14 m/s SEDALG14

BLOOMALG14 total upward transport in sediment m/s TrSe2Alg14

BLOOMALG14 total downward transport in sediment m/s TrSe2Alg14

BLOOMALG15 sedimentation velocity algae type 15 m/s SEDALG15

BLOOMALG15 total upward transport in sediment m/s TrSe2Alg15

BLOOMALG15 total downward transport in sediment m/s TrSe2Alg15

BLOOMALG16 sedimentation velocity algae type 16 m/s SEDALG16

BLOOMALG16 total upward transport in sediment m/s TrSe2Alg16

BLOOMALG16 total downward transport in sediment m/s TrSe2Alg16

BLOOMALG17 sedimentation velocity algae type 17 m/s SEDALG17

BLOOMALG17 total upward transport in sediment m/s TrSe2Alg17

BLOOMALG17 total downward transport in sediment m/s TrSe2Alg17

BLOOMALG18 sedimentation velocity algae type 18 m/s SEDALG18

BLOOMALG18 total upward transport in sediment m/s TrSe2Alg18

BLOOMALG18 total downward transport in sediment m/s TrSe2Alg18

BLOOMALG19 sedimentation velocity algae type 19 m/s SEDALG19

BLOOMALG19 total upward transport in sediment m/s TrSe2Alg19

BLOOMALG19 total downward transport in sediment m/s TrSe2Alg19

BLOOMALG20 sedimentation velocity algae type 20 m/s SEDALG20

BLOOMALG20 total upward transport in sediment m/s TrSe2Alg20

BLOOMALG20 total downward transport in sediment m/s TrSe2Alg20

BLOOMALG21 sedimentation velocity algae type 21 m/s SEDALG21

BLOOMALG21 total upward transport in sediment m/s TrSe2Alg21

BLOOMALG21 total downward transport in sediment m/s TrSe2Alg21

BLOOMALG22 sedimentation velocity algae type 22 m/s SEDALG22

BLOOMALG22 total upward transport in sediment m/s TrSe2Alg22

BLOOMALG22 total downward transport in sediment m/s TrSe2Alg22

BLOOMALG23 sedimentation velocity algae type 23 m/s SEDALG23

BLOOMALG23 total upward transport in sediment m/s TrSe2Alg23

BLOOMALG23 total downward transport in sediment m/s TrSe2Alg23

BLOOMALG24 sedimentation velocity algae type 24 m/s SEDALG24

BLOOMALG24 total upward transport in sediment m/s TrSe2Alg24

BLOOMALG24 total downward transport in sediment m/s TrSe2Alg24

BLOOMALG25 sedimentation velocity algae type 25 m/s SEDALG25

BLOOMALG25 total upward transport in sediment m/s TrSe2Alg25

BLOOMALG25 total downward transport in sediment m/s TrSe2Alg25

BLOOMALG26 sedimentation velocity algae type 26 m/s SEDALG26

BLOOMALG26 total upward transport in sediment m/s TrSe2Alg26

BLOOMALG26 total downward transport in sediment m/s TrSe2Alg26

BLOOMALG27 sedimentation velocity algae type 27 m/s SEDALG27

BLOOMALG27 total upward transport in sediment m/s TrSe2Alg27

BLOOMALG27 total downward transport in sediment m/s TrSe2Alg27

BLOOMALG28 sedimentation velocity algae type 28 m/s SEDALG28

BLOOMALG28 total upward transport in sediment m/s TrSe2Alg28

BLOOMALG28 total downward transport in sediment m/s TrSe2Alg28

BLOOMALG29 sedimentation velocity algae type 29 m/s SEDALG29

BLOOMALG29 total upward transport in sediment m/s TrSe2Alg29

BLOOMALG29 total downward transport in sediment m/s TrSe2Alg29

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Substance Description Unit Process

BLOOMALG30 sedimentation velocity algae type 30 m/s SEDALG30

BLOOMALG30 total upward transport in sediment m/s TrSe2Alg30

BLOOMALG30 total downward transport in sediment m/s TrSe2Alg30

OMP sedimentation velocity OMP m/s Sed_OMP

OMP total upward transport in sediment m/s TraSe2_OMP

OMP total downward transport in sediment m/s TraSe2_OMP

SO4 total upward transport in sediment m/s TraSe2_SO4

SO4 total downward transport in sediment m/s TraSe2_SO4

SUD total upward transport in sediment m/s TraSe2_SUD

SUD total downward transport in sediment m/s TraSe2_SUD

SUP total upward transport in sediment m/s TraSe2_SUP

SUP total downward transport in sediment m/s TraSe2_SUP

VIVP sedimentation velocity VIVP m/s Sed_VivP

VIVP total upward transport in sediment m/s TrSe2_VIVP

VIVP total downward transport in sediment m/s TrSe2_VIVP

APATP sedimentation velocity APATP m/s Sed_ApatP

APATP total upward transport in sediment APATP m/s TrSe2_APAT

APATP total downward transport in sediment APATP m/s TrSe2_APAT

CH4 total upward transport in sediment m/s TraSe2_CH4

CH4 total downward transport in sediment m/s TraSe2_CH4

Alka total upward transport in sediment m/s TrSe2_Alka

Alka total downward transport in sediment m/s TrSe2_Alka

FeIIIpa sedimentation velocity Fe3pa m/s Sed_Fe3pa

FeIIIpa total upward transport in sediment m/s TrSe2_F3pa

FeIIIpa total downward transport in sediment m/s TrSe2_F3pa

FeIIIpc sedimentation velocity Fe3pc m/s Sed_Fe3pc

FeIIIpc total upward transport in sediment m/s TrSe2_F3pc

FeIIIpc total downward transport in sediment m/s TrSe2_F3pc

FeIIId total upward transport in sediment m/s TrSe2_Fe3d

FeIIId total downward transport in sediment m/s TrSe2_Fe3d

FeIId total upward transport in sediment m/s TrSe2_Fe2d

FeIId total downward transport in sediment m/s TrSe2_Fe2d

FeS sedimentation velocity FeS m/s Sed_FeS

FeS total upward transport in sediment m/s TrSe2_FeS

FeS total downward transport in sediment m/s TrSe2_FeS

FeS2 sedimentation velocity FeS2 m/s Sed_FeS2

FeS2 total upward transport in sediment m/s TrSe2_FeS2

FeS2 total downward transport in sediment m/s TrSe2_FeS2

FeCO3 sedimentation velocity FeCO3 m/s Sed_FeCO3

FeCO3 total upward transport in sediment m/s TrSe2_FCO3

FeCO3 total downward transport in sediment m/s TrSe2_FCO3

Cd-Par sedimentation velocity Cd m/s Sed_Cd

Cr-Par sedimentation velocity Cr m/s Sed_Cr

Cu-Par sedimentation velocity Cu m/s Sed_Cu

Hg-Par sedimentation velocity Hg m/s Sed_Hg

Ni-Par sedimentation velocity Ni m/s Sed_Ni

Pb-Par sedimentation velocity Pb m/s Sed_Pb

As-Par sedimentation velocity As m/s Sed_As

Va-Par sedimentation velocity Va m/s Sed_Va

Zn-Par sedimentation velocity Zn m/s Sed_Zn

153-par sedimentation velocity 153 m/s Sed_153

Atr-par sedimentation velocity Atrazine m/s Sed_Atr

BaP-par sedimentation velocity BaP m/s Sed_Bap

Diu-par sedimentation velocity Diu m/s Sed_Diu

Flu-par sedimentation velocity Flu m/s Sed_Flu

HCB-par sedimentation velocity HCB m/s Sed_HCB

HCH-par sedimentation velocity HCH m/s Sed_HCH

Mef-par sedimentation velocity Mef m/s Sed_Mef

OMP-par sedimentation velocity OMP m/s Sed_OMP

Bulkvolume volume change velocity vector resuspension m/s AdvTra

Bulkvolume velocity vector for volume change sedim. m/s AdvTra

Bulkvolume velocity vector for volume change burial m/s AdvTra

Bulkvolume velocity vector for volume change seepage m/s AdvTra

56 of 256 Deltares

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4 Per substance a listing of the modelled dispersion

Table 4.1: Per substance a listing of the modelled dispersion

Substance Description Unit Process

ALLACTIVE vertical dispersion m2/s VertDisp

ALLACTIVE variable horizontal dispersion m2/s HorzDisper

ALLACTIVE variable horizontal dispersion m2/s HDisperVel

ALLACTIVE variable horizontal dispersion m2/s HDisperAdd

Deltares 57 of 256

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58 of 256 Deltares

DRAFT

5 Listing of the modelled ﬂuxes

Table 5.1: Listing of the modelled ﬂuxes

Flux Description Unit Stoch. Sub. Process

dDumphcarb dummy ﬂux to access pH_simp - 0.00 ALKA pH_carb

dDumphcarb dummy ﬂux to access pH_simp - 0.00 TIC pH_carb

dDumEmersi dummy ﬂux to access Emersion - 0.00 Continuity Emersion

dTempHtﬂ Flux on water temperature via heat bal-

ance

◦C/d 1.00 NatTemp HeatBal

dModTemp temperature exchange ﬂux ◦C/d 1.00 ModTemp Temperatur

dDumVarSal dummy ﬂux to access HorzDisper - 0.00 FrCon VarSal

dDumVarSal dummy ﬂux to access HorzDisper - 0.00 FrFlow VarSal

dDumVarSal dummy ﬂux to access HorzDisper - 0.00 SalBnd VarSal

dDumRestim dummy ﬂux to access restim - 0.00 Continuity ResTim

dDumVerDis dummy ﬂux to access VertDisper - 0.00 OXY VertDisp

dDumHorDis dummy ﬂux to access HorzDisper - 0.00 OXY HorzDisper

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 Continuity HDisperVel

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 OXY HDisperVel

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 Salinity HDisperVel

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 FrCon HDisperVel

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 FrFlow HDisperVel

dDumHorDiV dummy ﬂux to access HorzDisper - 0.00 SalBnd HDisperVel

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 Continuity HDisperAdd

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 OXY HDisperAdd

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 Salinity HDisperAdd

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 FrCon HDisperAdd

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 FrFlow HDisperAdd

dDumHorDiA dummy ﬂux to access HorzDisper - 0.00 SalBnd HDisperAdd

dDecTR1 decay tracer from source 1 g/m3/d -1.00 dTR1 Age1

dDecTR2 decay tracer from source 2 g/m3/d -1.00 dTR2 Age2

dDecTR3 decay tracer from source 3 g/m3/d -1.00 dTR3 Age3

dDecTR4 decay tracer from source 4 g/m3/d -1.00 dTR4 Age4

dDecTR5 decay tracer from source 5 g/m3/d -1.00 dTR5 Age5

dDumSM01 dummy ﬂux to access MacDis - 0.00 SM01 MACDIS01

dDumSM02 dummy ﬂux to access MacDis - 0.00 SM02 MACDIS02

dDumSM03 dummy ﬂux to access MacDis - 0.00 SM03 MACDIS03

dDumSm04 dummy ﬂux to access MacDis - 0.00 SM04 MACDIS04

dDumSM05 dummy ﬂux to access MacDis - 0.00 SM05 MACDIS05

dDumphsimp dummy ﬂux to access pH_simp - 0.00 ALKA pH_simp

dDumphsimp dummy ﬂux to access pH_simp - 0.00 TIC pH_simp

dDumspcarb dummy ﬂux to access SpecCarb - 0.00 TIC SpecCarb

dCaut autolysis ﬂux of carbon gC/m3/d -2.67 OXY BLOOM_P

dCaut autolysis ﬂux of carbon gC/m3/d 1.00 TIC BLOOM_P

dCaut autolysis ﬂux of carbon gC/m3/d 1.50 H2O BLOOM_P

dCaut autolysis ﬂux of carbon gC/m3/d 0.02 SUD BLOOM_P

dNaut autolysis ﬂux of nitrogen gN/m3/d 1.00 NH4 BLOOM_P

dNaut autolysis ﬂux of nitrogen gN/m3/d -0.07 H+ BLOOM_P

dNaut autolysis ﬂux of nitrogen gN/m3/d 4.36 ALKA BLOOM_P

dPaut autolysis ﬂux of PO4 gP/m3/d 1.00 PO4 BLOOM_P

dPaut autolysis ﬂux of PO4 gP/m3/d 0.03 H+ BLOOM_P

dPaut autolysis ﬂux of PO4 gP/m3/d -1.97 ALKA BLOOM_P

dSIaut autolysis ﬂux of silicate gSi/m3/d 1.00 SI BLOOM_P

dDetCMort production of DetC by mortality gC/m3/d 1.00 POC1 BLOOM_P

dDetCMort production of DetC by mortality gC/m3/d 0.02 POS1 BLOOM_P

dDetNMort production of DetN by mortality gN/m3/d 1.00 PON1 BLOOM_P

dDetPMort production of DetP by mortality gP/m3/d 1.00 POP1 BLOOM_P

dDetSiMort production of DetSi by mortality gSi/m3/d 1.00 Opal BLOOM_P

dOOCMort production of OOC by mortality gC/m3/d 1.00 POC2 BLOOM_P

dOOCMort production of OOC by mortality gC/m3/d 0.02 POS2 BLOOM_P

dOONMort production of OON by mortality gN/m3/d 1.00 PON2 BLOOM_P

dOOPMort production of OOP by mortality gP/m3/d 1.00 POP2 BLOOM_P

dOOSiMort production of OOSi by mortality gSi/m3/d 1.00 Opal BLOOM_P

dCUpt uptake of carbon by algae growth gC/m3/d -1.00 TIC BLOOM_P

dCUpt uptake of carbon by algae growth gC/m3/d -1.50 H2O BLOOM_P

dCUpt uptake of carbon by algae growth gC/m3/d -0.02 SO4 BLOOM_P

dNH4Upt NH4 uptake by algae growth gN/m3/d -1.00 NH4 BLOOM_P

dNH4Upt NH4 uptake by algae growth gN/m3/d 0.07 H+ BLOOM_P

dNH4Upt NH4 uptake by algae growth gN/m3/d -4.36 ALKA BLOOM_P

dNO3Upt uptake of NO3 by algae growth gN/m3/d -1.00 NO3 BLOOM_P

dNO3Upt uptake of NO3 by algae growth gN/m3/d 4.57 OXY BLOOM_P

continued on next page

Deltares 59 of 256

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Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dNO3Upt uptake of NO3 by algae growth gN/m3/d -0.07 H+ BLOOM_P

dNO3Upt uptake of NO3 by algae growth gN/m3/d 4.36 ALKA BLOOM_P

dNO3Upt uptake of NO3 by algae growth gN/m3/d -1.29 H2O BLOOM_P

dPO4Upt PO4 uptake by algae growth gP/m3/d -1.00 PO4 BLOOM_P

dPO4Upt PO4 uptake by algae growth gP/m3/d -0.03 H+ BLOOM_P

dPO4Upt PO4 uptake by algae growth gP/m3/d 1.97 ALKA BLOOM_P

dSIUpt Si uptake by algae growth gSi/m3/d -1.00 SI BLOOM_P

dDetNUpt uptake of DetN by heterotroph algae

growth

gN/m3/d -1.00 PON1 BLOOM_P

dDetPUpt uptake of DetP by heterotroph algae

growth

gP/m3/d -1.00 POP1 BLOOM_P

dDetCUpt uptake of DetC by heterotroph algae

growth

gC/m3/d -1.00 POC1 BLOOM_P

dPrProdOxy uptake of carbon by algae growth gC/m3/d 2.67 OXY BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 APHANFIX BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 APHANIZO BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 BLUEGRN BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 DINOFLAG BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 DINOMIX BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 FDIATOMS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 FFLAGELA BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 GREENS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 MDIATOMS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 MFLAGELA BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 MICROCYS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 OSCILAT BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 PHAEOCYS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 UlvaF BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 UlvaS BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 NODULA BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 ANABAENA BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 CYLINFIX BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 ARTHROSP BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 PLANKTOL BLOOM_P

dProdAlg production of algae type gC/m3/d 1.00 PSEUDOAN BLOOM_P

dProdAlg01 primary production of algae type 01 gC/m3/d 1.00 BLOOMALG01 BLOOM

dProdAlg02 primary production of algae type 02 gC/m3/d 1.00 BLOOMALG02 BLOOM

dProdAlg03 primary production of algae type 03 gC/m3/d 1.00 BLOOMALG03 BLOOM

dProdAlg04 primary production of algae type 04 gC/m3/d 1.00 BLOOMALG04 BLOOM

dProdAlg05 primary production of algae type 05 gC/m3/d 1.00 BLOOMALG05 BLOOM

dProdAlg06 primary production of algae type 06 gC/m3/d 1.00 BLOOMALG06 BLOOM

dProdAlg07 primary production of algae type 07 gC/m3/d 1.00 BLOOMALG07 BLOOM

dProdAlg08 primary production of algae type 08 gC/m3/d 1.00 BLOOMALG08 BLOOM

dProdAlg09 primary production of algae type 09 gC/m3/d 1.00 BLOOMALG09 BLOOM

dProdAlg10 primary production of algae type 10 gC/m3/d 1.00 BLOOMALG10 BLOOM

dProdAlg11 primary production of algae type 11 gC/m3/d 1.00 BLOOMALG11 BLOOM

dProdAlg12 primary production of algae type 12 gC/m3/d 1.00 BLOOMALG12 BLOOM

dProdAlg13 primary production of algae type 13 gC/m3/d 1.00 BLOOMALG13 BLOOM

dProdAlg14 primary production of algae type 14 gC/m3/d 1.00 BLOOMALG14 BLOOM

dProdAlg15 primary production of algae type 15 gC/m3/d 1.00 BLOOMALG15 BLOOM

dProdAlg16 primary production of algae type 16 gC/m3/d 1.00 BLOOMALG16 BLOOM

dProdAlg17 primary production of algae type 17 gC/m3/d 1.00 BLOOMALG17 BLOOM

dProdAlg18 primary production of algae type 18 gC/m3/d 1.00 BLOOMALG18 BLOOM

dProdAlg19 primary production of algae type 19 gC/m3/d 1.00 BLOOMALG19 BLOOM

dProdAlg20 primary production of algae type 20 gC/m3/d 1.00 BLOOMALG20 BLOOM

dProdAlg21 primary production of algae type 21 gC/m3/d 1.00 BLOOMALG21 BLOOM

dProdAlg22 primary production of algae type 22 gC/m3/d 1.00 BLOOMALG22 BLOOM

dProdAlg23 primary production of algae type 23 gC/m3/d 1.00 BLOOMALG23 BLOOM

dProdAlg24 primary production of algae type 24 gC/m3/d 1.00 BLOOMALG24 BLOOM

dProdAlg25 primary production of algae type 25 gC/m3/d 1.00 BLOOMALG25 BLOOM

dProdAlg26 primary production of algae type 26 gC/m3/d 1.00 BLOOMALG26 BLOOM

dProdAlg27 primary production of algae type 27 gC/m3/d 1.00 BLOOMALG27 BLOOM

dProdAlg28 primary production of algae type 28 gC/m3/d 1.00 BLOOMALG28 BLOOM

dProdAlg29 primary production of algae type 29 gC/m3/d 1.00 BLOOMALG29 BLOOM

dProdAlg30 primary production of algae type 30 gC/m3/d 1.00 BLOOMALG30 BLOOM

dMortAlg01 mortality of algae type 01 gC/m3/d -1.00 BLOOMALG01 BLOOM

dMortAlg02 mortality of algae type 02 gC/m3/d -1.00 BLOOMALG02 BLOOM

dMortAlg03 mortality of algae type 03 gC/m3/d -1.00 BLOOMALG03 BLOOM

continued on next page

60 of 256 Deltares

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Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMortAlg04 mortality of algae type 04 gC/m3/d -1.00 BLOOMALG04 BLOOM

dMortAlg05 mortality of algae type 05 gC/m3/d -1.00 BLOOMALG05 BLOOM

dMortAlg06 mortality of algae type 06 gC/m3/d -1.00 BLOOMALG06 BLOOM

dMortAlg07 mortality of algae type 07 gC/m3/d -1.00 BLOOMALG07 BLOOM

dMortAlg08 mortality of algae type 08 gC/m3/d -1.00 BLOOMALG08 BLOOM

dMortAlg09 mortality of algae type 09 gC/m3/d -1.00 BLOOMALG09 BLOOM

dMortAlg10 mortality of algae type 10 gC/m3/d -1.00 BLOOMALG10 BLOOM

dMortAlg11 mortality of algae type 11 gC/m3/d -1.00 BLOOMALG11 BLOOM

dMortAlg12 mortality of algae type 12 gC/m3/d -1.00 BLOOMALG12 BLOOM

dMortAlg13 mortality of algae type 13 gC/m3/d -1.00 BLOOMALG13 BLOOM

dMortAlg14 mortality of algae type 14 gC/m3/d -1.00 BLOOMALG14 BLOOM

dMortAlg15 mortality of algae type 15 gC/m3/d -1.00 BLOOMALG15 BLOOM

dMortAlg16 mortality of algae type 16 gC/m3/d -1.00 BLOOMALG16 BLOOM

dMortAlg17 mortality of algae type 17 gC/m3/d -1.00 BLOOMALG17 BLOOM

dMortAlg18 mortality of algae type 18 gC/m3/d -1.00 BLOOMALG18 BLOOM

dMortAlg19 mortality of algae type 19 gC/m3/d -1.00 BLOOMALG19 BLOOM

dMortAlg20 mortality of algae type 20 gC/m3/d -1.00 BLOOMALG20 BLOOM

dMortAlg21 mortality of algae type 21 gC/m3/d -1.00 BLOOMALG21 BLOOM

dMortAlg22 mortality of algae type 22 gC/m3/d -1.00 BLOOMALG22 BLOOM

dMortAlg23 mortality of algae type 23 gC/m3/d -1.00 BLOOMALG23 BLOOM

dMortAlg24 mortality of algae type 24 gC/m3/d -1.00 BLOOMALG24 BLOOM

dMortAlg25 mortality of algae type 25 gC/m3/d -1.00 BLOOMALG25 BLOOM

dMortAlg26 mortality of algae type 26 gC/m3/d -1.00 BLOOMALG26 BLOOM

dMortAlg27 mortality of algae type 27 gC/m3/d -1.00 BLOOMALG27 BLOOM

dMortAlg28 mortality of algae type 28 gC/m3/d -1.00 BLOOMALG28 BLOOM

dMortAlg29 mortality of algae type 29 gC/m3/d -1.00 BLOOMALG29 BLOOM

dMortAlg30 mortality of algae type 30 gC/m3/d -1.00 BLOOMALG30 BLOOM

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 APHANFIX Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 APHANIZO Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 BLUEGRN Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 DINOFLAG Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 DINOMIX Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 FDIATOMS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 FFLAGELA Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 GREENS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 MDIATOMS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 MFLAGELA Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 MICROCYS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 OSCILAT Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 PHAEOCYS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 UlvaF Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 UlvaS Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 NODULA Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 ANABAENA Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 CYLINFIX Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 ARTHROSP Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 PLANKTOL Phy_Blo_P

dDumphyblo dummy ﬂux to access Phy_Blo_P - 1.00 PSEUDOAN Phy_Blo_P

dDumMak dummy ﬂux to access MakOOC - 0.00 IM1 MakOOC

dDumMak dummy ﬂux to access MakOOC - 0.00 IM2 MakOOC

dDumMak dummy ﬂux to access MakOOC - 0.00 IM3 MakOOC

dDumS1Mak dummy ﬂux to access MakOOCS1 - 0.00 IM1S1 MakOOCS1

dDumS1Mak dummy ﬂux to access MakOOCS1 - 0.00 IM2S1 MakOOCS1

dDumS1Mak dummy ﬂux to access MakOOCS1 - 0.00 IM3S1 MakOOCS1

dDumS2Mak dummy ﬂux to access MakOOCS2 - 0.00 IM1S2 MakOOCS2

dDumS2Mak dummy ﬂux to access MakOOCS2 - 0.00 IM2S2 MakOOCS2

dDumS2Mak dummy ﬂux to access MakOOCS2 - 0.00 IM3S2 MakOOCS2

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 IM1S1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 IM2S1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 IM3S1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 DetCS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 OOCS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 DiatS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 GreenS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 AAPS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 DetNS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 DetPS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 DetSiS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 OONS1 S1_Comp

dDumS1Comp dummy ﬂux to access S1_Comp - 0.00 OOSiS1 S1_Comp

continued on next page

Deltares 61 of 256

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Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 IM1S2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 IM2S2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 IM3S2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 DetCS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 OOCS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 DiatS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 GreenS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 AAPS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 DetNS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 DetPS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 DetSiS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 OONS2 S2_Comp

dDumS2Comp dummy ﬂux to access S2_Comp - 0.00 OOSiS2 S2_Comp

dDumCompos dummy ﬂux to access Compos - 0.00 NO3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 NH4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 PO4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 Si Compos

dDumCompos dummy ﬂux to access Compos - 0.00 IM1 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 IM2 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 IM3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 Phyt Compos

dDumCompos dummy ﬂux to access Compos - 0.00 AlgN Compos

dDumCompos dummy ﬂux to access Compos - 0.00 AlgP Compos

dDumCompos dummy ﬂux to access Compos - 0.00 AlgSi Compos

dDumCompos dummy ﬂux to access Compos - 0.00 AlgDM Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POC1 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POC2 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POC3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POC4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 PON1 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 DOC Compos

dDumCompos dummy ﬂux to access Compos - 0.00 DON Compos

dDumCompos dummy ﬂux to access Compos - 0.00 DOP Compos

dDumCompos dummy ﬂux to access Compos - 0.00 DOS Compos

dDumCompos dummy ﬂux to access Compos - 0.00 AAP Compos

dDumCompos dummy ﬂux to access Compos - 0.00 VIVP Compos

dDumCompos dummy ﬂux to access Compos - 0.00 APATP Compos

dDumCompos dummy ﬂux to access Compos - 0.00 PON2 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 PON3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 PON4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POP1 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POP2 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POP3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POP4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POS1 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POS2 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POS3 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 POS4 Compos

dDumCompos dummy ﬂux to access Compos - 0.00 Opal Compos

dMrtEColi mortality ﬂux EColi MPN/m3/d -1.00 EColi EColiMrt

dMrtFColi mortality ﬂux FColi MPN/m3/d -1.00 FColi FColiMrt

dMrtTColi mortality ﬂux TColi MPN/m3/d -1.00 TColi TColiMrt

dMrtEnCoc mortality ﬂux EnCoc MPN/m3/d -1.00 EnCoc EnCocMrt

dREARCO2 reaeration ﬂux of CO2 gCO2/m3/d 0.27 TIC RearCO2

dAdsPO4AAP adsorption ﬂux PO4 to AAP gP/m3/d -1.00 PO4 AdsPO4AAP

dAdsPO4AAP adsorption ﬂux PO4 to AAP gP/m3/d 1.00 AAP AdsPO4AAP

dDenitSed denitriﬁcation ﬂux from the sediment gN/m3/d -1.00 NO3 DenSed_NO3

dDenitWat denitriﬁcation ﬂux in the water column gN/m3/d -1.00 NO3 DenWat_NO3

dDenitWat denitriﬁcation ﬂux in the water column gN/m3/d -0.07 H+ DenWat_NO3

dDenitWat denitriﬁcation ﬂux in the water column gN/m3/d 0.64 H2O DenWat_NO3

dDenitWat denitriﬁcation ﬂux in the water column gN/m3/d 2.86 OXY DenWat_NO3

dDenitWat denitriﬁcation ﬂux in the water column gN/m3/d 4.36 ALKA DenWat_NO3

dNITRIF nitriﬁcation ﬂux gN/m3/d -1.00 NH4 Nitrif_NH4

dNITRIF nitriﬁcation ﬂux gN/m3/d 1.00 NO3 Nitrif_NH4

dNITRIF nitriﬁcation ﬂux gN/m3/d -4.57 OXY Nitrif_NH4

dNITRIF nitriﬁcation ﬂux gN/m3/d 0.14 H+ Nitrif_NH4

dNITRIF nitriﬁcation ﬂux gN/m3/d 1.29 H2O Nitrif_NH4

dNITRIF nitriﬁcation ﬂux gN/m3/d -8.71 ALKA Nitrif_NH4

dREAROXY reaeration ﬂux of dissolved oxygen gO2/m3/d 1.00 OXY RearOXY

dCUptVar var. uptake of carbon by algae growth gC/m3/d 2.67 OXY VAROXY

continued on next page

62 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMinDetCS1 mineralisation ﬂux DetCS1 gC/m3/d -1.00 DetCS1 BMS1_DetC

dMinDetCS1 mineralisation ﬂux DetCS1 gC/m3/d -2.67 OXY BMS1_DetC

dMinDetCS1 mineralisation ﬂux DetCS1 gC/m3/d 1.00 TIC BMS1_DetC

dMinDetCS1 mineralisation ﬂux DetCS1 gC/m3/d 1.50 H2O BMS1_DetC

dSWMinDCS1 SWITCH mineralisation ﬂux DetC in

layer S1

gC/m3/d -1.00 DetCS1 BMS1_DetC

dSWMinDCS1 SWITCH mineralisation ﬂux DetC in

layer S1

gC/m3/d 1.00 TIC BMS1_DetC

dSWMinDCS1 SWITCH mineralisation ﬂux DetC in

layer S1

gC/m3/d 1.50 H2O BMS1_DetC

dMinDetCS2 mineralisation ﬂux DetCS2 gC/m3/d -1.00 DetCS2 BMS2_DetC

dMinDetCS2 mineralisation ﬂux DetCS2 gC/m3/d -2.67 OXY BMS2_DetC

dMinDetCS2 mineralisation ﬂux DetCS2 gC/m3/d 1.00 TIC BMS2_DetC

dMinDetCS2 mineralisation ﬂux DetCS2 gC/m3/d 1.50 H2O BMS2_DetC

dSWMinDCS2 SWITCH mineralisation ﬂux DetC in

layer S2

gC/m3/d -1.00 DetCS2 BMS2_DetC

dSWMinDCS2 SWITCH mineralisation ﬂux DetC in

layer S2

gC/m3/d 1.00 TIC BMS2_DetC

dSWMinDCS2 SWITCH mineralisation ﬂux DetC in

layer S2

gC/m3/d 1.50 H2O BMS2_DetC

dMinDetNS1 mineralisation ﬂux DetNS1 gN/m3/d -1.00 DetNS1 BMS1_DetN

dMinDetNS1 mineralisation ﬂux DetNS1 gN/m3/d 1.00 NH4 BMS1_DetN

dMinDetNS1 mineralisation ﬂux DetNS1 gN/m3/d -0.07 H+ BMS1_DetN

dMinDetNS1 mineralisation ﬂux DetNS1 gN/m3/d 4.36 ALKA BMS1_DetN

dSWMinDNS1 SWITCH mineralisation ﬂux DetN in

layer S1

gN/m3/d -1.00 DetNS1 BMS1_DetN

dSWMinDNS1 SWITCH mineralisation ﬂux DetN in

layer S1

gN/m3/d -0.07 H+ BMS1_DetN

dSWMinDNS1 SWITCH mineralisation ﬂux DetN in

layer S1

gN/m3/d 4.36 ALKA BMS1_DetN

dMinDetNS2 mineralisation ﬂux DetNS2 gN/m3/d -1.00 DetNS2 BMS2_DetN

dMinDetNS2 mineralisation ﬂux DetNS2 gN/m3/d 1.00 NH4 BMS2_DetN

dMinDetNS2 mineralisation ﬂux DetNS2 gN/m3/d -0.07 H+ BMS2_DetN

dMinDetNS2 mineralisation ﬂux DetNS2 gN/m3/d 4.36 ALKA BMS2_DetN

dSWMinDNS2 SWITCH mineralisation ﬂux DetN in

layer S2

gN/m3/d -1.00 DetNS2 BMS2_DetN

dSWMinDNS2 SWITCH mineralisation ﬂux DetN in

layer S2

gN/m3/d -0.07 H+ BMS2_DetN

dSWMinDNS2 SWITCH mineralisation ﬂux DetN in

layer S2

gN/m3/d 4.36 ALKA BMS2_DetN

dMinDetPS1 mineralisation ﬂux DetPS1 gP/m3/d -1.00 DetPS1 BMS1_DetP

dMinDetPS1 mineralisation ﬂux DetPS1 gP/m3/d 1.00 PO4 BMS1_DetP

dMinDetPS1 mineralisation ﬂux DetPS1 gP/m3/d 0.03 H+ BMS1_DetP

dMinDetPS1 mineralisation ﬂux DetPS1 gP/m3/d -1.97 ALKA BMS1_DetP

dSWMinDPS1 SWITCH mineralisation ﬂux DetP in

layer S1

gN/m3/d -1.00 DetPS1 BMS1_DetP

dSWMinDPS1 SWITCH mineralisation ﬂux DetP in

layer S1

gN/m3/d 0.03 H+ BMS1_DetP

dSWMinDPS1 SWITCH mineralisation ﬂux DetP in

layer S1

gN/m3/d -1.97 ALKA BMS1_DetP

dMinDetPS2 mineralisation ﬂux DetPS2 gP/m3/d -1.00 DetPS2 BMS2_DetP

dMinDetPS2 mineralisation ﬂux DetPS2 gP/m3/d 1.00 PO4 BMS2_DetP

dMinDetPS2 mineralisation ﬂux DetPS2 gP/m3/d 0.03 H+ BMS2_DetP

dMinDetPS2 mineralisation ﬂux DetPS2 gP/m3/d -1.97 ALKA BMS2_DetP

dSWMinDPS2 SWITCH mineralisation ﬂux DetP in

layer S2

gN/m3/d -1.00 DetPS2 BMS2_DetP

dSWMinDPS2 SWITCH mineralisation ﬂux DetP in

layer S2

gN/m3/d 0.03 H+ BMS2_DetP

dSWMinDPS2 SWITCH mineralisation ﬂux DetP in

layer S2

gN/m3/d -1.97 ALKA BMS2_DetP

dMinDetSiS mineralisation ﬂux DetSiS1 gSi/m3/d -1.00 DetSiS1 BMS1_DetSi

dMinDetSiS mineralisation ﬂux DetSiS1 gSi/m3/d 1.00 Si BMS1_DetSi

dSWMinDSS1 SWITCH mineralisation ﬂux DetSi in

layer S1

gSi/m3/d -1.00 DetSiS1 BMS1_DetSi

dMinDetSS2 mineralisation ﬂux DetSiS2 gSi/m3/d -1.00 DetSiS2 BMS2_DetSi

dMinDetSS2 mineralisation ﬂux DetSiS2 gSi/m3/d 1.00 Si BMS2_DetSi

dSWMinDSS2 SWITCH mineralisation ﬂux DetSi in

layer S2

gSi/m3/d -1.00 DetSiS2 BMS2_DetSi

dMinOOCS1 mineralisation ﬂux OOCS1 gC/m3/d -1.00 OOCS1 BMS1_OOC

continued on next page

Deltares 63 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMinOOCS1 mineralisation ﬂux OOCS1 gC/m3/d -2.67 OXY BMS1_OOC

dMinOOCS1 mineralisation ﬂux OOCS1 gC/m3/d 1.00 TIC BMS1_OOC

dMinOOCS1 mineralisation ﬂux OOCS1 gC/m3/d 1.50 H2O BMS1_OOC

dSWMnOOCS1 SWITCH mineralisation ﬂux OOC in

layer S1

gC/m3/d -1.00 OOCS1 BMS1_OOC

dSWMnOOCS1 SWITCH mineralisation ﬂux OOC in

layer S1

gC/m3/d 1.00 TIC BMS1_OOC

dSWMnOOCS1 SWITCH mineralisation ﬂux OOC in

layer S1

gC/m3/d 1.50 H2O BMS1_OOC

dMinOOCS2 mineralisation ﬂux OOCS2 gC/m3/d -1.00 OOCS2 BMS2_OOC

dMinOOCS2 mineralisation ﬂux OOCS2 gC/m3/d -2.67 OXY BMS2_OOC

dMinOOCS2 mineralisation ﬂux OOCS2 gC/m3/d 1.00 TIC BMS2_OOC

dMinOOCS2 mineralisation ﬂux OOCS2 gC/m3/d 1.50 H2O BMS2_OOC

dSWMnOOCS2 SWITCH mineralisation ﬂux OOC in

layer S2

gC/m3/d -1.00 OOCS2 BMS2_OOC

dSWMnOOCS2 SWITCH mineralisation ﬂux OOC in

layer S2

gC/m3/d 1.00 TIC BMS2_OOC

dSWMnOOCS2 SWITCH mineralisation ﬂux OOC in

layer S2

gC/m3/d 1.50 H2O BMS2_OOC

dMinOONS1 mineralisation ﬂux OONS1 gN/m3/d -1.00 OONS1 BMS1_OON

dMinOONS1 mineralisation ﬂux OONS1 gN/m3/d 1.00 NH4 BMS1_OON

dMinOONS1 mineralisation ﬂux OONS1 gN/m3/d -0.07 H+ BMS1_OON

dMinOONS1 mineralisation ﬂux OONS1 gN/m3/d 4.36 ALKA BMS1_OON

dSWMnOONS1 SWITCH mineralisation ﬂux OON in

layer S1

gN/m3/d -1.00 OONS1 BMS1_OON

dSWMnOONS1 SWITCH mineralisation ﬂux OON in

layer S1

gN/m3/d -0.07 H+ BMS1_OON

dSWMnOONS1 SWITCH mineralisation ﬂux OON in

layer S1

gN/m3/d 4.36 ALKA BMS1_OON

dMinOONS2 mineralisation ﬂux OONS2 gN/m3/d -1.00 OONS2 BMS2_OON

dMinOONS2 mineralisation ﬂux OONS2 gN/m3/d 1.00 NH4 BMS2_OON

dMinOONS2 mineralisation ﬂux OONS2 gN/m3/d -0.07 H+ BMS2_OON

dMinOONS2 mineralisation ﬂux OONS2 gN/m3/d 4.36 ALKA BMS2_OON

dSWMnOONS2 SWITCH mineralisation ﬂux OON in

layer S2

gN/m3/d -1.00 OONS2 BMS2_OON

dSWMnOONS2 SWITCH mineralisation ﬂux OON in

layer S2

gN/m3/d -0.07 H+ BMS2_OON

dSWMnOONS2 SWITCH mineralisation ﬂux OON in

layer S2

gN/m3/d 4.36 ALKA BMS2_OON

dMinOOPS1 mineralisation ﬂux OOPS1 gP/m3/d -1.00 OOPS1 BMS1_OOP

dMinOOPS1 mineralisation ﬂux OOPS1 gP/m3/d 1.00 PO4 BMS1_OOP

dMinOOPS1 mineralisation ﬂux OOPS1 gP/m3/d 0.03 H+ BMS1_OOP

dMinOOPS1 mineralisation ﬂux OOPS1 gP/m3/d -1.97 ALKA BMS1_OOP

dSWMnOOPS1 SWITCH mineralisation ﬂux OOP in

layer S1

gP/m3/d -1.00 OOPS1 BMS1_OOP

dSWMnOOPS1 SWITCH mineralisation ﬂux OOP in

layer S1

gP/m3/d 0.03 H+ BMS1_OOP

dSWMnOOPS1 SWITCH mineralisation ﬂux OOP in

layer S1

gP/m3/d -1.97 ALKA BMS1_OOP

dMinOOPS2 mineralisation ﬂux OOPS2 gP/m3/d -1.00 OOPS2 BMS2_OOP

dMinOOPS2 mineralisation ﬂux OOPS2 gP/m3/d 1.00 PO4 BMS2_OOP

dMinOOPS2 mineralisation ﬂux OOPS2 gP/m3/d 0.03 H+ BMS2_OOP

dMinOOPS2 mineralisation ﬂux OOPS2 gP/m3/d -1.97 ALKA BMS2_OOP

dSWMnOOPS2 SWITCH mineralisation ﬂux OOP in

layer S2

gP/m3/d -1.00 OOPS2 BMS2_OOP

dSWMnOOPS2 SWITCH mineralisation ﬂux OOP in

layer S2

gP/m3/d 0.03 H+ BMS2_OOP

dSWMnOOPS2 SWITCH mineralisation ﬂux OOP in

layer S2

gP/m3/d -1.97 ALKA BMS2_OOP

dMinOOSiS1 mineralisation ﬂux OOSiS1 gSi/m3/d -1.00 OOSiS1 BMS1_OOSi

dMinOOSiS1 mineralisation ﬂux OOSiS1 gSi/m3/d 1.00 Si BMS1_OOSi

dSWMnOOSS1 SWITCH mineralisation ﬂux OOSi in

layer S1

gSi/m3/d -1.00 OOSiS1 BMS1_OOSi

dMinOOSiS2 mineralisation ﬂux OOSiS2 gSi/m3/d -1.00 OOSiS2 BMS2_OOSi

dMinOOSiS2 mineralisation ﬂux OOSiS2 gSi/m3/d 1.00 Si BMS2_OOSi

dSWMnOOSS2 SWITCH mineralisation ﬂux OOSi in

layer S2

gSi/m3/d -1.00 OOSiS2 BMS2_OOSi

dDesoAAPS1 desorption ﬂux AAP layer S1 gP/m3/d -1.00 AAPS1 Deso_AAPS1

dDesoAAPS1 desorption ﬂux AAP layer S1 gP/m3/d 1.00 PO4 Deso_AAPS1

continued on next page

64 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSWDeAAPS1 desorption ﬂux AAP from layer S1 gP/m3/d -1.00 AAPS1 Deso_AAPS1

dSWDeAAPS1 desorption ﬂux AAP from layer S1 gP/m3/d 1.00 PO4 Deso_AAPS1

dDesoAAPS2 desorption ﬂux AAP sediment S2 gP/m3/d -1.00 AAPS2 Deso_AAPS2

dDesoAAPS2 desorption ﬂux AAP sediment S2 gP/m3/d 1.00 PO4 Deso_AAPS2

dSWDeAAPS2 desorption ﬂux AAP from layer S2 gP/m3/d -1.00 AAPS2 Deso_AAPS2

dSWDeAAPS2 desorption ﬂux AAP from layer S2 gP/m3/d 1.00 PO4 Deso_AAPS2

dCBOD5 decay ﬂux of CBOD5 gO2/m3/d -1.00 CBOD5 BODCOD

dCBOD5_2 decay ﬂux of CBOD5_2 gO2/m3/d -1.00 CBOD5_2 BODCOD

dCBODu decay ﬂux of CBODu gO2/m3/d -1.00 CBODu BODCOD

dCBODu_2 decay ﬂux of CBODu_2 gO2/m3/d -1.00 CBODu_2 BODCOD

dNBOD5 decay ﬂux of NBOD5 gO2/m3/d -1.00 NBOD5 BODCOD

dNBODu decay ﬂux of NBODu gO2/m3/d -1.00 NBODu BODCOD

dCOD_Cr decay ﬂux of COD_Cr gO2/m3/d -1.00 COD_Cr BODCOD

dCOD_Mn decay ﬂux of COD_Mn gO2/m3/d -1.00 COD_Mn BODCOD

dOxyBODCOD oxygen consumption from decay BOD

and COD

gO2/m3/d -1.00 OXY BODCOD

dCBOD5T TEWOR decay ﬂux of CBOD5 gO2/m3/d -1.00 CBOD5 DBOD_TEWOR

dCBOD5_2T TEWOR decay ﬂux of CBOD5_2 gO2/m3/d -1.00 CBOD5_2 DBOD_TEWOR

dCBOD5_3T TEWOR decay ﬂux of CBOD5_3 gO2/m3/d -1.00 CBOD5_3 DBOD_TEWOR

dCBODOXYT TEWOR oxygen demand by decay of

BODU

gO2/m3/d -1.00 OXY DBOD_TEWOR

dCnvPPOC1 conversion ﬂux POC1 to POC2 gC/m3/d -1.00 POC1 DecFast

dCnvPPOC1 conversion ﬂux POC1 to POC2 gC/m3/d 1.00 POC2 DecFast

dCnvPPON1 conversion ﬂux PON1 to PON2 gN/m3/d -1.00 PON1 DecFast

dCnvPPON1 conversion ﬂux PON1 to PON2 gN/m3/d 1.00 PON2 DecFast

dCnvPPOP1 conversion ﬂux POP1 to POP2 gP/m3/d -1.00 POP1 DecFast

dCnvPPOP1 conversion ﬂux POP1 to POP2 gP/m3/d 1.00 POP2 DecFast

dCnvPPOS1 conversion ﬂux POS1 to POS2 gS/m3/d -1.00 POS1 DecFast

dCnvPPOS1 conversion ﬂux POS1 to POS2 gS/m3/d 1.00 POS2 DecFast

dCnvDPOC1 conversion ﬂux POC1 to DOC gC/m3/d -1.00 POC1 DecFast

dCnvDPOC1 conversion ﬂux POC1 to DOC gC/m3/d 1.00 DOC DecFast

dCnvDPON1 conversion ﬂux PON1 to DON gN/m3/d -1.00 PON1 DecFast

dCnvDPON1 conversion ﬂux PON1 to DON gN/m3/d 1.00 DON DecFast

dCnvDPOP1 conversion ﬂux POP1 to DOP gP/m3/d -1.00 POP1 DecFast

dCnvDPOP1 conversion ﬂux POP1 to DOP gP/m3/d 1.00 DOP DecFast

dCnvDPOS1 conversion ﬂux POS1 to DOS gS/m3/d -1.00 POS1 DecFast

dCnvDPOS1 conversion ﬂux POS1 to DOS gS/m3/d 1.00 DOS DecFast

dMinPOC1G mineralization ﬂux POC1 to CO2 gC/m3/d -1.00 POC1 DecFast

dMinPON1 mineralization ﬂux PON1 to NH4 gN/m3/d -1.00 PON1 DecFast

dMinPON1 mineralization ﬂux PON1 to NH4 gN/m3/d 1.00 NH4 DecFast

dMinPOP1 mineralization ﬂux POP1 to PO4 gP/m3/d -1.00 POP1 DecFast

dMinPOP1 mineralization ﬂux POP1 to PO4 gP/m3/d 1.00 PO4 DecFast

dMinPOS1 mineralization ﬂux POS1 to SUD gS/m3/d -1.00 POS1 DecFast

dMinPOS1 mineralization ﬂux POS1 to SUD gS/m3/d 1.00 SUD DecFast

dCnvPPOC2 conversion ﬂux POC2 to POC3 gC/m3/d -1.00 POC2 DecMedium

dCnvPPOC2 conversion ﬂux POC2 to POC3 gC/m3/d 1.00 POC3 DecMedium

dCnvPPON2 conversion ﬂux PON2 to PON3 gN/m3/d -1.00 PON2 DecMedium

dCnvPPON2 conversion ﬂux PON2 to PON3 gN/m3/d 1.00 PON3 DecMedium

dCnvPPOP2 conversion ﬂux POP2 to POP3 gP/m3/d -1.00 POP2 DecMedium

dCnvPPOP2 conversion ﬂux POP2 to POP3 gP/m3/d 1.00 POP3 DecMedium

dCnvPPOS2 conversion ﬂux POS2 to POS3 gS/m3/d -1.00 POS2 DecMedium

dCnvPPOS2 conversion ﬂux POS2 to POS3 gS/m3/d 1.00 POS3 DecMedium

dCnvDPOC2 conversion ﬂux POC2 to DOC gC/m3/d -1.00 POC2 DecMedium

dCnvDPOC2 conversion ﬂux POC2 to DOC gC/m3/d 1.00 DOC DecMedium

dCnvDPON2 conversion ﬂux PON2 to DON gN/m3/d -1.00 PON2 DecMedium

dCnvDPON2 conversion ﬂux PON2 to DON gN/m3/d 1.00 DON DecMedium

dCnvDPOP2 conversion ﬂux POP2 to DOP gP/m3/d -1.00 POP2 DecMedium

dCnvDPOP2 conversion ﬂux POP2 to DOP gP/m3/d 1.00 DOP DecMedium

dCnvDPOS2 conversion ﬂux POS2 to DOS gS/m3/d -1.00 POS2 DecMedium

dCnvDPOS2 conversion ﬂux POS2 to DOS gS/m3/d 1.00 DOS DecMedium

dMinPOC2G mineralization ﬂux POC2 to CO2 gC/m3/d -1.00 POC2 DecMedium

dMinPON2 mineralization ﬂux PON2 to NH4 gN/m3/d -1.00 PON2 DecMedium

dMinPON2 mineralization ﬂux PON2 to NH4 gN/m3/d 1.00 NH4 DecMedium

dMinPOP2 mineralization ﬂux POP2 to PO4 gP/m3/d -1.00 POP2 DecMedium

dMinPOP2 mineralization ﬂux POP2 to PO4 gP/m3/d 1.00 PO4 DecMedium

dMinPOS2 mineralization ﬂux POS2 to SUD gS/m3/d -1.00 POS2 DecMedium

dMinPOS2 mineralization ﬂux POS2 to SUD gS/m3/d 1.00 SUD DecMedium

dCnvPPOC3 conversion ﬂux POC3 to POC4 gC/m3/d -1.00 POC3 DecSlow

continued on next page

Deltares 65 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dCnvPPOC3 conversion ﬂux POC3 to POC4 gC/m3/d 1.00 POC4 DecSlow

dCnvPPON3 conversion ﬂux PON3 to PON4 gN/m3/d -1.00 PON3 DecSlow

dCnvPPON3 conversion ﬂux PON3 to PON4 gN/m3/d 1.00 PON4 DecSlow

dCnvPPOP3 conversion ﬂux POP3 to POP4 gP/m3/d -1.00 POP3 DecSlow

dCnvPPOP3 conversion ﬂux POP3 to POP4 gP/m3/d 1.00 POP4 DecSlow

dCnvPPOS3 conversion ﬂux POS3 to POS4 gS/m3/d -1.00 POS3 DecSlow

dCnvPPOS3 conversion ﬂux POS3 to POS4 gS/m3/d 1.00 POS4 DecSlow

dCnvDPOC3 conversion ﬂux POC3 to DOC gC/m3/d -1.00 POC3 DecSlow

dCnvDPOC3 conversion ﬂux POC3 to DOC gC/m3/d 1.00 DOC DecSlow

dCnvDPON3 conversion ﬂux PON3 to DON gN/m3/d -1.00 PON3 DecSlow

dCnvDPON3 conversion ﬂux PON3 to DON gN/m3/d 1.00 DON DecSlow

dCnvDPOP3 conversion ﬂux POP3 to DOP gP/m3/d -1.00 POP3 DecSlow

dCnvDPOP3 conversion ﬂux POP3 to DOP gP/m3/d 1.00 DOP DecSlow

dCnvDPOS3 conversion ﬂux POS3 to DOS gS/m3/d -1.00 POS3 DecSlow

dCnvDPOS3 conversion ﬂux POS3 to DOS gS/m3/d 1.00 DOS DecSlow

dMinPOC3G mineralization ﬂux POC3 to CO2 gC/m3/d -1.00 POC3 DecSlow

dMinPON3 mineralization ﬂux PON3 to NH4 gN/m3/d -1.00 PON3 DecSlow

dMinPON3 mineralization ﬂux PON3 to NH4 gN/m3/d 1.00 NH4 DecSlow

dMinPOP3 mineralization ﬂux POP3 to PO4 gP/m3/d -1.00 POP3 DecSlow

dMinPOP3 mineralization ﬂux POP3 to PO4 gP/m3/d 1.00 PO4 DecSlow

dMinPOS3 mineralization ﬂux POS3 to SUD gS/m3/d -1.00 POS3 DecSlow

dMinPOS3 mineralization ﬂux POS3 to SUD gS/m3/d 1.00 SUD DecSlow

dMinPOC4G mineralization ﬂux POC4 to CO2 gC/m3/d -1.00 POC4 DecRefr

dMinPON4 mineralization ﬂux PON4 to NH4 gN/m3/d -1.00 PON4 DecRefr

dMinPON4 mineralization ﬂux PON4 to NH4 gN/m3/d 1.00 NH4 DecRefr

dMinPOP4 mineralization ﬂux POP4 to PO4 gP/m3/d -1.00 POP4 DecRefr

dMinPOP4 mineralization ﬂux POP4 to PO4 gP/m3/d 1.00 PO4 DecRefr

dMinPOS4 mineralization ﬂux POS4 to SUD gS/m3/d -1.00 POS4 DecRefr

dMinPOS4 mineralization ﬂux POS4 to SUD gS/m3/d 1.00 SUD DecRefr

dMinDOCG mineralization ﬂux DOC to CO2 gC/m3/d -1.00 DOC DecDOC

dMinDON mineralization ﬂux DON to NH4 gN/m3/d -1.00 DON DecDOC

dMinDON mineralization ﬂux DON to NH4 gN/m3/d 1.00 NH4 DecDOC

dMinDOP mineralization ﬂux DOP to PO4 gP/m3/d -1.00 DOP DecDOC

dMinDOP mineralization ﬂux DOP to PO4 gP/m3/d 1.00 PO4 DecDOC

dMinDOS mineralization ﬂux DOS to SUD gS/m3/d -1.00 DOS DecDOC

dMinDOS mineralization ﬂux DOS to SUD gS/m3/d 1.00 SUD DecDOC

dCnvPPOC5 conversion ﬂux POC5 to POC4 gC/m3/d -1.00 POC5 DecPOC5

dCnvPPOC5 conversion ﬂux POC5 to POC4 gC/m3/d 1.00 POC4 DecPOC5

dCnvPPON5 conversion ﬂux PON5 to PON4 gN/m3/d -1.00 PON5 DecPOC5

dCnvPPON5 conversion ﬂux PON5 to PON4 gN/m3/d 1.00 PON4 DecPOC5

dCnvPPOP5 conversion ﬂux POP5 to POP4 gP/m3/d -1.00 POP5 DecPOC5

dCnvPPOP5 conversion ﬂux POP5 to POP4 gP/m3/d 1.00 POP4 DecPOC5

dCnvPPOS5 conversion ﬂux POS5 to POS4 gS/m3/d -1.00 POS5 DecPOC5

dCnvPPOS5 conversion ﬂux POS5 to POS4 gS/m3/d 1.00 POS4 DecPOC5

dCnvDPOC5 conversion ﬂux POC5 to DOC gC/m3/d -1.00 POC5 DecPOC5

dCnvDPOC5 conversion ﬂux POC5 to DOC gC/m3/d 1.00 DOC DecPOC5

dCnvDPON5 conversion ﬂux PON5 to DON gN/m3/d -1.00 PON5 DecPOC5

dCnvDPON5 conversion ﬂux PON5 to DON gN/m3/d 1.00 DON DecPOC5

dCnvDPOP5 conversion ﬂux POP5 to DOP gP/m3/d -1.00 POP5 DecPOC5

dCnvDPOP5 conversion ﬂux POP5 to DOP gP/m3/d 1.00 DOP DecPOC5

dCnvDPOS5 conversion ﬂux POS5 to DOS gS/m3/d -1.00 POS5 DecPOC5

dCnvDPOS5 conversion ﬂux POS5 to DOS gS/m3/d 1.00 DOS DecPOC5

dMinPOC5G mineralisation ﬂux POC5 to CO2 gC/m3/d -1.00 POC5 DecPOC5

dMinPON5 mineralisation ﬂux PON5 to NH4 gN/m3/d -1.00 PON5 DecPOC5

dMinPON5 mineralisation ﬂux PON5 to NH4 gN/m3/d 1.00 NH4 DecPOC5

dMinPOP5 mineralisation ﬂux POP5 to PO4 gP/m3/d -1.00 POP5 DecPOC5

dMinPOP5 mineralisation ﬂux POP5 to PO4 gP/m3/d 1.00 PO4 DecPOC5

dMinPOS5 mineralisation ﬂux POS5 to SO4 gS/m3/d -1.00 POS5 DecPOC5

dMinPOS5 mineralisation ﬂux POS5 to SO4 gS/m3/d 1.00 SUD DecPOC5

dMinPOC5E min. ﬂux POC5 to CO2 emersed gC/m3/d -1.00 POC5 DecPOC5

dMinPOC5E min. ﬂux POC5 to CO2 emersed gC/m3/d -2.67 OXY DecPOC5

dMinPOC5E min. ﬂux POC5 to CO2 emersed gC/m3/d 1.00 TIC DecPOC5

dMinPOC5E min. ﬂux POC5 to CO2 emersed gC/m3/d 1.50 H2O DecPOC5

dMinPOC5A min. ﬂux POC5 to CO2 atmosphere gC/m3/d 2.67 OXY DecPOC5

dMinPOC5A min. ﬂux POC5 to CO2 atmosphere gC/m3/d -1.00 TIC DecPOC5

dPrecipPO4 precipitation ﬂux PO4 to vivianite gP/m3/d -1.00 PO4 Vivianit

dPrecipPO4 precipitation ﬂux PO4 to vivianite gP/m3/d 1.00 VIVP Vivianit

dDissolPO4 dissolution ﬂux vivivanite to PO4 gP/m3/d 1.00 PO4 Vivianit

continued on next page

66 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dDissolPO4 dissolution ﬂux vivivanite to PO4 gP/m3/d -1.00 VIVP Vivianit

dDissolSi dissolution ﬂux Opal to Si gSi/m3/d 1.00 Si DisSi

dDissolSi dissolution ﬂux Opal to Si gSi/m3/d -1.00 Opal DisSi

dSOD decay ﬂux of SOD gO2/m3/d -1.00 SOD SedOXYDem

dOxSOD oxygen consumption from SOD gO2/m3/d -1.00 OXY SedOXYDem

dPPGreen net primary production of Greens gC/m3/d 2.67 OXY GroMrt_Gre

dPPGreen net primary production of Greens gC/m3/d -1.00 TIC GroMrt_Gre

dPPGreen net primary production of Greens gC/m3/d -1.50 H2O GroMrt_Gre

dPPGreen net primary production of Greens gC/m3/d 1.00 Green GroMrt_Gre

dMrtGreen mortality of Greens gC/m3/d -1.00 Green GroMrt_Gre

dPPDiat net primary production of Diatoms gC/m3/d 2.67 OXY GroMrt_Dia

dPPDiat net primary production of Diatoms gC/m3/d -1.00 TIC GroMrt_Dia

dPPDiat net primary production of Diatoms gC/m3/d -1.50 H2O GroMrt_Dia

dPPDiat net primary production of Diatoms gC/m3/d 1.00 Diat GroMrt_Dia

dMrtDiat mortality of Diatoms gC/m3/d -1.00 Diat GroMrt_Dia

dPPDiatS1 net primary production of Diatoms in

layer S1

gC/m3/d 2.67 OXY GroMrt_DS1

dPPDiatS1 net primary production of Diatoms in

layer S1

gC/m3/d -1.00 TIC GroMrt_DS1

dPPDiatS1 net primary production of Diatoms in

layer S1

gC/m3/d -1.50 H2O GroMrt_DS1

dPPDiatS1 net primary production of Diatoms in

layer S1

gC/m3/d 1.00 DiatS1 GroMrt_DS1

dMrtDiatS1 mortality of Diatoms in layer S1 gC/m3/d -1.00 DiatS1 GroMrt_DS1

dNH4UptS1 NH4 uptake by algae growth in layer S1 gN/m3/d -1.00 NH4 GroMrt_DS1

dNH4UptS1 NH4 uptake by algae growth in layer S1 gN/m3/d 0.07 H+ GroMrt_DS1

dNH4UptS1 NH4 uptake by algae growth in layer S1 gN/m3/d -4.36 ALKA GroMrt_DS1

dNO3UptS1 uptake of NO3 by algae growth in layer

gN/m3/d -1.00 NO3 GroMrt_DS1

dNO3UptS1 uptake of NO3 by algae growth in layer

gN/m3/d 4.57 OXY GroMrt_DS1

dNO3UptS1 uptake of NO3 by algae growth in layer

gN/m3/d -0.07 H+ GroMrt_DS1

dNO3UptS1 uptake of NO3 by algae growth in layer

gN/m3/d 4.36 ALKA GroMrt_DS1

dNO3UptS1 uptake of NO3 by algae growth in layer

gN/m3/d -1.29 H2O GroMrt_DS1

dPO4UptS1 PO4 uptake by algae growth in layer S1 gP/m3/d -1.00 PO4 GroMrt_DS1

dPO4UptS1 PO4 uptake by algae growth in layer S1 gP/m3/d -0.03 H+ GroMrt_DS1

dPO4UptS1 PO4 uptake by algae growth in layer S1 gP/m3/d 1.97 ALKA GroMrt_DS1

dSiUptS1 Si uptake by algae growth in layer S1 gSi/m3/d -1.00 Si GroMrt_DS1

dNH4US1D NH4 uptake by algae growth from detri-

tus

gN/m3/d -1.00 NH4 GroMrt_DS1

dNH4US1D NH4 uptake by algae growth from detri-

tus

gN/m3/d 0.07 H+ GroMrt_DS1

dNH4US1D NH4 uptake by algae growth from detri-

tus

gN/m3/d -4.36 ALKA GroMrt_DS1

dPO4US1D PO4 uptake by algae growth from detri-

tus

gP/m3/d -1.00 PO4 GroMrt_DS1

dPO4US1D PO4 uptake by algae growth from detri-

tus

gP/m3/d -0.03 H+ GroMrt_DS1

dPO4US1D PO4 uptake by algae growth from detri-

tus

gP/m3/d 1.97 ALKA GroMrt_DS1

dSiUS1D Si uptake by algae growth from detritus gSi/m3/d -1.00 Si GroMrt_DS1

dcPPGreen correction ﬂux Greens growth gN/m3/d 2.67 OXY PPrLim

dcPPGreen correction ﬂux Greens growth gN/m3/d -1.00 TIC PPrLim

dcPPGreen correction ﬂux Greens growth gN/m3/d -1.50 H2O PPrLim

dcPPGreen correction ﬂux Greens growth gN/m3/d 1.00 Green PPrLim

dcPPDiat correction ﬂux Diatoms growth gN/m3/d 2.67 OXY PPrLim

dcPPDiat correction ﬂux Diatoms growth gN/m3/d -1.00 TIC PPrLim

dcPPDiat correction ﬂux Diatoms growth gN/m3/d -1.50 H2O PPrLim

dcPPDiat correction ﬂux Diatoms growth gN/m3/d 1.00 Diat PPrLim

dMortDetC production of DetC by mortality phyto-

plankton

gC/m3/d 1.00 POC1 NutRel_Alg

dMortOOC production of OOC by mortality phyto-

plankton

gC/m3/d 1.00 POC2 NutRel_Alg

dNH4Aut autolysis ﬂux of NH4 gN/m3/d 1.00 NH4 NutRel_Alg

dNH4Aut autolysis ﬂux of NH4 gN/m3/d -0.07 H+ NutRel_Alg

continued on next page

Deltares 67 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dNH4Aut autolysis ﬂux of NH4 gN/m3/d 4.36 ALKA NutRel_Alg

dMortDetN production of DetN by mortality phyto-

plankton

gN/m3/d 1.00 PON1 NutRel_Alg

dMortOON production of OON by mortality phyto-

plankton

gN/m3/d 1.00 PON2 NutRel_Alg

dPO4Aut autolysis of PO4 gP/m3/d 1.00 PO4 NutRel_Alg

dPO4Aut autolysis of PO4 gP/m3/d 0.03 H+ NutRel_Alg

dPO4Aut autolysis of PO4 gP/m3/d -1.97 ALKA NutRel_Alg

dMortDetP production of DetP by mortality phyto-

plankton

gP/m3/d 1.00 POP1 NutRel_Alg

dMortOOP production of OOP by mortality phyto-

plankton

gP/m3/d 1.00 POP2 NutRel_Alg

dMortDetSi production of DetSi by mortality phyto-

plankton

gSi/m3/d 1.00 Opal NutRel_Alg

dMortOOSi production of OOSi by mortality phyto-

plankton

gSi/m3/d 1.00 Opal NutRel_Alg

dMrtDetCS1 mortality algae in layer S1 to DetC gC/m3/d 1.00 DetCS1 NRAlg_S1

dMrtOOCS1 mortality algae to OOC in layer S1 gC/m3/d 1.00 OOCS1 NRAlg_S1

dNH4AUTS1 autolysis algae to NH4 in layer S1 gN/m3/d 1.00 NH4 NRAlg_S1

dNH4AUTS1 autolysis algae to NH4 in layer S1 gN/m3/d -0.07 H+ NRAlg_S1

dNH4AUTS1 autolysis algae to NH4 in layer S1 gN/m3/d 4.36 ALKA NRAlg_S1

dMrtDetNS1 mortality algae in layer S1 to DetN gN/m3/d 1.00 DetNS1 NRAlg_S1

dMrtOONS1 mortality algae to OON in layer S1 gN/m3/d 1.00 OONS1 NRAlg_S1

dPO4AUTS1 autolysis algae in layer S1 to PO4 gP/m3/d 1.00 PO4 NRAlg_S1

dPO4AUTS1 autolysis algae in layer S1 to PO4 gP/m3/d 0.03 H+ NRAlg_S1

dPO4AUTS1 autolysis algae in layer S1 to PO4 gP/m3/d -1.97 ALKA NRAlg_S1

dMrtDetPS1 mortality algae in layer S1 to DetP gP/m3/d 1.00 DetPS1 NRAlg_S1

dMrtOOPS1 mortality algae to OOP in layer S1 gP/m3/d 1.00 OOPS1 NRAlg_S1

dSiAUTS1 autolysis algae in layer S1 to Si gSi/m3/d 1.00 Si NRAlg_S1

dMrtDetSS1 mortality algae in layer S1 to DetSi gSi/m3/d 1.00 DetSiS1 NRAlg_S1

dMrtOOSS1 mortality algae to OOSi in layer S1 gSi/m3/d 1.00 OOSiS1 NRAlg_S1

dDumOXYMin dummy ﬂux to access OXYMin - 0.00 OXY OXYMin

dDumOXYMin dummy ﬂux to access OXYMin - 0.00 GREEN OXYMin

dDumOXYMin dummy ﬂux to access OXYMin - 0.00 DIAT OXYMin

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d -2.67 OXY CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 1.00 TIC CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 1.50 H2O CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 0.00 POC1 CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 0.00 POC2 CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 0.00 POC3 CONSELAC

dOxCon mineralisation ﬂux oxidised with DO gC/m3/d 0.00 POC4 CONSELAC

dNiDen mineralisation ﬂux oxidised with nitrate gC/m3/d -0.93 NO3 CONSELAC

dNiDen mineralisation ﬂux oxidised with nitrate gC/m3/d 1.00 TIC CONSELAC

dNiDen mineralisation ﬂux oxidised with nitrate gC/m3/d 2.10 H2O CONSELAC

dNiDen mineralisation ﬂux oxidised with nitrate gC/m3/d -0.07 H+ CONSELAC

dNiDen mineralisation ﬂux oxidised with nitrate gC/m3/d 4.07 Alka CONSELAC

dFeRed mineralisation ﬂux oxid. with iron gC/m3/d -18.60 FeIIIpa CONSELAC

dFeRed mineralisation ﬂux oxid. with iron gC/m3/d 18.60 FeIId CONSELAC

dFeRed mineralisation ﬂux oxid. with iron gC/m3/d 1.00 TIC CONSELAC

dFeRed mineralisation ﬂux oxid. with iron gC/m3/d 40.67 Alka CONSELAC

dSuRed mineralisation ﬂux oxid. with sulphate gC/m3/d -1.33 SO4 CONSELAC

dSuRed mineralisation ﬂux oxid. with sulphate gC/m3/d 1.33 SUD CONSELAC

dSuRed mineralisation ﬂux oxid. with sulphate gC/m3/d 1.00 TIC CONSELAC

dSuRed mineralisation ﬂux oxid. with sulphate gC/m3/d 1.50 H2O CONSELAC

dMetGenCH4 mineralisation ﬂux conv. into methane gC/m3/d 1.00 CH4 CONSELAC

dMetGenCO2 min. ﬂux conv. methanogenese into

CO2

gC/m3/d 1.00 TIC CONSELAC

dMetEbul methane ebullition ﬂux gC/m3/d -1.00 CH4 EBULCH4

dVolCH4 reaeration ﬂux gC/m3/d 1.00 CH4 VolatCH4

dSUDox sulphide oxidation ﬂux gS/m3/d -1.00 SUD OXIDSUD

dSUDox sulphide oxidation ﬂux gS/m3/d -2.00 OXY OXIDSUD

dSUDox sulphide oxidation ﬂux gS/m3/d 1.00 SO4 OXIDSUD

dSUDprec sulphide precipitation ﬂux gS/m3/d -1.00 SUD PRECSUL

dSUDprec sulphide precipitation ﬂux gS/m3/d 1.00 SUP PRECSUL

dSUDdis sulphide dissolution ﬂux gS/m3/d 1.00 SUD PRECSUL

dSUDdis sulphide dissolution ﬂux gS/m3/d -1.00 SUP PRECSUL

dMethoxDO methane oxidation ﬂux with DO gC/m3/d -1.00 CH4 OXIDCH4

dMethoxDO methane oxidation ﬂux with DO gC/m3/d -5.33 OXY OXIDCH4

continued on next page

68 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMethoxDO methane oxidation ﬂux with DO gC/m3/d 1.00 TIC OXIDCH4

dMethoxDO methane oxidation ﬂux with DO gC/m3/d 3.00 H2O OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d -1.00 CH4 OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d -2.67 SO4 OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d 1.00 TIC OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d 2.67 SUD OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d 3.00 H2O OXIDCH4

dMethoxSu methane oxidation ﬂux with sulphate gC/m3/d 0.33 H+ OXIDCH4

dioo rate of iron oxidation with oxygen gFe/m3/d -1.00 FeIId IRONOX

dioo rate of iron oxidation with oxygen gFe/m3/d -0.14 OXY IRONOX

dioo rate of iron oxidation with oxygen gFe/m3/d 1.00 FeIIId IRONOX

dion rate of iron oxidation with nitrate gFe/m3/d -1.00 FeIId IRONOX

dion rate of iron oxidation with nitrate gFe/m3/d -0.05 NO3 IRONOX

dion rate of iron oxidation with nitrate gFe/m3/d 1.00 FeIIId IRONOX

dFeSox rate of iron sulphide oxidation gFe/m3/d -1.00 FeS SULPHOX

dFeSox rate of iron sulphide oxidation gFe/m3/d -1.14 OXY SULPHOX

dFeSox rate of iron sulphide oxidation gFe/m3/d 1.00 FeIId SULPHOX

dFeSox rate of iron sulphide oxidation gFe/m3/d 0.57 SO4 SULPHOX

dFeS2ox rate of of pyrite oxidation gFe/m3/d -1.00 FeS2 SULPHOX

dFeS2ox rate of of pyrite oxidation gFe/m3/d -2.00 OXY SULPHOX

dFeS2ox rate of of pyrite oxidation gFe/m3/d 1.00 FeIId SULPHOX

dFeS2ox rate of of pyrite oxidation gFe/m3/d 1.14 SO4 SULPHOX

dFeS2ox rate of of pyrite oxidation gFe/m3/d -2.39 Alka SULPHOX

dire1 rate of amorphous iron red. with H2S gFe/m3/d -1.00 FeIIIpa IRONRED

dire1 rate of amorphous iron red. with H2S gFe/m3/d -0.07 SUD IRONRED

dire1 rate of amorphous iron red. with H2S gFe/m3/d 1.00 FeIId IRONRED

dire1 rate of amorphous iron red. with H2S gFe/m3/d 0.07 SO4 IRONRED

dire1 rate of amorphous iron red. with H2S gFe/m3/d 2.09 Alka IRONRED

dire2 rate of crystalline iron red. with H2S gFe/m3/d -1.00 FeIIIpc IRONRED

dire2 rate of crystalline iron red. with H2S gFe/m3/d -0.07 SUD IRONRED

dire2 rate of crystalline iron red. with H2S gFe/m3/d 1.00 FeIId IRONRED

dire2 rate of crystalline iron red. with H2S gFe/m3/d 0.07 SO4 IRONRED

dire2 rate of crystalline iron red. with H2S gFe/m3/d 2.09 Alka IRONRED

dire3 rate of amorphous iron red. with FeS gFe/m3/d -1.00 FeIIIpa IRONRED

dire3 rate of amorphous iron red. with FeS gFe/m3/d -0.12 Fes IRONRED

dire3 rate of amorphous iron red. with FeS gFe/m3/d 1.12 FeIId IRONRED

dire3 rate of amorphous iron red. with FeS gFe/m3/d 0.07 SO4 IRONRED

dire3 rate of amorphous iron red. with FeS gFe/m3/d 2.13 Alka IRONRED

dire4 rate of crystalline iron red. with FeS gFe/m3/d -1.00 FeIIIpc IRONRED

dire4 rate of crystalline iron red. with FeS gFe/m3/d -0.12 Fes IRONRED

dire4 rate of crystalline iron red. with FeS gFe/m3/d 1.12 FeIId IRONRED

dire4 rate of crystalline iron red. with FeS gFe/m3/d 0.07 SO4 IRONRED

dire4 rate of crystalline iron red. with FeS gFe/m3/d 2.13 Alka IRONRED

dpfe3 rate of amorphous ironIII precipitat. gFe/m3/d -1.00 FeIIId PRIRON

dpfe3 rate of amorphous ironIII precipitat. gFe/m3/d 1.00 FeIIIpa PRIRON

dpfe3 rate of amorphous ironIII precipitat. gFe/m3/d -3.59 Alka PRIRON

ddfe3 rate of amorphous ironIII dissolution gFe/m3/d 1.00 FeIIId PRIRON

ddfe3 rate of amorphous ironIII dissolution gFe/m3/d -1.00 FeIIIpa PRIRON

ddfe3 rate of amorphous ironIII dissolution gFe/m3/d 3.59 Alka PRIRON

dafe3 rate of amorphous ironIII aging gFe/m3/d -1.00 FeIIIpa PRIRON

dafe3 rate of amorphous ironIII aging gFe/m3/d 1.00 FeIIIpc PRIRON

dpfes rate of ironII sulphide precipitation gFe/m3/d -1.00 FeIId PRIRON

dpfes rate of ironII sulphide precipitation gFe/m3/d 1.00 FeS PRIRON

dpfes rate of ironII sulphide precipitation gFe/m3/d -0.57 SUD PRIRON

ddfes rate of ironII sulphide dissolution gFe/m3/d 1.00 FeIId PRIRON

ddfes rate of ironII sulphide dissolution gFe/m3/d -1.00 FeS PRIRON

ddfes rate of ironII sulphide dissolution gFe/m3/d 0.57 SUD PRIRON

dpfeco3 rate of ironII carbonate precipitation gFe/m3/d -1.00 FeIId PRIRON

dpfeco3 rate of ironII carbonate precipitation gFe/m3/d 1.00 FeCO3 PRIRON

dpfeco3 rate of ironII carbonate precipitation gFe/m3/d -0.21 TIC PRIRON

dpfeco3 rate of ironII carbonate precipitation gFe/m3/d -2.39 Alka PRIRON

ddfeco3 rate of ironII carbonate dissolution gFe/m3/d 1.00 FeIId PRIRON

ddfeco3 rate of ironII carbonate dissolution gFe/m3/d -1.00 FeCO3 PRIRON

ddfeco3 rate of ironII carbonate dissolution gFe/m3/d 0.21 TIC PRIRON

ddfeco3 rate of ironII carbonate dissolution gFe/m3/d 2.39 Alka PRIRON

dpyr rate of pyrite formation gFe/m3/d -1.00 FeS PRIRON

dpyr rate of pyrite formation gFe/m3/d 1.00 FeS2 PRIRON

dpyr rate of pyrite formation gFe/m3/d -0.57 SUD PRIRON

continued on next page

Deltares 69 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dRIM1S2Pup pick-up resuspension ﬂux IM1 from S2 g/m3/d 1.00 IM1 Res_Pickup

dRIM1S2Pup pick-up resuspension ﬂux IM1 from S2 g/m3/d -1.00 IM1S2 Res_Pickup

dRIM2S2Pup pick-up resuspension ﬂux IM2 from S2 g/m3/d 1.00 IM2 Res_Pickup

dRIM2S2Pup pick-up resuspension ﬂux IM2 from S2 g/m3/d -1.00 IM2S2 Res_Pickup

dRIM3S2Pup pick-up resuspension ﬂux IM3 from S2 g/m3/d 1.00 IM3 Res_Pickup

dRIM3S2Pup pick-up resuspension ﬂux IM3 from S2 g/m3/d -1.00 IM3S2 Res_Pickup

dSedIM1 sedimentation ﬂux of IM1 towards S1 g/m3/d -1.00 IM1 Sed_IM1

dSedIM1 sedimentation ﬂux of IM1 towards S1 g/m3/d 1.00 IM1S1 Sed_IM1

dSedIM1S2 sedimentation ﬂux of IM1 towards S2 g/m3/d -1.00 IM1 Sed_IM1

dSedIM1S2 sedimentation ﬂux of IM1 towards S2 g/m3/d 1.00 IM1S2 Sed_IM1

dSedIM2 sedimentation ﬂux of IM2 towards S1 g/m3/d -1.00 IM2 Sed_IM2

dSedIM2 sedimentation ﬂux of IM2 towards S1 g/m3/d 1.00 IM2S1 Sed_IM2

dSedIM2S2 sedimentation ﬂux of IM2 towards S2 g/m3/d -1.00 IM2 Sed_IM2

dSedIM2S2 sedimentation ﬂux of IM2 towards S2 g/m3/d 1.00 IM2S2 Sed_IM2

dSedIM3 sedimentation ﬂux of IM3 towards S1 g/m3/d -1.00 IM3 Sed_IM3

dSedIM3 sedimentation ﬂux of IM3 towards S1 g/m3/d 1.00 IM3S1 Sed_IM3

dSedIM3S2 sedimentation ﬂux of IM3 towards S2 g/m3/d -1.00 IM3 Sed_IM3

dSedIM3S2 sedimentation ﬂux of IM3 towards S2 g/m3/d 1.00 IM3S2 Sed_IM3

dSedDiat sedimentation ﬂux Diatoms gC/m3/d -1.00 Diat SedDiat

dSedGreen sedimentation ﬂux Greens gC/m3/d -1.00 Green Sed_Gre

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 APHANFIX SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 APHANIZO SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 BLUEGRN SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 DINOFLAG SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 DINOMIX SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 FDIATOMS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 FFLAGELA SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 GREENS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 MDIATOMS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 MFLAGELA SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 MICROCYS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 OSCILAT SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 PHAEOCYS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 UlvaF SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 UlvaS SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 NODULA SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 ANABAENA SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 CYLINFIX SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 ARTHROSP SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 PLANKTOL SEDALG

dSedAlg sedimentation ﬂux algae gC/m3/d -1.00 PSEUDOAN SEDALG

dSedAlg01 sedimentation ﬂux algae type 01 gC/m3/d -1.00 BLOOMALG01 SEDALG01

dSedAlg02 sedimentation ﬂux algae type 02 gC/m3/d -1.00 BLOOMALG02 SEDALG02

dSedAlg03 sedimentation ﬂux algae type 03 gC/m3/d -1.00 BLOOMALG03 SEDALG03

dSedAlg04 sedimentation ﬂux algae type 04 gC/m3/d -1.00 BLOOMALG04 SEDALG04

dSedAlg05 sedimentation ﬂux algae type 05 gC/m3/d -1.00 BLOOMALG05 SEDALG05

dSedAlg06 sedimentation ﬂux algae type 06 gC/m3/d -1.00 BLOOMALG06 SEDALG06

dSedAlg07 sedimentation ﬂux algae type 07 gC/m3/d -1.00 BLOOMALG07 SEDALG07

dSedAlg08 sedimentation ﬂux algae type 08 gC/m3/d -1.00 BLOOMALG08 SEDALG08

dSedAlg09 sedimentation ﬂux algae type 09 gC/m3/d -1.00 BLOOMALG09 SEDALG09

dSedAlg10 sedimentation ﬂux algae type 10 gC/m3/d -1.00 BLOOMALG10 SEDALG10

dSedAlg11 sedimentation ﬂux algae type 11 gC/m3/d -1.00 BLOOMALG11 SEDALG11

dSedAlg12 sedimentation ﬂux algae type 12 gC/m3/d -1.00 BLOOMALG12 SEDALG12

dSedAlg13 sedimentation ﬂux algae type 13 gC/m3/d -1.00 BLOOMALG13 SEDALG13

dSedAlg14 sedimentation ﬂux algae type 14 gC/m3/d -1.00 BLOOMALG14 SEDALG14

dSedAlg15 sedimentation ﬂux algae type 15 gC/m3/d -1.00 BLOOMALG15 SEDALG15

dSedAlg16 sedimentation ﬂux algae type 16 gC/m3/d -1.00 BLOOMALG16 SEDALG16

dSedAlg17 sedimentation ﬂux algae type 17 gC/m3/d -1.00 BLOOMALG17 SEDALG17

dSedAlg18 sedimentation ﬂux algae type 18 gC/m3/d -1.00 BLOOMALG18 SEDALG18

dSedAlg19 sedimentation ﬂux algae type 19 gC/m3/d -1.00 BLOOMALG19 SEDALG19

dSedAlg20 sedimentation ﬂux algae type 20 gC/m3/d -1.00 BLOOMALG20 SEDALG20

dSedAlg21 sedimentation ﬂux algae type 21 gC/m3/d -1.00 BLOOMALG21 SEDALG21

dSedAlg22 sedimentation ﬂux algae type 22 gC/m3/d -1.00 BLOOMALG22 SEDALG22

dSedAlg23 sedimentation ﬂux algae type 23 gC/m3/d -1.00 BLOOMALG23 SEDALG23

dSedAlg24 sedimentation ﬂux algae type 24 gC/m3/d -1.00 BLOOMALG24 SEDALG24

dSedAlg25 sedimentation ﬂux algae type 25 gC/m3/d -1.00 BLOOMALG25 SEDALG25

dSedAlg26 sedimentation ﬂux algae type 26 gC/m3/d -1.00 BLOOMALG26 SEDALG26

dSedAlg27 sedimentation ﬂux algae type 27 gC/m3/d -1.00 BLOOMALG27 SEDALG27

continued on next page

70 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSedAlg28 sedimentation ﬂux algae type 28 gC/m3/d -1.00 BLOOMALG28 SEDALG28

dSedAlg29 sedimentation ﬂux algae type 29 gC/m3/d -1.00 BLOOMALG29 SEDALG29

dSedAlg30 sedimentation ﬂux algae type 30 gC/m3/d -1.00 BLOOMALG30 SEDALG30

dSedBOD5 sedimentation ﬂux CBOD5 gO2/m3/d -1.00 CBOD5 S_CBOD51

dSedBOD5_2 sedimentation ﬂux CBOD5_2 gO2/m3/d -1.00 CBOD5_2 S_CBOD52

dSedBOD5_3 sedimentation ﬂux CBOD5_3 gO2/m3/d -1.00 CBOD5_3 S_CBOD53

dSedBODu sedimentation ﬂux CBODu gO2/m3/d -1.00 CBODu S_CBODu1

dSedBODu_2 sedimentation ﬂux CBODu_2 gO2/m3/d -1.00 CBODu_2 S_CBODu2

dSedCODCr sedimentation ﬂux COD_Cr gO2/m3/d -1.00 COD_Cr S_CODCr

dSedCODMn sedimentation ﬂux COD_Mn gO2/m3/d -1.00 COD_Mn S_CODMn

dSedNBOD5 sedimentation ﬂux NBOD5 gO2/m3/d -1.00 NBOD5 S_NBOD5

dSedNBODu sedimentation ﬂux NBODu gO2/m3/d -1.00 NBODu S_NBODu

dSedSOD sedimentation ﬂux SOD gO2/m3/d 1.00 SOD SED_SOD

dSedPHYT total sedimentation ﬂux algae gC/m3/d 1.00 DetCS1 SedPhBlo_P

dSedAlgN total sedimentation ﬂux AlgN gN/m3/d 1.00 DetNS1 SedPhBlo_P

dSedAlgP total sedimentation ﬂux AlgP gP/m3/d 1.00 DetPS1 SedPhBlo_P

dSedAlgSi total sedimentation ﬂux AlgSi gSi/m3/d 1.00 DetSiS1 SedPhBlo_P

dSedOpal sedimentation ﬂux of Opal gSi/m3/d -1.00 Opal Sed_Opal

dSedOpal sedimentation ﬂux of Opal gSi/m3/d 1.00 DetSiS1 Sed_Opal

dSedPOC1 sedimentation ﬂux POC1 gC/m3/d -1.00 POC1 Sed_POC1

dSedPOC1 sedimentation ﬂux POC1 gC/m3/d 1.00 DetCS1 Sed_POC1

dSedPOC2 sedimentation ﬂux POC2 gC/m3/d -1.00 POC2 Sed_POC2

dSedPOC2 sedimentation ﬂux POC2 gC/m3/d 1.00 OOCS1 Sed_POC2

dSedPOC3 sedimentation ﬂux POC3 gC/m3/d -1.00 POC3 Sed_POC3

dSedPOC3 sedimentation ﬂux POC3 gC/m3/d 1.00 OOCS1 Sed_POC3

dSedPOC4 sedimentation ﬂux POC4 gC/m3/d -1.00 POC4 Sed_POC4

dSedPOC4 sedimentation ﬂux POC4 gC/m3/d 1.00 OOCS1 Sed_POC4

dSedPON1 sedimentation ﬂux PON1 gN/m3/d -1.00 PON1 SedNPOC1

dSedPON1 sedimentation ﬂux PON1 gN/m3/d 1.00 DetNS1 SedNPOC1

dSedPOP1 sedimentation ﬂux POP1 gP/m3/d -1.00 POP1 SedNPOC1

dSedPOP1 sedimentation ﬂux POP1 gP/m3/d 1.00 DetPS1 SedNPOC1

dSedPOS1 sedimentation ﬂux POS1 gP/m3/d -1.00 POS1 SedNPOC1

dSedPON2 sedimentation ﬂux PON2 gN/m3/d -1.00 PON2 SedNPOC2

dSedPON2 sedimentation ﬂux PON2 gN/m3/d 1.00 OONS1 SedNPOC2

dSedPOP2 sedimentation ﬂux POP2 gP/m3/d -1.00 POP2 SedNPOC2

dSedPOP2 sedimentation ﬂux POP2 gP/m3/d 1.00 OOPS1 SedNPOC2

dSedPOS2 sedimentation ﬂux POS2 gP/m3/d -1.00 POS2 SedNPOC2

dSedPON3 sedimentation ﬂux PON3 gN/m3/d -1.00 PON3 SedNPOC3

dSedPON3 sedimentation ﬂux PON3 gN/m3/d 1.00 OONS1 SedNPOC3

dSedPOP3 sedimentation ﬂux POP3 gP/m3/d -1.00 POP3 SedNPOC3

dSedPOP3 sedimentation ﬂux POP3 gP/m3/d 1.00 OOPS1 SedNPOC3

dSedPOS3 sedimentation ﬂux POS3 gP/m3/d -1.00 POS3 SedNPOC3

dSedPON4 sedimentation ﬂux PON4 gN/m3/d -1.00 PON4 SedNPOC4

dSedPON4 sedimentation ﬂux PON4 gN/m3/d 1.00 OONS1 SedNPOC4

dSedPOP4 sedimentation ﬂux POP4 gP/m3/d -1.00 POP4 SedNPOC4

dSedPOP4 sedimentation ﬂux POP4 gP/m3/d 1.00 OOPS1 SedNPOC4

dSedPOS4 sedimentation ﬂux POS4 gP/m3/d -1.00 POS4 SedNPOC4

dSedAAP sedimentation ﬂux AAP towards S1 gP/m3/d -1.00 AAP Sed_AAP

dSedAAP sedimentation ﬂux AAP towards S1 gP/m3/d 1.00 AAPS1 Sed_AAP

dSedAAPS2 sedimentation ﬂux AAP towards S2 gP/m3/d -1.00 AAP Sed_AAP

dSedAAPS2 sedimentation ﬂux AAP towards S2 gP/m3/d 1.00 AAPS2 Sed_AAP

dResS1DetC resuspension ﬂux DetC from layer S1 gC/m3/d 1.00 POC1 S12TraDetC

dResS1DetC resuspension ﬂux DetC from layer S1 gC/m3/d -1.00 DetCS1 S12TraDetC

dResS2DetC resuspension ﬂux DetC from layer S2 gC/m3/d -1.00 DetCS2 S12TraDetC

dResS2DetC resuspension ﬂux DetC from layer S2 gC/m3/d 1.00 POC1 S12TraDetC

dBurS1DetC burial ﬂux DetC from layer S1 gC/m3/d -1.00 DetCS1 S12TraDetC

dBurS1DetC burial ﬂux DetC from layer S1 gC/m3/d 1.00 DetCS2 S12TraDetC

dSWBuS1DtC burial ﬂux DetC from layer S1 gC/m3/d -1.00 DetCS1 S12TraDetC

dBurS2DetC burial ﬂux DetC from layer S2 gC/m3/d -1.00 DetCS2 S12TraDetC

dDigS1DetC digging ﬂux DetC to layer S1 gC/m3/d 1.00 DetCS1 S12TraDetC

dDigS1DetC digging ﬂux DetC to layer S1 gC/m3/d -1.00 DetCS2 S12TraDetC

dDigS2DetC digging ﬂux DetC to layer S2 gC/m3/d 1.00 DetCS2 S12TraDetC

dResS1DetN resuspension ﬂux DetN from layer S1 gN/m3/d 1.00 PON1 S12TraDetN

dResS1DetN resuspension ﬂux DetN from layer S1 gN/m3/d -1.00 DetNS1 S12TraDetN

dResS2DetN resuspension ﬂux DetN from layer S2 gN/m3/d -1.00 DetNS2 S12TraDetN

dResS2DetN resuspension ﬂux DetN from layer S2 gN/m3/d 1.00 PON1 S12TraDetN

dBurS1DetN burial ﬂux DetN from layer S1 gN/m3/d -1.00 DetNS1 S12TraDetN

dBurS1DetN burial ﬂux DetN from layer S1 gN/m3/d 1.00 DetNS2 S12TraDetN

continued on next page

Deltares 71 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSWBuS1DtN burial ﬂux DetN from layer S1 gN/m3/d -1.00 DetNS1 S12TraDetN

dBurS2DetN burial ﬂux DetN from layer S2 gN/m3/d -1.00 DetNS2 S12TraDetN

dDigS1DetN digging ﬂux DetN to layer S1 gN/m3/d 1.00 DetNS1 S12TraDetN

dDigS1DetN digging ﬂux DetN to layer S1 gN/m3/d -1.00 DetNS2 S12TraDetN

dDigS2DetN digging ﬂux DetN to layer S2 gN/m3/d 1.00 DetNS2 S12TraDetN

dResS1DetP resuspension ﬂux DetP from layer S1 gP/m3/d 1.00 POP1 S12TraDetP

dResS1DetP resuspension ﬂux DetP from layer S1 gP/m3/d -1.00 DetPS1 S12TraDetP

dResS2DetP resuspension ﬂux DetP from layer S2 gP/m3/d -1.00 DetPS2 S12TraDetP

dResS2DetP resuspension ﬂux DetP from layer S2 gP/m3/d 1.00 POP1 S12TraDetP

dBurS1DetP burial ﬂux DetP from layer S1 gP/m3/d -1.00 DetPS1 S12TraDetP

dBurS1DetP burial ﬂux DetP from layer S1 gP/m3/d 1.00 DetPS2 S12TraDetP

dSWBuS1DtP burial ﬂux DetP from layer S1 gP/m3/d -1.00 DetPS1 S12TraDetP

dBurS2DetP burial ﬂux DetP from layer S2 gP/m3/d -1.00 DetPS2 S12TraDetP

dDigS1DetP digging ﬂux DetP to layer S1 gP/m3/d 1.00 DetPS1 S12TraDetP

dDigS1DetP digging ﬂux DetP to layer S1 gP/m3/d -1.00 DetPS2 S12TraDetP

dDigS2DetP digging ﬂux DetP to layer S2 gP/m3/d 1.00 DetPS2 S12TraDetP

dResS1DetS resuspension ﬂux DetSi from layer S1 gSi/m3/d 1.00 Opal S12TraDetS

dResS1DetS resuspension ﬂux DetSi from layer S1 gSi/m3/d -1.00 DetSiS1 S12TraDetS

dResS2DetS resuspension ﬂux DetSi from layer S2 gSi/m3/d -1.00 DetSiS2 S12TraDetS

dResS2DetS resuspension ﬂux DetSi from layer S2 gSi/m3/d 1.00 Opal S12TraDetS

dBurS1DetS burial ﬂux DetSi from layer S1 gSi/m3/d -1.00 DetSiS1 S12TraDetS

dBurS1DetS burial ﬂux DetSi from layer S1 gSi/m3/d 1.00 DetSiS2 S12TraDetS

dSWBuS1DtS burial ﬂux DetSi from layer S1 gSi/m3/d -1.00 DetSiS1 S12TraDetS

dBurS2DetS burial ﬂux DetSi from layer S2 gSi/m3/d -1.00 DetSiS2 S12TraDetS

dDigS1DetS digging ﬂux DetS to layer S1 gSi/m3/d 1.00 DetSiS1 S12TraDetS

dDigS1DetS digging ﬂux DetS to layer S1 gSi/m3/d -1.00 DetSiS2 S12TraDetS

dDigS2DetS digging ﬂux DetSi to layer S2 gSi/m3/d 1.00 DetSiS2 S12TraDetS

dResS1OOC resuspension ﬂux OOC from layer S1 gC/m3/d 1.00 POC2 S12TraOOC

dResS1OOC resuspension ﬂux OOC from layer S1 gC/m3/d -1.00 OOCS1 S12TraOOC

dResS2OOC resuspension ﬂux OOC from layer S2 gC/m3/d -1.00 OOCS2 S12TraOOC

dResS2OOC resuspension ﬂux OOC from layer S2 gC/m3/d 1.00 POC2 S12TraOOC

dBurS1OOC burial ﬂux OOC from layer S1 gC/m3/d -1.00 OOCS1 S12TraOOC

dBurS1OOC burial ﬂux OOC from layer S1 gC/m3/d 1.00 OOCS2 S12TraOOC

dSWBuS1OOC burial ﬂux OOC from layer S1 gC/m3/d -1.00 OOCS1 S12TraOOC

dBurS2OOC burial ﬂux OOC from layer S2 gC/m3/d -1.00 OOCS2 S12TraOOC

dDigS1OOC digging ﬂux OOC to layer S1 gC/m3/d 1.00 OOCS1 S12TraOOC

dDigS1OOC digging ﬂux OOC to layer S1 gC/m3/d -1.00 OOCS2 S12TraOOC

dDigS2OOC digging ﬂux OOC to layer S2 gC/m3/d 1.00 OOCS2 S12TraOOC

dResS1OON resuspension ﬂux OON from layer S1 gN/m3/d 1.00 PON2 S12TraOON

dResS1OON resuspension ﬂux OON from layer S1 gN/m3/d -1.00 OONS1 S12TraOON

dResS2OON resuspension ﬂux OON from layer S1 gN/m3/d -1.00 OONS2 S12TraOON

dResS2OON resuspension ﬂux OON from layer S1 gN/m3/d 1.00 PON2 S12TraOON

dBurS1OON burial ﬂux OON from layer S1 gN/m3/d -1.00 OONS1 S12TraOON

dBurS1OON burial ﬂux OON from layer S1 gN/m3/d 1.00 OONS2 S12TraOON

dSWBuS1OON burial ﬂux OON from layer S1 gN/m3/d -1.00 OONS1 S12TraOON

dBurS2OON burial ﬂux OON from layer S2 gN/m3/d -1.00 OONS2 S12TraOON

dDigS1OON digging ﬂux OON to layer S1 gN/m3/d 1.00 OONS1 S12TraOON

dDigS1OON digging ﬂux OON to layer S1 gN/m3/d -1.00 OONS2 S12TraOON

dDigS2OON digging ﬂux OON to layer S2 gN/m3/d 1.00 OONS2 S12TraOON

dResS1OOP resuspension ﬂux OOP from layer S1 gP/m3/d 1.00 POP2 S12TraOOP

dResS1OOP resuspension ﬂux OOP from layer S1 gP/m3/d -1.00 OOPS1 S12TraOOP

dResS2OOP resuspension ﬂux OOP from layer S1 gP/m3/d -1.00 OOPS2 S12TraOOP

dResS2OOP resuspension ﬂux OOP from layer S1 gP/m3/d 1.00 POP2 S12TraOOP

dBurS1OOP burial ﬂux OOP from layer S1 gP/m3/d -1.00 OOPS1 S12TraOOP

dBurS1OOP burial ﬂux OOP from layer S1 gP/m3/d 1.00 OOPS2 S12TraOOP

dSWBuS1OOP burial ﬂux OOP from layer S1 gP/m3/d -1.00 OOPS1 S12TraOOP

dBurS2OOP burial ﬂux OOP from layer S2 gP/m3/d -1.00 OOPS2 S12TraOOP

dDigS1OOP digging ﬂux OOP to layer S1 gP/m3/d 1.00 OOPS1 S12TraOOP

dDigS1OOP digging ﬂux OOP to layer S1 gP/m3/d -1.00 OOPS2 S12TraOOP

dDigS2OOP digging ﬂux OOP to layer S2 gP/m3/d 1.00 OOPS2 S12TraOOP

dResS1OOSi resuspension ﬂux OOSi from layer S1 gSi/m3/d 1.00 Opal S12TraOOSi

dResS1OOSi resuspension ﬂux OOSi from layer S1 gSi/m3/d -1.00 OOSiS1 S12TraOOSi

dResS2OOSi resuspension ﬂux OOSi from layer S1 gSi/m3/d -1.00 OOSiS2 S12TraOOSi

dResS2OOSi resuspension ﬂux OOSi from layer S1 gSi/m3/d 1.00 Opal S12TraOOSi

dBurS1OOS burial ﬂux OOSi from layer S1 gSi/m3/d -1.00 OOSiS1 S12TraOOSi

dBurS1OOS burial ﬂux OOSi from layer S1 gSi/m3/d 1.00 OOSiS2 S12TraOOSi

dSWBuS1OOS burial ﬂux OOSi from layer S1 gSi/m3/d -1.00 OOSiS1 S12TraOOSi

dBurS2OOS burial ﬂux OOSi from layer S2 gSi/m3/d -1.00 OOSiS2 S12TraOOSi

continued on next page

72 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dDigS1OOS digging ﬂux OOS to layer S1 gSi/m3/d 1.00 OOSiS1 S12TraOOSi

dDigS1OOS digging ﬂux OOS to layer S1 gSi/m3/d -1.00 OOSiS2 S12TraOOSi

dDigS2OOS digging ﬂux OOS to layer S2 gSi/m3/d 1.00 OOSiS2 S12TraOOSi

dResS1Diat resuspension ﬂux Diatoms from layer

gC/m3/d 1.00 POC1 S12TraDiat

dResS1Diat resuspension ﬂux Diatoms from layer

gC/m3/d -1.00 DiatS1 S12TraDiat

dResS2Diat resuspension ﬂux Diatoms from layer

gC/m3/d -1.00 DiatS2 S12TraDiat

dResS2Diat resuspension ﬂux Diatoms from layer

gC/m3/d 1.00 POC1 S12TraDiat

dBurS1Diat burial ﬂux Diatoms from layer S1 gC/m3/d -1.00 DiatS1 S12TraDiat

dBurS1Diat burial ﬂux Diatoms from layer S1 gC/m3/d 1.00 DiatS2 S12TraDiat

dSWBuS1Dia burial ﬂux Diatoms from layer S1 gC/m3/d -1.00 DiatS1 S12TraDiat

dBurS2Diat burial of Diatoms from layer S2 gC/m3/d -1.00 DiatS2 S12TraDiat

dDigS1Diat digging ﬂux Diatoms to layer S1 gC/m3/d 1.00 DiatS1 S12TraDiat

dDigS1Diat digging ﬂux Diatoms to layer S1 gC/m3/d -1.00 DiatS2 S12TraDiat

dDigS2Diat digging ﬂux Diatoms to layer S2 gC/m3/d 1.00 DiatS2 S12TraDiat

dResS1DiDN resuspension ﬂux PON1 from layer S1 gN/m3/d 1.00 PON1 ResN_DiaS1

dResS1DiDP resuspension ﬂux POP1 from layer S1 gP/m3/d 1.00 POP1 ResN_DiaS1

dResS1DiDS resuspension ﬂux OPAL from layer S1 gSi/m3/d 1.00 OPAL ResN_DiaS1

dResS2DiDN resuspension ﬂux PON1 from layer S2 gN/m3/d 1.00 PON1 ResN_DiaS2

dResS2DiDP resuspension ﬂux POP1 from layer S2 gP/m3/d 1.00 POP1 ResN_DiaS2

dResS2DiDS resuspension ﬂux OPAL from layer S2 gSi/m3/d 1.00 OPAL ResN_DiaS2

dResS1MPB1 resuspension ﬂux MPB1 from layer S1 gC/m3/d 1.00 MPB1peli S12TraMPB1

dResS1MPB1 resuspension ﬂux MPB1 from layer S1 gC/m3/d -1.00 MPB1S1 S12TraMPB1

dResS2MPB1 resuspension ﬂux MPB1 from layer S2 gC/m3/d -1.00 MPB1S2 S12TraMPB1

dResS2MPB1 resuspension ﬂux MPB1 from layer S2 gC/m3/d 1.00 MPB1peli S12TraMPB1

dBurS1MPB1 burial ﬂux MPB1 from layer S1 gC/m3/d -1.00 MPB1S1 S12TraMPB1

dBurS1MPB1 burial ﬂux MPB1 from layer S1 gC/m3/d 1.00 MPB1S2 S12TraMPB1

dBurS2MPB1 burial ﬂux MPB1 from layer S2 gC/m3/d -1.00 MPB1S2 S12TraMPB1

dDigS1MPB1 digging ﬂux MPB1 to layer S1 gC/m3/d 1.00 MPB1S1 S12TraMPB1

dDigS1MPB1 digging ﬂux MPB1 to layer S1 gC/m3/d -1.00 MPB1S2 S12TraMPB1

dDigS2MPB1 digging ﬂux MPB1 to layer S2 gC/m3/d 1.00 MPB1S2 S12TraMPB1

dResS1MPB2 resuspension ﬂux MPB2 from layer S1 gC/m3/d 1.00 MPB2psam S12TraMPB2

dResS1MPB2 resuspension ﬂux MPB2 from layer S1 gC/m3/d -1.00 MPB2S1 S12TraMPB2

dResS2MPB2 resuspension ﬂux MPB2 from layer S2 gC/m3/d -1.00 MPB2S2 S12TraMPB2

dResS2MPB2 resuspension ﬂux MPB2 from layer S2 gC/m3/d 1.00 MPB2psam S12TraMPB2

dBurS1MPB2 burial ﬂux MPB1 from layer S1 gC/m3/d -1.00 MPB2S1 S12TraMPB2

dBurS1MPB2 burial ﬂux MPB1 from layer S1 gC/m3/d 1.00 MPB2S2 S12TraMPB2

dBurS2MPB2 burial ﬂux MPB1 from layer S2 gC/m3/d -1.00 MPB2S2 S12TraMPB2

dDigS1MPB2 digging ﬂux MPB1 to layer S1 gC/m3/d 1.00 MPB2S1 S12TraMPB2

dDigS1MPB2 digging ﬂux MPB1 to layer S1 gC/m3/d -1.00 MPB2S2 S12TraMPB2

dDigS2MPB2 digging ﬂux MPB1 to layer S2 gC/m3/d 1.00 MPB2S2 S12TraMPB2

dResS1IM1 resuspension ﬂux IM1 from layer S1 g/m3/d 1.00 IM1 S12TraIM1

dResS1IM1 resuspension ﬂux IM1 from layer S1 g/m3/d -1.00 IM1S1 S12TraIM1

dResS2IM1 resuspension ﬂux IM1 from layer S2 g/m3/d -1.00 IM1S2 S12TraIM1

dResS2IM1 resuspension ﬂux IM1 from layer S2 g/m3/d 1.00 IM1 S12TraIM1

dBurS1IM1 burial ﬂux IM1 from layer S1 g/m3/d -1.00 IM1S1 S12TraIM1

dBurS1IM1 burial ﬂux IM1 from layer S1 g/m3/d 1.00 IM1S2 S12TraIM1

dBurS2IM1 burial ﬂux IM1 from layer S2 g/m3/d -1.00 IM1S2 S12TraIM1

dDigS1IM1 digging ﬂux IM1 to layer S1 g/m3/d 1.00 IM1S1 S12TraIM1

dDigS1IM1 digging ﬂux IM1 to layer S1 g/m3/d -1.00 IM1S2 S12TraIM1

dDigS2IM1 digging ﬂux IM1 to layer S2 g/m3/d 1.00 IM1S2 S12TraIM1

dResS1IM2 resuspension ﬂux IM2 from layer S1 g/m3/d 1.00 IM2 S12TraIM2

dResS1IM2 resuspension ﬂux IM2 from layer S1 g/m3/d -1.00 IM2S1 S12TraIM2

dResS2IM2 resuspension ﬂux IM2 from layer S2 g/m3/d -1.00 IM2S2 S12TraIM2

dResS2IM2 resuspension ﬂux IM2 from layer S2 g/m3/d 1.00 IM2 S12TraIM2

dBurS1IM2 burial ﬂux IM2 from layer S1 g/m3/d -1.00 IM2S1 S12TraIM2

dBurS1IM2 burial ﬂux IM2 from layer S1 g/m3/d 1.00 IM2S2 S12TraIM2

dBurS2IM2 burial ﬂux IM2 from layer S2 g/m3/d -1.00 IM2S2 S12TraIM2

dDigS1IM2 digging ﬂux IM2 to layer S1 g/m3/d 1.00 IM2S1 S12TraIM2

dDigS1IM2 digging ﬂux IM2 to layer S1 g/m3/d -1.00 IM2S2 S12TraIM2

dDigS2IM2 digging ﬂux IM2 to layer S2 g/m3/d 1.00 IM2S2 S12TraIM2

dResS1IM3 resuspension ﬂux IM3 from layer S1 g/m3/d 1.00 IM3 S12TraIM3

dResS1IM3 resuspension ﬂux IM3 from layer S1 g/m3/d -1.00 IM3S1 S12TraIM3

dResS2IM3 resuspension ﬂux IM3 from layer S2 g/m3/d -1.00 IM3S2 S12TraIM3

dResS2IM3 resuspension ﬂux IM3 from layer S2 g/m3/d 1.00 IM3 S12TraIM3

continued on next page

Deltares 73 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dBurS1IM3 burial ﬂux IM3 from layer S1 g/m3/d -1.00 IM3S1 S12TraIM3

dBurS1IM3 burial ﬂux IM3 from layer S1 g/m3/d 1.00 IM3S2 S12TraIM3

dBurS2IM3 burial ﬂux IM3 from layer S2 g/m3/d -1.00 IM3S2 S12TraIM3

dDigS1IM3 digging ﬂux IM3 to layer S1 g/m3/d 1.00 IM3S1 S12TraIM3

dDigS1IM3 digging ﬂux IM3 to layer S1 g/m3/d -1.00 IM3S2 S12TraIM3

dDigS2IM3 digging ﬂux IM3 to layer S2 g/m3/d 1.00 IM3S2 S12TraIM3

dResS1AAP resuspension ﬂux AAP from layer S1 gP/m3/d 1.00 AAP S12TraAAP

dResS1AAP resuspension ﬂux AAP from layer S1 gP/m3/d -1.00 AAPS1 S12TraAAP

dResS2AAP resuspension ﬂux AAP from layer S1 gP/m3/d -1.00 AAPS2 S12TraAAP

dResS2AAP resuspension ﬂux AAP from layer S1 gP/m3/d 1.00 AAP S12TraAAP

dBurS1AAP burial ﬂux AAP from layer S1 gP/m3/d -1.00 AAPS1 S12TraAAP

dBurS1AAP burial ﬂux AAP from layer S1 gP/m3/d 1.00 AAPS2 S12TraAAP

dBurS2AAP burial ﬂux AAP from layer S2 gP/m3/d -1.00 AAPS2 S12TraAAP

dDigS1AAP digging ﬂux AAP to layer S1 gP/m3/d 1.00 AAPS1 S12TraAAP

dDigS1AAP digging ﬂux AAP to layer S1 gP/m3/d -1.00 AAPS2 S12TraAAP

dDigS2AAP digging ﬂux AAP to layer S2 gP/m3/d 1.00 AAPS2 S12TraAAP

dSorpCd sorption ﬂux Cd gCd/m3/d -1.00 Cd-dis PartWK_Cd

dSorpCd sorption ﬂux Cd gCd/m3/d 1.00 Cd-par PartWK_Cd

dSorpCr sorption ﬂux Cr gCr/m3/d -1.00 Cr-dis PartWK_Cr

dSorpCr sorption ﬂux Cr gCr/m3/d 1.00 Cr-par PartWK_Cr

dSorpCu sorption ﬂux Cu gCu/m3/d -1.00 Cu-dis PartWK_Cu

dSorpCu sorption ﬂux Cu gCu/m3/d 1.00 Cu-par PartWK_Cu

dSorpHg sorption ﬂux Hg gHg/m3/d -1.00 Hg-dis PartWK_Hg

dSorpHg sorption ﬂux Hg gHg/m3/d 1.00 Hg-par PartWK_Hg

dSorpNi sorption ﬂux Ni gNi/m3/d -1.00 Ni-dis PartWK_Ni

dSorpNi sorption ﬂux Ni gNi/m3/d 1.00 Ni-par PartWK_Ni

dSorpPb sorption ﬂux Pb gPb/m3/d -1.00 Pb-dis PartWK_Pb

dSorpPb sorption ﬂux Pb gPb/m3/d 1.00 Pb-par PartWK_Pb

dSorpAs sorption ﬂux As gAs/m3/d -1.00 As-dis PartWK_As

dSorpAs sorption ﬂux As gAs/m3/d 1.00 As-par PartWK_As

dSorpVa sorption ﬂux Va gVa/m3/d -1.00 Va-dis PartWK_Va

dSorpVa sorption ﬂux Va gVa/m3/d 1.00 Va-par PartWK_Va

dSorpZn sorption ﬂux Zn gZn/m3/d -1.00 Zn-dis PartWK_Zn

dSorpZn sorption ﬂux Zn gZn/m3/d 1.00 Zn-par PartWK_Zn

dSorpCdS1 sorption ﬂux Cd in layer S1 gCd/m3/d -1.00 CdS1-dis PartS1_Cd

dSorpCdS1 sorption ﬂux Cd in layer S1 gCd/m3/d 1.00 CdS1-par PartS1_Cd

dSorpCrS1 sorption ﬂux Cr in layer S1 gCr/m3/d -1.00 CrS1-dis PartS1_Cr

dSorpCrS1 sorption ﬂux Cr in layer S1 gCr/m3/d 1.00 CrS1-par PartS1_Cr

dSorpCuS1 sorption ﬂux Cu in layer S1 gCu/m3/d -1.00 CuS1-dis PartS1_Cu

dSorpCuS1 sorption ﬂux Cu in layer S1 gCu/m3/d 1.00 CuS1-par PartS1_Cu

dSorpHgS1 sorption ﬂux Hg in layer S1 gHg/m3/d -1.00 HgS1-dis PartS1_Hg

dSorpHgS1 sorption ﬂux Hg in layer S1 gHg/m3/d 1.00 HgS1-par PartS1_Hg

dSorpNiS1 sorption ﬂux Ni in layer S1 gNi/m3/d -1.00 NiS1-dis PartS1_Ni

dSorpNiS1 sorption ﬂux Ni in layer S1 gNi/m3/d 1.00 NiS1-par PartS1_Ni

dSorpPbS1 sorption ﬂux Pb in layer S1 gPb/m3/d -1.00 PbS1-dis PartS1_Pb

dSorpPbS1 sorption ﬂux Pb in layer S1 gPb/m3/d 1.00 PbS1-par PartS1_Pb

dSorpAsS1 sorption ﬂux As in layer S1 gAs/m3/d -1.00 AsS1-dis PartS1_As

dSorpAsS1 sorption ﬂux As in layer S1 gAs/m3/d 1.00 AsS1-par PartS1_As

dSorpVaS1 sorption ﬂux Va in layer S1 gVa/m3/d -1.00 VaS1-dis PartS1_Va

dSorpVaS1 sorption ﬂux Va in layer S1 gVa/m3/d 1.00 VaS1-par PartS1_Va

dSorpZnS1 sorption ﬂux Zn in layer S1 gZn/m3/d -1.00 ZnS1-dis PartS1_Zn

dSorpZnS1 sorption ﬂux Zn in layer S1 gZn/m3/d 1.00 ZnS1-par PartS1_Zn

dSorpCdS2 sorption ﬂux Cd in layer S2 gCd/m3/d -1.00 CdS2-dis PartS2_Cd

dSorpCdS2 sorption ﬂux Cd in layer S2 gCd/m3/d 1.00 CdS2-par PartS2_Cd

dSorpCrS2 sorption ﬂux Cr in layer S2 gCr/m3/d -1.00 CrS2-dis PartS2_Cr

dSorpCrS2 sorption ﬂux Cr in layer S2 gCr/m3/d 1.00 CrS2-par PartS2_Cr

dSorpCuS2 sorption ﬂux Cu in layer S2 gCu/m3/d -1.00 CuS2-dis PartS2_Cu

dSorpCuS2 sorption ﬂux Cu in layer S2 gCu/m3/d 1.00 CuS2-par PartS2_Cu

dSorpHgS2 sorption ﬂux Hg in layer S2 gHg/m3/d -1.00 HgS2-dis PartS2_Hg

dSorpHgS2 sorption ﬂux Hg in layer S2 gHg/m3/d 1.00 HgS2-par PartS2_Hg

dSorpNiS2 sorption ﬂux Ni in layer S2 gNi/m3/d -1.00 NiS2-dis PartS2_Ni

dSorpNiS2 sorption ﬂux Ni in layer S2 gNi/m3/d 1.00 NiS2-par PartS2_Ni

dSorpPbS2 sorption ﬂux Pb in layer S2 gPb/m3/d -1.00 PbS2-dis PartS2_Pb

dSorpPbS2 sorption ﬂux Pb in layer S2 gPb/m3/d 1.00 PbS2-par PartS2_Pb

dSorpAsS2 sorption ﬂux As in layer S2 gAs/m3/d -1.00 AsS2-dis PartS2_As

dSorpAsS2 sorption ﬂux As in layer S2 gAs/m3/d 1.00 AsS2-par PartS2_As

dSorpVaS2 sorption ﬂux Va in layer S2 gVa/m3/d -1.00 VaS2-dis PartS2_Va

dSorpVaS2 sorption ﬂux Va in layer S2 gVa/m3/d 1.00 VaS2-par PartS2_Va

continued on next page

74 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSorpZnS2 sorption ﬂux Zn in layer S2 gZn/m3/d -1.00 ZnS2-dis PartS2_Zn

dSorpZnS2 sorption ﬂux Zn in layer S2 gZn/m3/d 1.00 ZnS2-par PartS2_Zn

dSorp153S1 sorption ﬂux 153 in layer S1 g153/m3/d -1.00 153S1-Dis PartS1_153

dSorp153S1 sorption ﬂux 153 in layer S1 g153/m3/d 1.00 153S1-Par PartS1_153

dSorpAtrS1 sorption ﬂux Atrazine in layer S1 gAtr/m3/d -1.00 AtrS1-Dis PartS1_Atr

dSorpAtrS1 sorption ﬂux Atrazine in layer S1 gAtr/m3/d 1.00 AtrS1-Par PartS1_Atr

dSorpBaPS1 sorption ﬂux BaP in layer S1 gBaP/m3/d -1.00 BaPS1-Dis PartS1_BaP

dSorpBaPS1 sorption ﬂux BaP in layer S1 gBaP/m3/d 1.00 BaPS1-Par PartS1_BaP

dSorpDiuS1 sorption ﬂux Diu in layer S1 gDiu/m3/d -1.00 DiuS1-Dis PartS1_Diu

dSorpDiuS1 sorption ﬂux Diu in layer S1 gDiu/m3/d 1.00 DiuS1-Par PartS1_Diu

dSorpFluS1 sorption ﬂux Flu in layer S1 gFlu/m3/d -1.00 FluS1-Dis PartS1_Flu

dSorpFluS1 sorption ﬂux Flu in layer S1 gFlu/m3/d 1.00 FluS1-Par PartS1_Flu

dSorpHCBS1 sorption ﬂux HCB in layer S1 gHCB/m3/d -1.00 HCBS1-Dis PartS1_HCB

dSorpHCBS1 sorption ﬂux HCB in layer S1 gHCB/m3/d 1.00 HCBS1-Par PartS1_HCB

dSorpHCHS1 sorption ﬂux HCH in layer S1 gHCH/m3/d -1.00 HCHS1-Dis PartS1_HCH

dSorpHCHS1 sorption ﬂux HCH in layer S1 gHCH/m3/d 1.00 HCHS1-Par PartS1_HCH

dSorpMefS1 sorption ﬂux Mef in layer S1 gMef/m3/d -1.00 MefS1-Dis PartS1_Mef

dSorpMefS1 sorption ﬂux Mef in layer S1 gMef/m3/d 1.00 MefS1-Par PartS1_Mef

dSorp153S2 sorption ﬂux 153 in layer S2 g153/m3/d -1.00 153S2-Dis PartS2_153

dSorp153S2 sorption ﬂux 153 in layer S2 g153/m3/d 1.00 153S2-Par PartS2_153

dSorpAtrS2 sorption ﬂux Atrazine in layer S2 gAtr/m3/d -1.00 AtrS2-Dis PartS2_Atr

dSorpAtrS2 sorption ﬂux Atrazine in layer S2 gAtr/m3/d 1.00 AtrS2-Par PartS2_Atr

dSorpBaPS2 sorption ﬂux BaP in layer S2 gBaP/m3/d -1.00 BaPS2-Dis PartS2_BaP

dSorpBaPS2 sorption ﬂux BaP in layer S2 gBaP/m3/d 1.00 BaPS2-Par PartS2_BaP

dSorpDiuS2 sorption ﬂux Diu in layer S2 gDiu/m3/d -1.00 DiuS2-Dis PartS2_Diu

dSorpDiuS2 sorption ﬂux Diu in layer S2 gDiu/m3/d 1.00 DiuS2-Par PartS2_Diu

dSorpFluS2 sorption ﬂux Flu in layer S2 gFlu/m3/d -1.00 FluS2-Dis PartS2_Flu

dSorpFluS2 sorption ﬂux Flu in layer S2 gFlu/m3/d 1.00 FluS2-Par PartS2_Flu

dSorpHCBS2 sorption ﬂux HCB in layer S2 gHCB/m3/d -1.00 HCBS2-Dis PartS2_HCB

dSorpHCBS2 sorption ﬂux HCB in layer S2 gHCB/m3/d 1.00 HCBS2-Par PartS2_HCB

dSorpHCHS2 sorption ﬂux HCH in layer S2 gHCH/m3/d -1.00 HCHS2-Dis PartS2_HCH

dSorpHCHS2 sorption ﬂux HCH in layer S2 gHCH/m3/d 1.00 HCHS2-Par PartS2_HCH

dSorpMefS2 sorption ﬂux Mef in layer S2 gMef/m3/d -1.00 MefS2-Dis PartS2_Mef

dSorpMefS2 sorption ﬂux Mef in layer S2 gMef/m3/d 1.00 MefS2-Par PartS2_Mef

dSorp153 sorption ﬂux 153 g153/m3/d -1.00 153-dis PartWK_153

dSorp153 sorption ﬂux 153 g153/m3/d 1.00 153-par PartWK_153

dSorpAtr sorption ﬂux Atrazine gAtr/m3/d -1.00 Atr-dis PartWK_Atr

dSorpAtr sorption ﬂux Atrazine gAtr/m3/d 1.00 Atr-par PartWK_Atr

dSorpBaP sorption ﬂux BaP gBaP/m3/d -1.00 BaP-dis PartWK_BaP

dSorpBaP sorption ﬂux BaP gBaP/m3/d 1.00 BaP-par PartWK_BaP

dSorpDiu sorption ﬂux Diu gDiu/m3/d -1.00 Diu-dis PartWK_Diu

dSorpDiu sorption ﬂux Diu gDiu/m3/d 1.00 Diu-par PartWK_Diu

dSorpFlu sorption ﬂux Flu gFlu/m3/d -1.00 Flu-dis PartWK_Flu

dSorpFlu sorption ﬂux Flu gFlu/m3/d 1.00 Flu-par PartWK_Flu

dSorpHCB sorption ﬂux HCB gHCB/m3/d -1.00 HCB-dis PartWK_HCB

dSorpHCB sorption ﬂux HCB gHCB/m3/d 1.00 HCB-par PartWK_HCB

dSorpHCH sorption ﬂux HCH gHCH/m3/d -1.00 HCH-dis PartWK_HCH

dSorpHCH sorption ﬂux HCH gHCH/m3/d 1.00 HCH-par PartWK_HCH

dSorpMef sorption ﬂux Mef gMef/m3/d -1.00 Mef-dis PartWK_Mef

dSorpMef sorption ﬂux Mef gMef/m3/d 1.00 Mef-par PartWK_Mef

dSedResALG sedimentation ﬂux algae gC/m3/d 1.00 UlvaF UlvaFix_P

dSedResALG sedimentation ﬂux algae gC/m3/d 1.00 UlvaS UlvaFix_P

dSedRes01 sedimentation ﬂux algae type 01 gC/m3/d 1.00 BLOOMALG01 UlvaFix

dSedRes02 sedimentation ﬂux algae type 02 gC/m3/d 1.00 BLOOMALG02 UlvaFix

dSedRes03 sedimentation ﬂux algae type 03 gC/m3/d 1.00 BLOOMALG03 UlvaFix

dSedRes04 sedimentation ﬂux algae type 04 gC/m3/d 1.00 BLOOMALG04 UlvaFix

dSedRes05 sedimentation ﬂux algae type 05 gC/m3/d 1.00 BLOOMALG05 UlvaFix

dSedRes06 sedimentation ﬂux algae type 06 gC/m3/d 1.00 BLOOMALG06 UlvaFix

dSedRes07 sedimentation ﬂux algae type 07 gC/m3/d 1.00 BLOOMALG07 UlvaFix

dSedRes08 sedimentation ﬂux algae type 08 gC/m3/d 1.00 BLOOMALG08 UlvaFix

dSedRes09 sedimentation ﬂux algae type 09 gC/m3/d 1.00 BLOOMALG09 UlvaFix

dSedRes10 sedimentation ﬂux algae type 10 gC/m3/d 1.00 BLOOMALG10 UlvaFix

dSedRes11 sedimentation ﬂux algae type 11 gC/m3/d 1.00 BLOOMALG11 UlvaFix

dSedRes12 sedimentation ﬂux algae type 12 gC/m3/d 1.00 BLOOMALG12 UlvaFix

dSedRes13 sedimentation ﬂux algae type 13 gC/m3/d 1.00 BLOOMALG13 UlvaFix

dSedRes14 sedimentation ﬂux algae type 14 gC/m3/d 1.00 BLOOMALG14 UlvaFix

dSedRes15 sedimentation ﬂux algae type 15 gC/m3/d 1.00 BLOOMALG15 UlvaFix

dSedRes16 sedimentation ﬂux algae type 16 gC/m3/d 1.00 BLOOMALG16 UlvaFix

continued on next page

Deltares 75 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSedRes17 sedimentation ﬂux algae type 17 gC/m3/d 1.00 BLOOMALG17 UlvaFix

dSedRes18 sedimentation ﬂux algae type 18 gC/m3/d 1.00 BLOOMALG18 UlvaFix

dSedRes19 sedimentation ﬂux algae type 19 gC/m3/d 1.00 BLOOMALG19 UlvaFix

dSedRes20 sedimentation ﬂux algae type 20 gC/m3/d 1.00 BLOOMALG20 UlvaFix

dSedRes21 sedimentation ﬂux algae type 21 gC/m3/d 1.00 BLOOMALG21 UlvaFix

dSedRes22 sedimentation ﬂux algae type 22 gC/m3/d 1.00 BLOOMALG22 UlvaFix

dSedRes23 sedimentation ﬂux algae type 23 gC/m3/d 1.00 BLOOMALG23 UlvaFix

dSedRes24 sedimentation ﬂux algae type 24 gC/m3/d 1.00 BLOOMALG24 UlvaFix

dSedRes25 sedimentation ﬂux algae type 25 gC/m3/d 1.00 BLOOMALG25 UlvaFix

dSedRes26 sedimentation ﬂux algae type 26 gC/m3/d 1.00 BLOOMALG26 UlvaFix

dSedRes27 sedimentation ﬂux algae type 27 gC/m3/d 1.00 BLOOMALG27 UlvaFix

dSedRes28 sedimentation ﬂux algae type 28 gC/m3/d 1.00 BLOOMALG28 UlvaFix

dSedRes29 sedimentation ﬂux algae type 29 gC/m3/d 1.00 BLOOMALG29 UlvaFix

dSedRes30 sedimentation ﬂux algae type 30 gC/m3/d 1.00 BLOOMALG30 UlvaFix

dGrzDisC ﬂux to dissolved carbon from grazing gC/m3/d -2.67 OXY CONSBL

dGrzDisC ﬂux to dissolved carbon from grazing gC/m3/d 1.00 TIC CONSBL

dGrzDisN ﬂux to dissolved nitrogen from grazing gN/m3/d 1.00 NH4 CONSBL

dGrzDisN ﬂux to dissolved nitrogen from grazing gN/m3/d -0.07 H+ CONSBL

dGrzDisN ﬂux to dissolved nitrogen from grazing gN/m3/d 4.36 ALKA CONSBL

dGrzDisP ﬂux to dissolved phosphorus from graz-

ing

gP/m3/d 1.00 PO4 CONSBL

dGrzDisP ﬂux to dissolved phosphorus from graz-

ing

gP/m3/d 0.10 H+ CONSBL

dGrzDisP ﬂux to dissolved phosphorus from graz-

ing

gP/m3/d -5.66 ALKA CONSBL

dGrzDisSi ﬂux to dissolved silicon from grazing gSi/m3/d 1.00 Si CONSBL

dGrzPOC1 ﬂux to GEM org. nutrients from grazing gC/m3/d 1.00 POC1 CONSBL

dGrzPON1 ﬂux to GEM org. nutrients from grazing gN/m3/d 1.00 PON1 CONSBL

dGrzPOP1 ﬂux to GEM org. nutrients from grazing gP/m3/d 1.00 POP1 CONSBL

dGrzPOSi1 dummy ﬂux gSi/m3/d 1.00 Opal CONSBL

dGrzDetCS1 ﬂux to DetCS1 from grazing gC/m3/d 1.00 DetCS1 CONSBL

dGrzDetNS1 ﬂux to DetNS1 from grazing gN/m3/d 1.00 DetNS1 CONSBL

dGrzDetPS1 ﬂux to DetPS1 from grazing gP/m3/d 1.00 DetPS1 CONSBL

dGrzDetSS1 ﬂux to DetSiS1 from grazing gSi/m3/d 1.00 DetSiS1 CONSBL

dGrzGreen grazing of Greens gC/m3/d -1.00 Green CONSBL

dGrzDiat grazing of Diatoms gC/m3/d -1.00 Diat CONSBL

dGrzALG01 grazing ﬂux of algae type 01 gC/m3/d -1.00 BLOOMALG01 CONSBL

dGrzALG02 grazing ﬂux of algae type 02 gC/m3/d -1.00 BLOOMALG02 CONSBL

dGrzALG03 grazing ﬂux of algae type 03 gC/m3/d -1.00 BLOOMALG03 CONSBL

dGrzALG04 grazing ﬂux of algae type 04 gC/m3/d -1.00 BLOOMALG04 CONSBL

dGrzALG05 grazing ﬂux of algae type 05 gC/m3/d -1.00 BLOOMALG05 CONSBL

dGrzALG06 grazing ﬂux of algae type 06 gC/m3/d -1.00 BLOOMALG06 CONSBL

dGrzALG07 grazing ﬂux of algae type 07 gC/m3/d -1.00 BLOOMALG07 CONSBL

dGrzALG08 grazing ﬂux of algae type 08 gC/m3/d -1.00 BLOOMALG08 CONSBL

dGrzALG09 grazing ﬂux of algae type 09 gC/m3/d -1.00 BLOOMALG09 CONSBL

dGrzALG10 grazing ﬂux of algae type 10 gC/m3/d -1.00 BLOOMALG10 CONSBL

dGrzALG11 grazing ﬂux of algae type 11 gC/m3/d -1.00 BLOOMALG11 CONSBL

dGrzALG12 grazing ﬂux of algae type 12 gC/m3/d -1.00 BLOOMALG12 CONSBL

dGrzALG13 grazing ﬂux of algae type 13 gC/m3/d -1.00 BLOOMALG13 CONSBL

dGrzALG14 grazing ﬂux of algae type 14 gC/m3/d -1.00 BLOOMALG14 CONSBL

dGrzALG15 grazing ﬂux of algae type 15 gC/m3/d -1.00 BLOOMALG15 CONSBL

dGrzALG16 grazing ﬂux of algae type 16 gC/m3/d -1.00 BLOOMALG16 CONSBL

dGrzALG17 grazing ﬂux of algae type 17 gC/m3/d -1.00 BLOOMALG17 CONSBL

dGrzALG18 grazing ﬂux of algae type 18 gC/m3/d -1.00 BLOOMALG18 CONSBL

dGrzALG19 grazing ﬂux of algae type 19 gC/m3/d -1.00 BLOOMALG19 CONSBL

dGrzALG20 grazing ﬂux of algae type 20 gC/m3/d -1.00 BLOOMALG20 CONSBL

dGrzALG21 grazing ﬂux of algae type 21 gC/m3/d -1.00 BLOOMALG21 CONSBL

dGrzALG22 grazing ﬂux of algae type 22 gC/m3/d -1.00 BLOOMALG22 CONSBL

dGrzALG23 grazing ﬂux of algae type 23 gC/m3/d -1.00 BLOOMALG23 CONSBL

dGrzALG24 grazing ﬂux of algae type 24 gC/m3/d -1.00 BLOOMALG24 CONSBL

dGrzALG25 grazing ﬂux of algae type 25 gC/m3/d -1.00 BLOOMALG25 CONSBL

dGrzALG26 grazing ﬂux of algae type 26 gC/m3/d -1.00 BLOOMALG26 CONSBL

dGrzALG27 grazing ﬂux of algae type 27 gC/m3/d -1.00 BLOOMALG27 CONSBL

dGrzALG28 grazing ﬂux of algae type 28 gC/m3/d -1.00 BLOOMALG28 CONSBL

dGrzALG29 grazing ﬂux of algae type 29 gC/m3/d -1.00 BLOOMALG29 CONSBL

dGrzALG30 grazing ﬂux of algae type 30 gC/m3/d -1.00 BLOOMALG30 CONSBL

dVolat153 volatilisation ﬂux 153 g153/m3/d -1.00 153 Volat_153

dVolat153 volatilisation ﬂux 153 g153/m3/d -1.00 153-dis Volat_153

continued on next page

76 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dVolatHCB volatilisation ﬂux HCB gHCB/m3/d -1.00 HCB Volat_HCB

dVolatHCB volatilisation ﬂux HCB gHCB/m3/d -1.00 HCB-dis Volat_HCB

dVolatHCH volatilisation ﬂux HCH gHCH/m3/d -1.00 HCH Volat_HCH

dVolatHCH volatilisation ﬂux HCH gHCH/m3/d -1.00 HCH-dis Volat_HCH

dVolatFlu volatilisation ﬂux Flu gFlu/m3/d -1.00 Flu Volat_Flu

dVolatFlu volatilisation ﬂux Flu gFlu/m3/d -1.00 Flu-dis Volat_Flu

dVolatBaP volatilisation ﬂux BaP gBaP/m3/d -1.00 BaP Volat_BaP

dVolatBaP volatilisation ﬂux BaP gBaP/m3/d -1.00 BaP-dis Volat_BaP

dVolatAtr volatilisation ﬂux Atrazine gAtr/m3/d -1.00 Atr Volat_Atr

dVolatAtr volatilisation ﬂux Atrazine gAtr/m3/d -1.00 Atr-dis Volat_Atr

dVolatMef volatilisation ﬂux Mef gMef/m3/d -1.00 Mef Volat_Mef

dVolatMef volatilisation ﬂux Mef gMef/m3/d -1.00 Mef-dis Volat_Mef

dVolatDiu volatilisation ﬂux Diu gDiu/m3/d -1.00 Diu Volat_Diu

dVolatDiu volatilisation ﬂux Diu gDiu/m3/d -1.00 Diu-dis Volat_Diu

dLoss153 overall loss ﬂux 153 in water g/m3/d -1.00 153 Los_WK_153

dLossHCB overall loss ﬂux HCB in water g/m3/d -1.00 HCB Los_WK_HCB

dLossHCH overall loss ﬂux HCH in water g/m3/d -1.00 HCH Los_WK_HCH

dLossFlu overall loss ﬂux Flu in water g/m3/d -1.00 Flu Los_WK_Flu

dLossBaP overall loss ﬂux BaP in water g/m3/d -1.00 BaP Los_WK_BaP

dLossAtr overall loss ﬂux Atrazine in water g/m3/d -1.00 Atr Los_WK_Atr

dLossMef overall loss ﬂux Mef in water g/m3/d -1.00 Mef Los_WK_Mef

dLossDiu overall loss ﬂux Diu in water g/m3/d -1.00 Diu Los_WK_Diu

dLoss153S1 overall loss ﬂux 153 in layer S1 g/m3/d -1.00 153S1 Los_S1_153

dLossHCBS1 overall loss ﬂux HCB in layer S1 g/m3/d -1.00 HCBS1 Los_S1_HCB

dLossHCHS1 overall loss ﬂux HCH in layer S1 g/m3/d -1.00 HCHS1 Los_S1_HCH

dLossFluS1 overall loss ﬂux Flu in layer S1 g/m3/d -1.00 FluS1 Los_S1_Flu

dLossBaPS1 overall loss ﬂux BaP in layer S1 g/m3/d -1.00 BaPS1 Los_S1_BaP

dLossAtrS1 overall loss ﬂux Atrazine in layer S1 g/m3/d -1.00 AtrS1 Los_S1_Atr

dLossMefS1 overall loss ﬂux Mef in layer S1 g/m3/d -1.00 MefS1 Los_S1_Mef

dLossDiuS1 overall loss ﬂux Diu in layer S1 g/m3/d -1.00 DiuS1 Los_S1_Diu

dLoss153S2 overall loss ﬂux 153 in layer S2 g/m3/d -1.00 153S2 Los_S2_153

dLossHCBS2 overall loss ﬂux HCB in layer S2 g/m3/d -1.00 HCBS2 Los_S2_HCB

dLossHCHS2 overall loss ﬂux HCH in layer S2 g/m3/d -1.00 HCHS2 Los_S2_HCH

dLossFluS2 overall loss ﬂux Flu in layer S2 g/m3/d -1.00 FluS2 Los_S2_Flu

dLossBaPS2 overall loss ﬂux BaP in layer S2 g/m3/d -1.00 BaPS2 Los_S2_BaP

dLossAtrS2 overall loss ﬂux Atrazine in layer S2 g/m3/d -1.00 AtrS2 Los_S2_Atr

dLossMefS2 overall loss ﬂux Mef in layer S2 g/m3/d -1.00 MefS2 Los_S2_Mef

dLossDiuS2 overall loss ﬂux Diu in layer S2 g/m3/d -1.00 DiuS2 Los_S2_Diu

dSedCd sedimentation ﬂux Cd towards S1 gCd/m3/d -1.00 Cd Sed_Cd

dSedCd sedimentation ﬂux Cd towards S1 gCd/m3/d -1.00 Cd-par Sed_Cd

dSedCd sedimentation ﬂux Cd towards S1 gCd/m3/d 1.00 CdS1 Sed_Cd

dSedCd sedimentation ﬂux Cd towards S1 gCd/m3/d 1.00 CdS1-par Sed_Cd

dSedCdS2 sedimentation ﬂux Cd towards S2 gCd/m3/d -1.00 Cd Sed_Cd

dSedCdS2 sedimentation ﬂux Cd towards S2 gCd/m3/d -1.00 Cd-par Sed_Cd

dSedCdS2 sedimentation ﬂux Cd towards S2 gCd/m3/d 1.00 CdS2 Sed_Cd

dSedCdS2 sedimentation ﬂux Cd towards S2 gCd/m3/d 1.00 CdS2-par Sed_Cd

dSedCu sedimentation ﬂux Cu towards S1 gCu/m3/d -1.00 Cu Sed_Cu

dSedCu sedimentation ﬂux Cu towards S1 gCu/m3/d -1.00 Cu-par Sed_Cu

dSedCu sedimentation ﬂux Cu towards S1 gCu/m3/d 1.00 CuS1 Sed_Cu

dSedCu sedimentation ﬂux Cu towards S1 gCu/m3/d 1.00 CuS1-par Sed_Cu

dSedCuS2 sedimentation ﬂux Cu towards S2 gCu/m3/d -1.00 Cu Sed_Cu

dSedCuS2 sedimentation ﬂux Cu towards S2 gCu/m3/d -1.00 Cu-par Sed_Cu

dSedCuS2 sedimentation ﬂux Cu towards S2 gCu/m3/d 1.00 CuS2 Sed_Cu

dSedCuS2 sedimentation ﬂux Cu towards S2 gCu/m3/d 1.00 CuS2-par Sed_Cu

dSedZn sedimentation ﬂux Zn towards S1 gZn/m3/d -1.00 Zn Sed_Zn

dSedZn sedimentation ﬂux Zn towards S1 gZn/m3/d -1.00 Zn-par Sed_Zn

dSedZn sedimentation ﬂux Zn towards S1 gZn/m3/d 1.00 ZnS1 Sed_Zn

dSedZn sedimentation ﬂux Zn towards S1 gZn/m3/d 1.00 ZnS1-par Sed_Zn

dSedZnS2 sedimentation ﬂux Zn towards S2 gZn/m3/d -1.00 Zn Sed_Zn

dSedZnS2 sedimentation ﬂux Zn towards S2 gZn/m3/d -1.00 Zn-par Sed_Zn

dSedZnS2 sedimentation ﬂux Zn towards S2 gZn/m3/d 1.00 ZnS2 Sed_Zn

dSedZnS2 sedimentation ﬂux Zn towards S2 gZn/m3/d 1.00 ZnS2-par Sed_Zn

dSedHg sedimentation ﬂux Hg towards S1 gHg/m3/d -1.00 Hg Sed_Hg

dSedHg sedimentation ﬂux Hg towards S1 gHg/m3/d -1.00 Hg-par Sed_Hg

dSedHg sedimentation ﬂux Hg towards S1 gHg/m3/d 1.00 HgS1 Sed_Hg

dSedHg sedimentation ﬂux Hg towards S1 gHg/m3/d 1.00 HgS1-par Sed_Hg

dSedHgS2 sedimentation ﬂux Hg towards S2 gHg/m3/d -1.00 Hg Sed_Hg

dSedHgS2 sedimentation ﬂux Hg towards S2 gHg/m3/d -1.00 Hg-par Sed_Hg

continued on next page

Deltares 77 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSedHgS2 sedimentation ﬂux Hg towards S2 gHg/m3/d 1.00 HgS2 Sed_Hg

dSedHgS2 sedimentation ﬂux Hg towards S2 gHg/m3/d 1.00 HgS2-par Sed_Hg

dSedNi sedimentation ﬂux Ni towards S1 gNi/m3/d -1.00 Ni Sed_Ni

dSedNi sedimentation ﬂux Ni towards S1 gNi/m3/d -1.00 Ni-par Sed_Ni

dSedNi sedimentation ﬂux Ni towards S1 gNi/m3/d 1.00 NiS1 Sed_Ni

dSedNi sedimentation ﬂux Ni towards S1 gNi/m3/d 1.00 NiS1-par Sed_Ni

dSedNiS2 sedimentation ﬂux Ni towards S2 gNi/m3/d -1.00 Ni Sed_Ni

dSedNiS2 sedimentation ﬂux Ni towards S2 gNi/m3/d -1.00 Ni-par Sed_Ni

dSedNiS2 sedimentation ﬂux Ni towards S2 gNi/m3/d 1.00 NiS2 Sed_Ni

dSedNiS2 sedimentation ﬂux Ni towards S2 gNi/m3/d 1.00 NiS2-par Sed_Ni

dSedPb sedimentation ﬂux Pb towards S1 gPb/m3/d -1.00 Pb Sed_Pb

dSedPb sedimentation ﬂux Pb towards S1 gPb/m3/d -1.00 Pb-par Sed_Pb

dSedPb sedimentation ﬂux Pb towards S1 gPb/m3/d 1.00 PbS1 Sed_Pb

dSedPb sedimentation ﬂux Pb towards S1 gPb/m3/d 1.00 PbS1-par Sed_Pb

dSedPbS2 sedimentation ﬂux Pb towards S2 gPb/m3/d -1.00 Pb Sed_Pb

dSedPbS2 sedimentation ﬂux Pb towards S2 gPb/m3/d -1.00 Pb-par Sed_Pb

dSedPbS2 sedimentation ﬂux Pb towards S2 gPb/m3/d 1.00 PbS2 Sed_Pb

dSedPbS2 sedimentation ﬂux Pb towards S2 gPb/m3/d 1.00 PbS2-par Sed_Pb

dSedCr sedimentation ﬂux Cr towards S1 gCr/m3/d -1.00 Cr Sed_Cr

dSedCr sedimentation ﬂux Cr towards S1 gCr/m3/d -1.00 Cr-par Sed_Cr

dSedCr sedimentation ﬂux Cr towards S1 gCr/m3/d 1.00 CrS1 Sed_Cr

dSedCr sedimentation ﬂux Cr towards S1 gCr/m3/d 1.00 CrS1-par Sed_Cr

dSedCrS2 sedimentation ﬂux Cr towards S2 gCr/m3/d -1.00 Cr Sed_Cr

dSedCrS2 sedimentation ﬂux Cr towards S2 gCr/m3/d -1.00 Cr-par Sed_Cr

dSedCrS2 sedimentation ﬂux Cr towards S2 gCr/m3/d 1.00 CrS2 Sed_Cr

dSedCrS2 sedimentation ﬂux Cr towards S2 gCr/m3/d 1.00 CrS2-par Sed_Cr

dSedAs sedimentation ﬂux As towards S1 gAs/m3/d -1.00 As Sed_As

dSedAs sedimentation ﬂux As towards S1 gAs/m3/d -1.00 As-par Sed_As

dSedAs sedimentation ﬂux As towards S1 gAs/m3/d 1.00 AsS1 Sed_As

dSedAs sedimentation ﬂux As towards S1 gAs/m3/d 1.00 AsS1-par Sed_As

dSedAsS2 sedimentation ﬂux As towards S2 gAs/m3/d -1.00 As Sed_As

dSedAsS2 sedimentation ﬂux As towards S2 gAs/m3/d -1.00 As-par Sed_As

dSedAsS2 sedimentation ﬂux As towards S2 gAs/m3/d 1.00 AsS2 Sed_As

dSedAsS2 sedimentation ﬂux As towards S2 gAs/m3/d 1.00 AsS2-par Sed_As

dSedVa sedimentation ﬂux Va towards S1 gVa/m3/d -1.00 Va Sed_Va

dSedVa sedimentation ﬂux Va towards S1 gVa/m3/d -1.00 Va-par Sed_Va

dSedVa sedimentation ﬂux Va towards S1 gVa/m3/d 1.00 VaS1 Sed_Va

dSedVa sedimentation ﬂux Va towards S1 gVa/m3/d 1.00 VaS1-par Sed_Va

dSedVaS2 sedimentation ﬂux Va towards S2 gVa/m3/d -1.00 Va Sed_Va

dSedVaS2 sedimentation ﬂux Va towards S2 gVa/m3/d -1.00 Va-par Sed_Va

dSedVaS2 sedimentation ﬂux Va towards S2 gVa/m3/d 1.00 VaS2 Sed_Va

dSedVaS2 sedimentation ﬂux Va towards S2 gVa/m3/d 1.00 VaS2-par Sed_Va

dSed153 sedimentation ﬂux 153 g153/m3/d -1.00 153 Sed_153

dSed153 sedimentation ﬂux 153 g153/m3/d -1.00 153-par Sed_153

dSed153 sedimentation ﬂux 153 g153/m3/d 1.00 153S1 Sed_153

dSed153 sedimentation ﬂux 153 g153/m3/d 1.00 153S1-par Sed_153

dSedHCB sedimentation ﬂux HCB gHCB/m3/d -1.00 HCB Sed_HCB

dSedHCB sedimentation ﬂux HCB gHCB/m3/d -1.00 HCB-par Sed_HCB

dSedHCB sedimentation ﬂux HCB gHCB/m3/d 1.00 HCBS1 Sed_HCB

dSedHCB sedimentation ﬂux HCB gHCB/m3/d 1.00 HCBS1-par Sed_HCB

dSedHCH sedimentation ﬂux HCH gHCH/m3/d -1.00 HCH Sed_HCH

dSedHCH sedimentation ﬂux HCH gHCH/m3/d -1.00 HCH-par Sed_HCH

dSedHCH sedimentation ﬂux HCH gHCH/m3/d 1.00 HCHS1 Sed_HCH

dSedHCH sedimentation ﬂux HCH gHCH/m3/d 1.00 HCHS1-par Sed_HCH

dSedFlu sedimentation ﬂux Flu gFlu/m3/d -1.00 Flu Sed_Flu

dSedFlu sedimentation ﬂux Flu gFlu/m3/d -1.00 Flu-par Sed_Flu

dSedFlu sedimentation ﬂux Flu gFlu/m3/d 1.00 FluS1 Sed_Flu

dSedFlu sedimentation ﬂux Flu gFlu/m3/d 1.00 FluS1-par Sed_Flu

dSedBap sedimentation ﬂux BaP gBaP/m3/d -1.00 Bap Sed_Bap

dSedBap sedimentation ﬂux BaP gBaP/m3/d -1.00 Bap-par Sed_Bap

dSedBap sedimentation ﬂux BaP gBaP/m3/d 1.00 BapS1 Sed_Bap

dSedBap sedimentation ﬂux BaP gBaP/m3/d 1.00 BapS1-par Sed_Bap

dSedAtr sedimentation ﬂux Atrazine gAtr/m3/d -1.00 Atr Sed_Atr

dSedAtr sedimentation ﬂux Atrazine gAtr/m3/d -1.00 Atr-par Sed_Atr

dSedAtr sedimentation ﬂux Atrazine gAtr/m3/d 1.00 AtrS1 Sed_Atr

dSedAtr sedimentation ﬂux Atrazine gAtr/m3/d 1.00 AtrS1-par Sed_Atr

dSedMef sedimentation ﬂux Mef gMef/m3/d -1.00 Mef Sed_Mef

dSedMef sedimentation ﬂux Mef gMef/m3/d -1.00 Mef-par Sed_Mef

continued on next page

78 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dSedMef sedimentation ﬂux Mef gMef/m3/d 1.00 MefS1 Sed_Mef

dSedMef sedimentation ﬂux Mef gMef/m3/d 1.00 MefS1-par Sed_Mef

dSedDiu sedimentation ﬂux Diu gDiu/m3/d -1.00 Diu Sed_Diu

dSedDiu sedimentation ﬂux Diu gDiu/m3/d -1.00 Diu-par Sed_Diu

dSedDiu sedimentation ﬂux Diu gDiu/m3/d 1.00 DiuS1 Sed_Diu

dSedDiu sedimentation ﬂux Diu gDiu/m3/d 1.00 DiuS1-par Sed_Diu

dResS1As resuspension ﬂux As from layer S1 gAs/m3/d 1.00 As S12TraAs

dResS1As resuspension ﬂux As from layer S1 gAs/m3/d -1.00 AsS1 S12TraAs

dResS2As resuspension ﬂux As from layer S2 gAs/m3/d 1.00 As S12TraAs

dResS2As resuspension ﬂux As from layer S2 gAs/m3/d -1.00 AsS2 S12TraAs

dBurS1As burial ﬂux As from layer S1 gAs/m3/d -1.00 AsS1 S12TraAs

dBurS1As burial ﬂux As from layer S1 gAs/m3/d 1.00 AsS2 S12TraAs

dBurS2As burial ﬂux As from layer S2 gAs/m3/d -1.00 AsS2 S12TraAs

dDigS1As digging ﬂux As to layer S1 gAs/m3/d 1.00 AsS1 S12TraAs

dDigS1As digging ﬂux As to layer S1 gAs/m3/d -1.00 AsS2 S12TraAs

dDigS2As digging ﬂux As to layer S2 gAs/m3/d 1.00 AsS2 S12TraAs

dResS1Cd resuspension ﬂux Cd from layer S1 gCd/m3/d 1.00 Cd S12TraCd

dResS1Cd resuspension ﬂux Cd from layer S1 gCd/m3/d -1.00 CdS1 S12TraCd

dResS2Cd resuspension ﬂux Cd from layer S2 gCd/m3/d 1.00 Cd S12TraCd

dResS2Cd resuspension ﬂux Cd from layer S2 gCd/m3/d -1.00 CdS2 S12TraCd

dBurS1Cd burial ﬂux Cd from layer S1 gCd/m3/d -1.00 CdS1 S12TraCd

dBurS1Cd burial ﬂux Cd from layer S1 gCd/m3/d 1.00 CdS2 S12TraCd

dBurS2Cd burial ﬂux Cd from layer S2 gCd/m3/d -1.00 CdS2 S12TraCd

dDigS1Cd digging ﬂux Cd to layer S1 gCd/m3/d 1.00 CdS1 S12TraCd

dDigS1Cd digging ﬂux Cd to layer S1 gCd/m3/d -1.00 CdS2 S12TraCd

dDigS2Cd digging ﬂux Cd to layer S2 gCd/m3/d 1.00 CdS2 S12TraCd

dResS1Cr resuspension ﬂux Cr from layer S1 gCr/m3/d 1.00 Cr S12TraCr

dResS1Cr resuspension ﬂux Cr from layer S1 gCr/m3/d -1.00 CrS1 S12TraCr

dResS2Cr resuspension ﬂux Cr from layer S2 gCr/m3/d 1.00 Cr S12TraCr

dResS2Cr resuspension ﬂux Cr from layer S2 gCr/m3/d -1.00 CrS2 S12TraCr

dBurS1Cr burial ﬂux Cr from layer S1 gCr/m3/d -1.00 CrS1 S12TraCr

dBurS1Cr burial ﬂux Cr from layer S1 gCr/m3/d 1.00 CrS2 S12TraCr

dBurS2Cr burial ﬂux Cr from layer S2 gCr/m3/d -1.00 CrS2 S12TraCr

dDigS1Cr digging ﬂux Cr to layer S1 gCr/m3/d 1.00 CrS1 S12TraCr

dDigS1Cr digging ﬂux Cr to layer S1 gCr/m3/d -1.00 CrS2 S12TraCr

dDigS2Cr digging ﬂux Cr to layer S2 gCr/m3/d 1.00 CrS2 S12TraCr

dResS1Cu resuspension ﬂux Cu from layer S1 gCu/m3/d 1.00 Cu S12TraCu

dResS1Cu resuspension ﬂux Cu from layer S1 gCu/m3/d -1.00 CuS1 S12TraCu

dResS2Cu resuspension ﬂux Cu from layer S2 gCu/m3/d 1.00 Cu S12TraCu

dResS2Cu resuspension ﬂux Cu from layer S2 gCu/m3/d -1.00 CuS2 S12TraCu

dBurS1Cu burial ﬂux Cu from layer S1 gCu/m3/d -1.00 CuS1 S12TraCu

dBurS1Cu burial ﬂux Cu from layer S1 gCu/m3/d 1.00 CuS2 S12TraCu

dBurS2Cu burial ﬂux Cu from layer S2 gCu/m3/d -1.00 CuS2 S12TraCu

dDigS1Cu digging ﬂux Cu to layer S1 gCu/m3/d 1.00 CuS1 S12TraCu

dDigS1Cu digging ﬂux Cu to layer S1 gCu/m3/d -1.00 CuS2 S12TraCu

dDigS2Cu digging ﬂux Cu to layer S2 gCu/m3/d 1.00 CuS2 S12TraCu

dResS1Hg resuspension ﬂux Hg from layer S1 gHg/m3/d 1.00 Hg S12TraHg

dResS1Hg resuspension ﬂux Hg from layer S1 gHg/m3/d -1.00 HgS1 S12TraHg

dResS2Hg resuspension ﬂux Hg from layer S2 gHg/m3/d 1.00 Hg S12TraHg

dResS2Hg resuspension ﬂux Hg from layer S2 gHg/m3/d -1.00 HgS2 S12TraHg

dBurS1Hg burial ﬂux Hg from layer S1 gHg/m3/d -1.00 HgS1 S12TraHg

dBurS1Hg burial ﬂux Hg from layer S1 gHg/m3/d 1.00 HgS2 S12TraHg

dBurS2Hg burial ﬂux Hg from layer S2 gHg/m3/d -1.00 HgS2 S12TraHg

dDigS1Hg digging ﬂux Hg to layer S1 gHg/m3/d 1.00 HgS1 S12TraHg

dDigS1Hg digging ﬂux Hg to layer S1 gHg/m3/d -1.00 HgS2 S12TraHg

dDigS2Hg digging ﬂux Hg to layer S2 gHg/m3/d 1.00 HgS2 S12TraHg

dResS1Ni resuspension ﬂux Ni from layer S1 gNi/m3/d 1.00 Ni S12TraNi

dResS1Ni resuspension ﬂux Ni from layer S1 gNi/m3/d -1.00 NiS1 S12TraNi

dResS2Ni resuspension ﬂux Ni from layer S2 gNi/m3/d 1.00 Ni S12TraNi

dResS2Ni resuspension ﬂux Ni from layer S2 gNi/m3/d -1.00 NiS2 S12TraNi

dBurS1Ni burial ﬂux Ni from layer S1 gNi/m3/d -1.00 NiS1 S12TraNi

dBurS1Ni burial ﬂux Ni from layer S1 gNi/m3/d 1.00 NiS2 S12TraNi

dBurS2Ni burial ﬂux Ni from layer S2 gNi/m3/d -1.00 NiS2 S12TraNi

dDigS1Ni digging ﬂux Ni to layer S1 gNi/m3/d 1.00 NiS1 S12TraNi

dDigS1Ni digging ﬂux Ni to layer S1 gNi/m3/d -1.00 NiS2 S12TraNi

dDigS2Ni digging ﬂux Ni to layer S2 gNi/m3/d 1.00 NiS2 S12TraNi

dResS1Pb resuspension ﬂux Pb from layer S1 gPb/m3/d 1.00 Pb S12TraPb

dResS1Pb resuspension ﬂux Pb from layer S1 gPb/m3/d -1.00 PbS1 S12TraPb

continued on next page

Deltares 79 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dResS2Pb resuspension ﬂux Pb from layer S2 gPb/m3/d 1.00 Pb S12TraPb

dResS2Pb resuspension ﬂux Pb from layer S2 gPb/m3/d -1.00 PbS2 S12TraPb

dBurS1Pb burial ﬂux Pb from layer S1 gPb/m3/d -1.00 PbS1 S12TraPb

dBurS1Pb burial ﬂux Pb from layer S1 gPb/m3/d 1.00 PbS2 S12TraPb

dBurS2Pb burial ﬂux Pb from layer S2 gPb/m3/d -1.00 PbS2 S12TraPb

dDigS1Pb digging ﬂux Pb to layer S1 gPb/m3/d 1.00 PbS1 S12TraPb

dDigS1Pb digging ﬂux Pb to layer S1 gPb/m3/d -1.00 PbS2 S12TraPb

dDigS2Pb digging ﬂux Pb to layer S2 gPb/m3/d 1.00 PbS2 S12TraPb

dResS1Va resuspension ﬂux Va from layer S1 gVa/m3/d 1.00 Va S12TraVa

dResS1Va resuspension ﬂux Va from layer S1 gVa/m3/d -1.00 VaS1 S12TraVa

dResS2Va resuspension ﬂux Va from layer S2 gVa/m3/d 1.00 Va S12TraVa

dResS2Va resuspension ﬂux Va from layer S2 gVa/m3/d -1.00 VaS2 S12TraVa

dBurS1Va burial ﬂux Va from layer S1 gVa/m3/d -1.00 VaS1 S12TraVa

dBurS1Va burial ﬂux Va from layer S1 gVa/m3/d 1.00 VaS2 S12TraVa

dBurS2Va burial ﬂux Va from layer S2 gVa/m3/d -1.00 VaS2 S12TraVa

dDigS1Va digging ﬂux Va to layer S1 gVa/m3/d 1.00 VaS1 S12TraVa

dDigS1Va digging ﬂux Va to layer S1 gVa/m3/d -1.00 VaS2 S12TraVa

dDigS2Va digging ﬂux Va to layer S2 gVa/m3/d 1.00 VaS2 S12TraVa

dResS1Zn resuspension ﬂux Zn from layer S1 gZn/m3/d 1.00 Zn S12TraZn

dResS1Zn resuspension ﬂux Zn from layer S1 gZn/m3/d -1.00 ZnS1 S12TraZn

dResS2Zn resuspension ﬂux Zn from layer S2 gZn/m3/d 1.00 Zn S12TraZn

dResS2Zn resuspension ﬂux Zn from layer S2 gZn/m3/d -1.00 ZnS2 S12TraZn

dBurS1Zn burial ﬂux Zn from layer S1 gZn/m3/d -1.00 ZnS1 S12TraZn

dBurS1Zn burial ﬂux Zn from layer S1 gZn/m3/d 1.00 ZnS2 S12TraZn

dBurS2Zn burial ﬂux Zn from layer S2 gZn/m3/d -1.00 ZnS2 S12TraZn

dDigS1Zn digging ﬂux Zn to layer S1 gZn/m3/d 1.00 ZnS1 S12TraZn

dDigS1Zn digging ﬂux Zn to layer S1 gZn/m3/d -1.00 ZnS2 S12TraZn

dDigS2Zn digging ﬂux Zn to layer S2 gZn/m3/d 1.00 ZnS2 S12TraZn

dResS1153 resuspension ﬂux 153 from layer S1 g153/m3/d 1.00 153 S12Tra153

dResS1153 resuspension ﬂux 153 from layer S1 g153/m3/d -1.00 153S1 S12Tra153

dResS2153 resuspension ﬂux 153 from layer S2 g153/m3/d 1.00 153 S12Tra153

dResS2153 resuspension ﬂux 153 from layer S2 g153/m3/d -1.00 153S2 S12Tra153

dBurS1153 burial ﬂux 153 from layer S1 g153/m3/d -1.00 153S1 S12Tra153

dBurS1153 burial ﬂux 153 from layer S1 g153/m3/d 1.00 153S2 S12Tra153

dBurS2153 burial ﬂux 153 from layer S2 g153/m3/d -1.00 153S2 S12Tra153

dDigS1153 digging ﬂux 153 to layer S1 g153/m3/d 1.00 153S1 S12Tra153

dDigS1153 digging ﬂux 153 to layer S1 g153/m3/d -1.00 153S2 S12Tra153

dDigS2153 digging ﬂux 153 to layer S2 g153/m3/d 1.00 153S2 S12Tra153

dResS1Atr resuspension ﬂux Atr from layer S1 gAtr/m3/d 1.00 Atr S12TraAtr

dResS1Atr resuspension ﬂux Atr from layer S1 gAtr/m3/d -1.00 AtrS1 S12TraAtr

dResS2Atr resuspension ﬂux Atr from layer S2 gAtr/m3/d 1.00 Atr S12TraAtr

dResS2Atr resuspension ﬂux Atr from layer S2 gAtr/m3/d -1.00 AtrS2 S12TraAtr

dBurS1Atr burial ﬂux Atr from layer S1 gAtr/m3/d -1.00 AtrS1 S12TraAtr

dBurS1Atr burial ﬂux Atr from layer S1 gAtr/m3/d 1.00 AtrS2 S12TraAtr

dBurS2Atr burial ﬂux Atr from layer S2 gAtr/m3/d -1.00 AtrS2 S12TraAtr

dDigS1Atr digging ﬂux Atr to layer S1 gAtr/m3/d 1.00 AtrS1 S12TraAtr

dDigS1Atr digging ﬂux Atr to layer S1 gAtr/m3/d -1.00 AtrS2 S12TraAtr

dDigS2Atr digging ﬂux Atr to layer S2 gAtr/m3/d 1.00 AtrS2 S12TraAtr

dResS1Mef resuspension ﬂux Mef from layer S1 gMef/m3/d 1.00 Mef S12TraMef

dResS1Mef resuspension ﬂux Mef from layer S1 gMef/m3/d -1.00 MefS1 S12TraMef

dResS2Mef resuspension ﬂux Mef from layer S2 gMef/m3/d 1.00 Mef S12TraMef

dResS2Mef resuspension ﬂux Mef from layer S2 gMef/m3/d -1.00 MefS2 S12TraMef

dBurS1Mef burial ﬂux Mef from layer S1 gMef/m3/d -1.00 MefS1 S12TraMef

dBurS1Mef burial ﬂux Mef from layer S1 gMef/m3/d 1.00 MefS2 S12TraMef

dBurS2Mef burial ﬂux Mef from layer S2 gMef/m3/d -1.00 MefS2 S12TraMef

dDigS1Mef digging ﬂux Mef to layer S1 gMef/m3/d 1.00 MefS1 S12TraMef

dDigS1Mef digging ﬂux Mef to layer S1 gMef/m3/d -1.00 MefS2 S12TraMef

dDigS2Mef digging ﬂux Mef to layer S2 gMef/m3/d 1.00 MefS2 S12TraMef

dResS1Diu resuspension ﬂux Diu from layer S1 gDiu/m3/d 1.00 Diu S12TraDiu

dResS1Diu resuspension ﬂux Diu from layer S1 gDiu/m3/d -1.00 DiuS1 S12TraDiu

dResS2Diu resuspension ﬂux Diu from layer S2 gDiu/m3/d 1.00 Diu S12TraDiu

dResS2Diu resuspension ﬂux Diu from layer S2 gDiu/m3/d -1.00 DiuS2 S12TraDiu

dBurS1Diu burial ﬂux Diu from layer S1 gDiu/m3/d -1.00 DiuS1 S12TraDiu

dBurS1Diu burial ﬂux Diu from layer S1 gDiu/m3/d 1.00 DiuS2 S12TraDiu

dBurS2Diu burial ﬂux Diu from layer S2 gDiu/m3/d -1.00 DiuS2 S12TraDiu

dDigS1Diu digging ﬂux Diu to layer S1 gDiu/m3/d 1.00 DiuS1 S12TraDiu

dDigS1Diu digging ﬂux Diu to layer S1 gDiu/m3/d -1.00 DiuS2 S12TraDiu

dDigS2Diu digging ﬂux Diu to layer S2 gDiu/m3/d 1.00 DiuS2 S12TraDiu

continued on next page

80 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dResS1BaP resuspension ﬂux BaP from layer S1 gBaP/m3/d 1.00 BaP S12TraBaP

dResS1BaP resuspension ﬂux BaP from layer S1 gBaP/m3/d -1.00 BaPS1 S12TraBaP

dResS2BaP resuspension ﬂux BaP from layer S2 gBaP/m3/d 1.00 BaP S12TraBaP

dResS2BaP resuspension ﬂux BaP from layer S2 gBaP/m3/d -1.00 BaPS2 S12TraBaP

dBurS1BaP burial ﬂux BaP from layer S1 gBaP/m3/d -1.00 BaPS1 S12TraBaP

dBurS1BaP burial ﬂux BaP from layer S1 gBaP/m3/d 1.00 BaPS2 S12TraBaP

dBurS2BaP burial ﬂux BaP from layer S2 gBaP/m3/d -1.00 BaPS2 S12TraBaP

dDigS1BaP digging ﬂux BaP to layer S1 gBaP/m3/d 1.00 BaPS1 S12TraBaP

dDigS1BaP digging ﬂux BaP to layer S1 gBaP/m3/d -1.00 BaPS2 S12TraBaP

dDigS2BaP digging ﬂux BaP to layer S2 gBaP/m3/d 1.00 BaPS2 S12TraBaP

dResS1OMP resuspension ﬂux OMP from layer S1 gOMP/m3/d 1.00 OMP S12TraOMP

dResS1OMP resuspension ﬂux OMP from layer S1 gOMP/m3/d -1.00 OMPS1 S12TraOMP

dResS2OMP resuspension ﬂux OMP from layer S2 gOMP/m3/d 1.00 OMP S12TraOMP

dResS2OMP resuspension ﬂux OMP from layer S2 gOMP/m3/d -1.00 OMPS2 S12TraOMP

dBurS1OMP burial ﬂux OMP from layer S1 gOMP/m3/d -1.00 OMPS1 S12TraOMP

dBurS1OMP burial ﬂux OMP from layer S1 gOMP/m3/d 1.00 OMPS2 S12TraOMP

dBurS2OMP burial ﬂux OMP from layer S2 gOMP/m3/d -1.00 OMPS2 S12TraOMP

dDigS1OMP digging ﬂux OMP to layer S1 gOMP/m3/d 1.00 OMPS1 S12TraOMP

dDigS1OMP digging ﬂux OMP to layer S1 gOMP/m3/d -1.00 OMPS2 S12TraOMP

dDigS2OMP digging ﬂux OMP to layer S2 gOMP/m3/d 1.00 OMPS2 S12TraOMP

dResS1Flu resuspension ﬂux Flu from layer S1 gFlu/m3/d 1.00 Flu S12TraFlu

dResS1Flu resuspension ﬂux Flu from layer S1 gFlu/m3/d -1.00 FluS1 S12TraFlu

dResS2Flu resuspension ﬂux Flu from layer S2 gFlu/m3/d 1.00 Flu S12TraFlu

dResS2Flu resuspension ﬂux Flu from layer S2 gFlu/m3/d -1.00 FluS2 S12TraFlu

dBurS1Flu burial ﬂux Flu from layer S1 gFlu/m3/d -1.00 FluS1 S12TraFlu

dBurS1Flu burial ﬂux Flu from layer S1 gFlu/m3/d 1.00 FluS2 S12TraFlu

dBurS2Flu burial ﬂux Flu from layer S2 gFlu/m3/d -1.00 FluS2 S12TraFlu

dDigS1Flu digging ﬂux Flu to layer S1 gFlu/m3/d 1.00 FluS1 S12TraFlu

dDigS1Flu digging ﬂux Flu to layer S1 gFlu/m3/d -1.00 FluS2 S12TraFlu

dDigS2Flu digging ﬂux Flu to layer S2 gFlu/m3/d 1.00 FluS2 S12TraFlu

dResS1HCB resuspension ﬂux HCB from layer S1 gHCB/m3/d 1.00 HCB S12TraHCB

dResS1HCB resuspension ﬂux HCB from layer S1 gHCB/m3/d -1.00 HCBS1 S12TraHCB

dResS2HCB resuspension ﬂux HCB from layer S2 gHCB/m3/d 1.00 HCB S12TraHCB

dResS2HCB resuspension ﬂux HCB from layer S2 gHCB/m3/d -1.00 HCBS2 S12TraHCB

dBurS1HCB burial ﬂux HCB from layer S1 gHCB/m3/d -1.00 HCBS1 S12TraHCB

dBurS1HCB burial ﬂux HCB from layer S1 gHCB/m3/d 1.00 HCBS2 S12TraHCB

dBurS2HCB burial ﬂux HCB from layer S2 gHCB/m3/d -1.00 HCBS2 S12TraHCB

dDigS1HCB digging ﬂux HCB to layer S1 gHCB/m3/d 1.00 HCBS1 S12TraHCB

dDigS1HCB digging ﬂux HCB to layer S1 gHCB/m3/d -1.00 HCBS2 S12TraHCB

dDigS2HCB digging ﬂux HCB to layer S2 gHCB/m3/d 1.00 HCBS2 S12TraHCB

dResS1HCH resuspension ﬂux HCH from layer S1 gHCH/m3/d 1.00 HCH S12TraHCH

dResS1HCH resuspension ﬂux HCH from layer S1 gHCH/m3/d -1.00 HCHS1 S12TraHCH

dResS2HCH resuspension ﬂux HCH from layer S2 gHCH/m3/d 1.00 HCH S12TraHCH

dResS2HCH resuspension ﬂux HCH from layer S2 gHCH/m3/d -1.00 HCHS2 S12TraHCH

dBurS1HCH burial ﬂux HCH from layer S1 gHCH/m3/d -1.00 HCHS1 S12TraHCH

dBurS1HCH burial ﬂux HCH from layer S1 gHCH/m3/d 1.00 HCHS2 S12TraHCH

dBurS2HCH burial ﬂux HCH from layer S2 gHCH/m3/d -1.00 HCHS2 S12TraHCH

dDigS1HCH digging ﬂux HCH to layer S1 gHCH/m3/d 1.00 HCHS1 S12TraHCH

dDigS1HCH digging ﬂux HCH to layer S1 gHCH/m3/d -1.00 HCHS2 S12TraHCH

dDigS2HCH digging ﬂux HCH to layer S2 gHCH/m3/d 1.00 HCHS2 S12TraHCH

dEvapConti nett evaporation and rain continuity m/d 1.00 Continuity Evap_Conti

dEvapConti nett evaporation and rain continuity m/d 1.00 Prec Evap_Conti

dAtmDepIM1 atmospheric deposition ﬂux IM1 g/m3/d 1.00 IM1 AtmDep_IM1

dAtmDepIM2 atmospheric deposition ﬂux IM2 g/m3/d 1.00 IM2 AtmDep_IM2

dAtmDepIM3 atmospheric deposition ﬂux IM3 g/m3/d 1.00 IM3 AtmDep_IM3

dDfwastIM1 diffusive waste ﬂux IM1 g/m3/d 1.00 IM1 Dfwast_IM1

dDfwastIM2 diffusive waste ﬂux IM2 g/m3/d 1.00 IM2 Dfwast_IM2

dDfwastIM3 diffusive waste ﬂux IM3 g/m3/d 1.00 IM3 Dfwast_IM3

dAtmDepNH4 atmospheric deposition ﬂux NH4 gN/m3/d 1.00 NH4 AtmDep_NH4

dAtmDepNH4 atmospheric deposition ﬂux NH4 gN/m3/d 4.36 ALKA AtmDep_NH4

dAtmDepNO3 atmospheric deposition ﬂux NO3 gNO3/m3/d 1.00 NO3 AtmDep_NO3

dAtmDepNO3 atmospheric deposition ﬂux NO3 gNO3/m3/d 0.07 H+ AtmDep_NO3

dAtmDepNO3 atmospheric deposition ﬂux NO3 gNO3/m3/d -4.36 ALKA AtmDep_NO3

dAtmDepPO4 atmospheric deposition ﬂux PO4 gP/m3/d 1.00 PO4 AtmDep_PO4

dAtmDepSO4 atmospheric deposition ﬂux SO4 gS/m3/d 1.00 SO4 AtmDep_SO4

dAtmDepSO4 atmospheric deposition ﬂux SO4 gS/m3/d 0.14 H+ AtmDep_SO4

dAtmDepSO4 atmospheric deposition ﬂux SO4 gS/m3/d -8.71 ALKA AtmDep_SO4

dAtmDep153 atmospheric deposition ﬂux 153 g153/m3/d 1.00 153 AtmDep_153

continued on next page

Deltares 81 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dAtmDep153 atmospheric deposition ﬂux 153 g153/m3/d 1.00 153-Par AtmDep_153

dAtmDepHCB atmospheric deposition ﬂux HCB gHCB/m3/d 1.00 HCB AtmDep_HCB

dAtmDepHCB atmospheric deposition ﬂux HCB gHCB/m3/d 1.00 HCB-Par AtmDep_HCB

dAtmDepHCH atmospheric deposition ﬂux HCH gHCH/m3/d 1.00 HCH AtmDep_HCH

dAtmDepHCH atmospheric deposition ﬂux HCH gHCH/m3/d 1.00 HCH-Par AtmDep_HCH

dAtmDepFlu atmospheric deposition ﬂux Flu gFlu/m3/d 1.00 Flu AtmDep_Flu

dAtmDepFlu atmospheric deposition ﬂux Flu gFlu/m3/d 1.00 Flu-Par AtmDep_Flu

dAtmDepBap atmospheric deposition ﬂux BaP gBaP/m3/d 1.00 Bap AtmDep_Bap

dAtmDepBap atmospheric deposition ﬂux BaP gBaP/m3/d 1.00 Bap-Par AtmDep_Bap

dAtmDepAtr atmospheric deposition ﬂux Atrazine gAtr/m3/d 1.00 Atr AtmDep_Atr

dAtmDepAtr atmospheric deposition ﬂux Atrazine gAtr/m3/d 1.00 Atr-Par AtmDep_Atr

dAtmDepMef atmospheric deposition ﬂux Mef gMef/m3/d 1.00 Mef AtmDep_Mef

dAtmDepMef atmospheric deposition ﬂux Mef gMef/m3/d 1.00 Mef-Par AtmDep_Mef

dAtmDepDiu atmospheric deposition ﬂux Diu gDiu/m3/d 1.00 Diu AtmDep_Diu

dAtmDepDiu atmospheric deposition ﬂux Diu gDiu/m3/d 1.00 Diu-Par AtmDep_Diu

dAtmDepCd atmospheric deposition ﬂux Cd gCd/m3/d 1.00 Cd AtmDep_Cd

dAtmDepCd atmospheric deposition ﬂux Cd gCd/m3/d 1.00 Cd-Par AtmDep_Cd

dAtmDepCu atmospheric deposition ﬂux Cu gCu/m3/d 1.00 Cu AtmDep_Cu

dAtmDepCu atmospheric deposition ﬂux Cu gCu/m3/d 1.00 Cu-Par AtmDep_Cu

dAtmDepZn atmospheric deposition ﬂux Zn gZn/m3/d 1.00 Zn AtmDep_Zn

dAtmDepZn atmospheric deposition ﬂux Zn gZn/m3/d 1.00 Zn-Par AtmDep_Zn

dAtmDepHg atmospheric deposition ﬂux Hg gHg/m3/d 1.00 Hg AtmDep_Hg

dAtmDepHg atmospheric deposition ﬂux Hg gHg/m3/d 1.00 Hg-Par AtmDep_Hg

dAtmDepNi atmospheric deposition ﬂux Ni gNi/m3/d 1.00 Ni AtmDep_Ni

dAtmDepNi atmospheric deposition ﬂux Ni gNi/m3/d 1.00 Ni-Par AtmDep_Ni

dAtmDepPb atmospheric deposition ﬂux Pb gPb/m3/d 1.00 Pb AtmDep_Pb

dAtmDepPb atmospheric deposition ﬂux Pb gPb/m3/d 1.00 Pb-Par AtmDep_Pb

dAtmDepCr atmospheric deposition ﬂux Cr gCr/m3/d 1.00 Cr AtmDep_Cr

dAtmDepCr atmospheric deposition ﬂux Cr gCr/m3/d 1.00 Cr-Par AtmDep_Cr

dAtmDepAs atmospheric deposition ﬂux As gAs/m3/d 1.00 As AtmDep_As

dAtmDepAs atmospheric deposition ﬂux As gAs/m3/d 1.00 As-Par AtmDep_As

dAtmDepVa atmospheric deposition ﬂux Va gVa/m3/d 1.00 Va AtmDep_Va

dAtmDepVa atmospheric deposition ﬂux Va gVa/m3/d 1.00 Va-Par AtmDep_Va

dDfwastNO3 diffusive waste ﬂux NO3 gN/m3/d 1.00 NO3 Dfwast_NO3

dDfwastNH4 diffusive waste ﬂux NH4 gN/m3/d 1.00 NH4 Dfwast_NH4

dDfwastPO4 diffusive waste ﬂux PO4 gP/m3/d 1.00 PO4 Dfwast_PO4

dDfwastSi diffusive waste ﬂux Si gSi/m3/d 1.00 Si Dfwast_Si

dDfwastSO4 diffusive waste ﬂux SO4 gS/m3/d 1.00 SO4 Dfwast_SO4

dDfwast153 diffusive waste ﬂux 153 g153/m3/d 1.00 153 Dfwast_153

dDfwast153 diffusive waste ﬂux 153 g153/m3/d 1.00 153-Par Dfwast_153

dDfwastHCB diffusive waste ﬂux HCB gHCB/m3/d 1.00 HCB Dfwast_HCB

dDfwastHCB diffusive waste ﬂux HCB gHCB/m3/d 1.00 HCB-Par Dfwast_HCB

dDfwastHCH diffusive waste ﬂux HCH gHCH/m3/d 1.00 HCH Dfwast_HCH

dDfwastHCH diffusive waste ﬂux HCH gHCH/m3/d 1.00 HCH-Par Dfwast_HCH

dDfwastFlu diffusive waste ﬂux Flu gFlu/m3/d 1.00 Flu Dfwast_Flu

dDfwastFlu diffusive waste ﬂux Flu gFlu/m3/d 1.00 Flu-Par Dfwast_Flu

dDfwastBap diffusive waste ﬂux BaP gBaP/m3/d 1.00 Bap Dfwast_Bap

dDfwastBap diffusive waste ﬂux BaP gBaP/m3/d 1.00 Bap-Par Dfwast_Bap

dDfwastAtr diffusive waste ﬂux Atrazine gAtr/m3/d 1.00 Atr Dfwast_Atr

dDfwastAtr diffusive waste ﬂux Atrazine gAtr/m3/d 1.00 Atr-Par Dfwast_Atr

dDfwastMef diffusive waste ﬂux Mef gMef/m3/d 1.00 Mef Dfwast_Mef

dDfwastMef diffusive waste ﬂux Mef gMef/m3/d 1.00 Mef-Par Dfwast_Mef

dDfwastDiu diffusive waste ﬂux Diu gDiu/m3/d 1.00 Diu Dfwast_Diu

dDfwastDiu diffusive waste ﬂux Diu gDiu/m3/d 1.00 Diu-Par Dfwast_Diu

dDfwastCd diffusive waste ﬂux Cd gCd/m3/d 1.00 Cd Dfwast_Cd

dDfwastCd diffusive waste ﬂux Cd gCd/m3/d 1.00 Cd-Par Dfwast_Cd

dDfwastCu diffusive waste ﬂux Cu gCu/m3/d 1.00 Cu Dfwast_Cu

dDfwastCu diffusive waste ﬂux Cu gCu/m3/d 1.00 Cu-Par Dfwast_Cu

dDfwastZn diffusive waste ﬂux Zn gZn/m3/d 1.00 Zn Dfwast_Zn

dDfwastZn diffusive waste ﬂux Zn gZn/m3/d 1.00 Zn-Par Dfwast_Zn

dDfwastHg diffusive waste ﬂux Hg gHg/m3/d 1.00 Hg Dfwast_Hg

dDfwastHg diffusive waste ﬂux Hg gHg/m3/d 1.00 Hg-Par Dfwast_Hg

dDfwastNi diffusive waste ﬂux Ni gNi/m3/d 1.00 Ni Dfwast_Ni

dDfwastNi diffusive waste ﬂux Ni gNi/m3/d 1.00 Ni-Par Dfwast_Ni

dDfwastPb diffusive waste ﬂux Pb gPb/m3/d 1.00 Pb Dfwast_Pb

dDfwastPb diffusive waste ﬂux Pb gPb/m3/d 1.00 Pb-Par Dfwast_Pb

dDfwastCr diffusive waste ﬂux Cr gCr/m3/d 1.00 Cr Dfwast_Cr

dDfwastCr diffusive waste ﬂux Cr gCr/m3/d 1.00 Cr-Par Dfwast_Cr

continued on next page

82 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dDfwastAs diffusive waste ﬂux As gAs/m3/d 1.00 As Dfwast_As

dDfwastAs diffusive waste ﬂux As gAs/m3/d 1.00 As-Par Dfwast_As

dDfwastVa diffusive waste ﬂux Va gVa/m3/d 1.00 Va Dfwast_Va

dDfwastVa diffusive waste ﬂux Va gVa/m3/d 1.00 Va-Par Dfwast_Va

dDumNH3fre dummy ﬂux to access NH3free - 0.00 NH4 NH3free

dDumPosOXY dummy ﬂux to access posoxy - 0.00 OXY PosOXY

dDumSecchi dummy ﬂux to access Secchi - 0.00 IM1 Secchi

dDumSecchi dummy ﬂux to access Secchi - 0.00 POC1 Secchi

dTEWORBOD TEWOR production ﬂux of CBOD5 gO2/m3/d 1.00 CBOD5 Prod_TEWOR

dTEWORBOD2 TEWOR production ﬂux of CBOD5_2 gO2/m3/d 1.00 CBOD5_2 Prod_TEWOR

dTEWORBOD3 TEWOR production ﬂux of CBOD5_3 gO2/m3/d 1.00 CBOD5_3 Prod_TEWOR

dTEWORCOD TEWOR production ﬂux of COD_Cr gO2/m3/d 1.00 COD_Cr Prod_TEWOR

dTEWOROXY TEWOR production ﬂux of OXY gO2/m3/d 1.00 OXY Prod_TEWOR

dTEWOROrgN TEWOR production ﬂux of Org-N gN/m3/d 1.00 PON1 Prod_TEWOR

dTEWORNH4 TEWOR production ﬂux of NH4 gN/m3/d 1.00 NH4 Prod_TEWOR

dTEWORNO3 TEWOR production ﬂux of NO3 gN/m3/d 1.00 NO3 Prod_TEWOR

dTEWOROON TEWOR production ﬂux of OON gN/m3/d 1.00 PON2 Prod_TEWOR

dTEWORECol TEWOR production ﬂux of EColi MPN/m3/d 1.00 EColi Prod_TEWOR

dSorpOMPS1 sorption ﬂux OMP inS1 gOMP/m3/d -1.00 OMPS1-Dis PartS1_OMP

dSorpOMPS1 sorption ﬂux OMP inS1 gOMP/m3/d 1.00 OMPS1-Par PartS1_OMP

dSorpOMPS2 sorption ﬂux OMP inS2 gOMP/m3/d -1.00 OMPS2-Dis PartS2_OMP

dSorpOMPS2 sorption ﬂux OMP inS2 gOMP/m3/d 1.00 OMPS2-Par PartS2_OMP

dSorpOMP sorption ﬂux OMP gOMP/m3/d -1.00 OMP-dis PartWK_OMP

dSorpOMP sorption ﬂux OMP gOMP/m3/d 1.00 OMP-par PartWK_OMP

dVolatOMP volatilisation ﬂux OMP g/m3/d -1.00 OMP Volat_OMP

dVolatOMP volatilisation ﬂux OMP g/m3/d -1.00 OMP-dis Volat_OMP

dLossOMP overall loss ﬂux OMP in water g/m3/d -1.00 OMP Los_WK_OMP

dLossOMPS1 overall loss ﬂux OMP in S1 g/m3/d -1.00 OMPS1 Los_S1_OMP

dLossOMPS2 overall loss ﬂux OMP in S2 g/m3/d -1.00 OMPS2 Los_S2_OMP

dSedOMP sedimentation ﬂux OMP gOMP/m3/d -1.00 OMP Sed_OMP

dSedOMP sedimentation ﬂux OMP gOMP/m3/d -1.00 OMP-par Sed_OMP

dSedOMP sedimentation ﬂux OMP gOMP/m3/d 1.00 OMPS1 Sed_OMP

dSedOMP sedimentation ﬂux OMP gOMP/m3/d 1.00 OMPS1-par Sed_OMP

dAtmDepOMP atmospheric deposition ﬂux OMP gOMP/m3/d 1.00 OMP AtmDep_OMP

dAtmDepOMP atmospheric deposition ﬂux OMP gOMP/m3/d 1.00 OMP-Par AtmDep_OMP

dDfwastOMP diffusive waste ﬂux OMP gOMP/m3/d 1.00 OMP Dfwast_OMP

dDfwastOMP diffusive waste ﬂux OMP gOMP/m3/d 1.00 OMP-Par Dfwast_OMP

dDamrear oxygen production ﬂux at weirs gO2/m3/d 1.00 OXY Damrear

dTRSOXY direct rearation towards sediment g/m3/d 1.00 OXY TRSOXY

dPrecAPPO4 precipitation ﬂux PO4 to apatite gP/m3/d -1.00 PO4 APATITE

dPrecAPPO4 precipitation ﬂux PO4 to apatite gP/m3/d 1.00 APATP APATITE

dDissAPPO4 dissolution ﬂux apatite to PO4 gP/m3/d 1.00 PO4 APATITE

dDissAPPO4 dissolution ﬂux apatite to PO4 gP/m3/d -1.00 APATP APATITE

dVB01 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB01 VBGrowth01

dMrtC1VB01 mortality stem VB01 gC/m3/d -1.00 VB01 VBMort01

dMrtC3VB01 mortality branch VB01 gC/m3/d -1.00 VB01 VBMort01

dMrtC4VB01 mortality root VB01 gC/m3/d -1.00 VB01 VBMort01

dMrtC2VB01 mortality foliage VB01 gC/m3/d -1.00 VB01 VBMort01

dMrtC5VB01 mortality ﬁneroot VB01 gC/m3/d -1.00 VB01 VBMort01

dMC2VB01P1 dMC2VB01P1 no unit 1.00 POC1 VB01_Mrt3W

dMC2VB01P2 dMC2VB01P2 no unit 1.00 POC2 VB01_Mrt3W

dMC2VB01P3 dMC2VB01P3 no unit 1.00 POC3 VB01_Mrt3W

dMN2VB01P1 dMN2VB01P1 no unit 1.00 PON1 VB01_Mrt3W

dMN2VB01P2 dMN2VB01P2 no unit 1.00 PON2 VB01_Mrt3W

dMN2VB01P3 dMN2VB01P3 no unit 1.00 PON3 VB01_Mrt3W

dMP2VB01P1 dMP2VB01P1 no unit 1.00 POP1 VB01_Mrt3W

dMP2VB01P2 dMP2VB01P2 no unit 1.00 POP2 VB01_Mrt3W

dMP2VB01P3 dMP2VB01P3 no unit 1.00 POP3 VB01_Mrt3W

dMS2VB01P1 dMS2VB01P1 no unit 1.00 POS1 VB01_Mrt3W

dMS2VB01P2 dMS2VB01P2 no unit 1.00 POS2 VB01_Mrt3W

dMS2VB01P3 dMS2VB01P3 no unit 1.00 POS3 VB01_Mrt3W

dMC1VB01P5 dMC1VB01P5 no unit 1.00 POC5 VB01_Mrt3W

dMC3VB01P5 dMC3VB01P5 no unit 1.00 POC5 VB01_Mrt3W

dMN1VB01P5 dMN1VB01P5 no unit 1.00 PON5 VB01_Mrt3W

dMN3VB01P5 dMN3VB01P5 no unit 1.00 PON5 VB01_Mrt3W

dMP1VB01P5 dMP1VB01P5 no unit 1.00 POP5 VB01_Mrt3W

dMP3VB01P5 dMP3VB01P5 no unit 1.00 POP5 VB01_Mrt3W

dMS1VB01P5 dMS1VB01P5 no unit 1.00 POS5 VB01_Mrt3W

continued on next page

Deltares 83 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMS3VB01P5 dMS3VB01P5 no unit 1.00 POS5 VB01_Mrt3W

dMC5VB01P1 dMC5VB01P1 no unit 1.00 POC1 VB01_Mrt3S

dMC5VB01P2 dMC5VB01P2 no unit 1.00 POC2 VB01_Mrt3S

dMC5VB01P3 dMC5VB01P3 no unit 1.00 POC3 VB01_Mrt3S

dMN5VB01P1 dMN5VB01P1 no unit 1.00 PON1 VB01_Mrt3S

dMN5VB01P2 dMN5VB01P2 no unit 1.00 PON2 VB01_Mrt3S

dMN5VB01P3 dMN5VB01P3 no unit 1.00 PON3 VB01_Mrt3S

dMP5VB01P1 dMP5VB01P1 no unit 1.00 POP1 VB01_Mrt3S

dMP5VB01P2 dMP5VB01P2 no unit 1.00 POP2 VB01_Mrt3S

dMP5VB01P3 dMP5VB01P3 no unit 1.00 POP3 VB01_Mrt3S

dMS5VB01P1 dMS5VB01P1 no unit 1.00 POS1 VB01_Mrt3S

dMS5VB01P2 dMS5VB01P2 no unit 1.00 POS2 VB01_Mrt3S

dMS5VB01P3 dMS5VB01P3 no unit 1.00 POS3 VB01_Mrt3S

dMC4VB01P5 dMC4VB01P5 no unit 1.00 POC5 VB01_Mrt3S

dMN4VB01P5 dMN4VB01P5 no unit 1.00 PON5 VB01_Mrt3S

dMP4VB01P5 dMP4VB01P5 no unit 1.00 POP5 VB01_Mrt3S

dMS4VB01P5 dMS4VB01P5 no unit 1.00 POS5 VB01_Mrt3S

dN1VB01upy uptake VB01 through roots N pool 1 gN/m3/d -1.00 NH4 VB01_Upt3D

dN2VB01upy uptake VB01 through roots N pool 2 gN/m3/d -1.00 NO3 VB01_Upt3D

dP1VB01upy uptake VB01 through roots P pool 1 gP/m3/d -1.00 AAP VB01_Upt3D

dP2VB01upy uptake VB01 through roots P pool 2 gP/m3/d -1.00 PO4 VB01_Upt3D

dS1VB01upy uptake VB01 through roots S pool 1 gS/m3/d -1.00 SO4 VB01_Upt3D

dS2VB01upy uptake VB01 through roots S pool 2 gS/m3/d -1.00 SUD VB01_Upt3D

dVB02 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB02 VBGrowth02

dMrtC1VB02 mortality stem VB02 gC/m3/d -1.00 VB02 VBMort02

dMrtC3VB02 mortality branch VB02 gC/m3/d -1.00 VB02 VBMort02

dMrtC4VB02 mortality root VB02 gC/m3/d -1.00 VB02 VBMort02

dMrtC2VB02 mortality foliage VB02 gC/m3/d -1.00 VB02 VBMort02

dMrtC5VB02 mortality ﬁneroot VB02 gC/m3/d -1.00 VB02 VBMort02

dMC2VB02P1 dMC2VB02P1 no unit 1.00 POC1 VB02_Mrt3W

dMC2VB02P2 dMC2VB02P2 no unit 1.00 POC2 VB02_Mrt3W

dMC2VB02P3 dMC2VB02P3 no unit 1.00 POC3 VB02_Mrt3W

dMN2VB02P1 dMN2VB02P1 no unit 1.00 PON1 VB02_Mrt3W

dMN2VB02P2 dMN2VB02P2 no unit 1.00 PON2 VB02_Mrt3W

dMN2VB02P3 dMN2VB02P3 no unit 1.00 PON3 VB02_Mrt3W

dMP2VB02P1 dMP2VB02P1 no unit 1.00 POP1 VB02_Mrt3W

dMP2VB02P2 dMP2VB02P2 no unit 1.00 POP2 VB02_Mrt3W

dMP2VB02P3 dMP2VB02P3 no unit 1.00 POP3 VB02_Mrt3W

dMS2VB02P1 dMS2VB02P1 no unit 1.00 POS1 VB02_Mrt3W

dMS2VB02P2 dMS2VB02P2 no unit 1.00 POS2 VB02_Mrt3W

dMS2VB02P3 dMS2VB02P3 no unit 1.00 POS3 VB02_Mrt3W

dMC1VB02P5 dMC1VB02P5 no unit 1.00 POC5 VB02_Mrt3W

dMC3VB02P5 dMC3VB02P5 no unit 1.00 POC5 VB02_Mrt3W

dMN1VB02P5 dMN1VB02P5 no unit 1.00 PON5 VB02_Mrt3W

dMN3VB02P5 dMN3VB02P5 no unit 1.00 PON5 VB02_Mrt3W

dMP1VB02P5 dMP1VB02P5 no unit 1.00 POP5 VB02_Mrt3W

dMP3VB02P5 dMP3VB02P5 no unit 1.00 POP5 VB02_Mrt3W

dMS1VB02P5 dMS1VB02P5 no unit 1.00 POS5 VB02_Mrt3W

dMS3VB02P5 dMS3VB02P5 no unit 1.00 POS5 VB02_Mrt3W

dMC5VB02P1 dMC5VB02P1 no unit 1.00 POC1 VB02_Mrt3S

dMC5VB02P2 dMC5VB02P2 no unit 1.00 POC2 VB02_Mrt3S

dMC5VB02P3 dMC5VB02P3 no unit 1.00 POC3 VB02_Mrt3S

dMN5VB02P1 dMN5VB02P1 no unit 1.00 PON1 VB02_Mrt3S

dMN5VB02P2 dMN5VB02P2 no unit 1.00 PON2 VB02_Mrt3S

dMN5VB02P3 dMN5VB02P3 no unit 1.00 PON3 VB02_Mrt3S

dMP5VB02P1 dMP5VB02P1 no unit 1.00 POP1 VB02_Mrt3S

dMP5VB02P2 dMP5VB02P2 no unit 1.00 POP2 VB02_Mrt3S

dMP5VB02P3 dMP5VB02P3 no unit 1.00 POP3 VB02_Mrt3S

dMS5VB02P1 dMS5VB02P1 no unit 1.00 POS1 VB02_Mrt3S

dMS5VB02P2 dMS5VB02P2 no unit 1.00 POS2 VB02_Mrt3S

dMS5VB02P3 dMS5VB02P3 no unit 1.00 POS3 VB02_Mrt3S

dMC4VB02P5 dMC4VB02P5 no unit 1.00 POC5 VB02_Mrt3S

dMN4VB02P5 dMN4VB02P5 no unit 1.00 PON5 VB02_Mrt3S

dMP4VB02P5 dMP4VB02P5 no unit 1.00 POP5 VB02_Mrt3S

dMS4VB02P5 dMS4VB02P5 no unit 1.00 POS5 VB02_Mrt3S

dN1VB02upy uptake VB02 through roots N pool 1 gN/m3/d -1.00 NH4 VB02_Upt3D

dN2VB02upy uptake VB02 through roots N pool 2 gN/m3/d -1.00 NO3 VB02_Upt3D

dP1VB02upy uptake VB02 through roots P pool 1 gP/m3/d -1.00 AAP VB02_Upt3D

dP2VB02upy uptake VB02 through roots P pool 2 gP/m3/d -1.00 PO4 VB02_Upt3D

continued on next page

84 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dS1VB02upy uptake VB02 through roots S pool 1 gS/m3/d -1.00 SO4 VB02_Upt3D

dS2VB02upy uptake VB02 through roots S pool 2 gS/m3/d -1.00 SUD VB02_Upt3D

dVB03 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB03 VBGrowth03

dMrtC1VB03 mortality stem VB03 gC/m3/d -1.00 VB03 VBMort03

dMrtC3VB03 mortality branch VB03 gC/m3/d -1.00 VB03 VBMort03

dMrtC4VB03 mortality root VB03 gC/m3/d -1.00 VB03 VBMort03

dMrtC2VB03 mortality foliage VB03 gC/m3/d -1.00 VB03 VBMort03

dMrtC5VB03 mortality ﬁneroot VB03 gC/m3/d -1.00 VB03 VBMort03

dMC2VB03P1 dMC2VB03P1 no unit 1.00 POC1 VB03_Mrt3W

dMC2VB03P2 dMC2VB03P2 no unit 1.00 POC2 VB03_Mrt3W

dMC2VB03P3 dMC2VB03P3 no unit 1.00 POC3 VB03_Mrt3W

dMN2VB03P1 dMN2VB03P1 no unit 1.00 PON1 VB03_Mrt3W

dMN2VB03P2 dMN2VB03P2 no unit 1.00 PON2 VB03_Mrt3W

dMN2VB03P3 dMN2VB03P3 no unit 1.00 PON3 VB03_Mrt3W

dMP2VB03P1 dMP2VB03P1 no unit 1.00 POP1 VB03_Mrt3W

dMP2VB03P2 dMP2VB03P2 no unit 1.00 POP2 VB03_Mrt3W

dMP2VB03P3 dMP2VB03P3 no unit 1.00 POP3 VB03_Mrt3W

dMS2VB03P1 dMS2VB03P1 no unit 1.00 POS1 VB03_Mrt3W

dMS2VB03P2 dMS2VB03P2 no unit 1.00 POS2 VB03_Mrt3W

dMS2VB03P3 dMS2VB03P3 no unit 1.00 POS3 VB03_Mrt3W

dMC1VB03P5 dMC1VB03P5 no unit 1.00 POC5 VB03_Mrt3W

dMC3VB03P5 dMC3VB03P5 no unit 1.00 POC5 VB03_Mrt3W

dMN1VB03P5 dMN1VB03P5 no unit 1.00 PON5 VB03_Mrt3W

dMN3VB03P5 dMN3VB03P5 no unit 1.00 PON5 VB03_Mrt3W

dMP1VB03P5 dMP1VB03P5 no unit 1.00 POP5 VB03_Mrt3W

dMP3VB03P5 dMP3VB03P5 no unit 1.00 POP5 VB03_Mrt3W

dMS1VB03P5 dMS1VB03P5 no unit 1.00 POS5 VB03_Mrt3W

dMS3VB03P5 dMS3VB03P5 no unit 1.00 POS5 VB03_Mrt3W

dMC5VB03P1 dMC5VB03P1 no unit 1.00 POC1 VB03_Mrt3S

dMC5VB03P2 dMC5VB03P2 no unit 1.00 POC2 VB03_Mrt3S

dMC5VB03P3 dMC5VB03P3 no unit 1.00 POC3 VB03_Mrt3S

dMN5VB03P1 dMN5VB03P1 no unit 1.00 PON1 VB03_Mrt3S

dMN5VB03P2 dMN5VB03P2 no unit 1.00 PON2 VB03_Mrt3S

dMN5VB03P3 dMN5VB03P3 no unit 1.00 PON3 VB03_Mrt3S

dMP5VB03P1 dMP5VB03P1 no unit 1.00 POP1 VB03_Mrt3S

dMP5VB03P2 dMP5VB03P2 no unit 1.00 POP2 VB03_Mrt3S

dMP5VB03P3 dMP5VB03P3 no unit 1.00 POP3 VB03_Mrt3S

dMS5VB03P1 dMS5VB03P1 no unit 1.00 POS1 VB03_Mrt3S

dMS5VB03P2 dMS5VB03P2 no unit 1.00 POS2 VB03_Mrt3S

dMS5VB03P3 dMS5VB03P3 no unit 1.00 POS3 VB03_Mrt3S

dMC4VB03P5 dMC4VB03P5 no unit 1.00 POC5 VB03_Mrt3S

dMN4VB03P5 dMN4VB03P5 no unit 1.00 PON5 VB03_Mrt3S

dMP4VB03P5 dMP4VB03P5 no unit 1.00 POP5 VB03_Mrt3S

dMS4VB03P5 dMS4VB03P5 no unit 1.00 POS5 VB03_Mrt3S

dN1VB03upy uptake VB03 through roots N pool 1 gN/m3/d -1.00 NH4 VB03_Upt3D

dN2VB03upy uptake VB03 through roots N pool 2 gN/m3/d -1.00 NO3 VB03_Upt3D

dP1VB03upy uptake VB03 through roots P pool 1 gP/m3/d -1.00 AAP VB03_Upt3D

dP2VB03upy uptake VB03 through roots P pool 2 gP/m3/d -1.00 PO4 VB03_Upt3D

dS1VB03upy uptake VB03 through roots S pool 1 gS/m3/d -1.00 SO4 VB03_Upt3D

dS2VB03upy uptake VB03 through roots S pool 2 gS/m3/d -1.00 SUD VB03_Upt3D

dVB04 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB04 VBGrowth04

dMrtC1VB04 mortality stem VB04 gC/m3/d -1.00 VB04 VBMort04

dMrtC3VB04 mortality branch VB04 gC/m3/d -1.00 VB04 VBMort04

dMrtC4VB04 mortality root VB04 gC/m3/d -1.00 VB04 VBMort04

dMrtC2VB04 mortality foliage VB04 gC/m3/d -1.00 VB04 VBMort04

dMrtC5VB04 mortality ﬁneroot VB04 gC/m3/d -1.00 VB04 VBMort04

dMC2VB04P1 dMC2VB04P1 no unit 1.00 POC1 VB04_Mrt3W

dMC2VB04P2 dMC2VB04P2 no unit 1.00 POC2 VB04_Mrt3W

dMC2VB04P3 dMC2VB04P3 no unit 1.00 POC3 VB04_Mrt3W

dMN2VB04P1 dMN2VB04P1 no unit 1.00 PON1 VB04_Mrt3W

dMN2VB04P2 dMN2VB04P2 no unit 1.00 PON2 VB04_Mrt3W

dMN2VB04P3 dMN2VB04P3 no unit 1.00 PON3 VB04_Mrt3W

dMP2VB04P1 dMP2VB04P1 no unit 1.00 POP1 VB04_Mrt3W

dMP2VB04P2 dMP2VB04P2 no unit 1.00 POP2 VB04_Mrt3W

dMP2VB04P3 dMP2VB04P3 no unit 1.00 POP3 VB04_Mrt3W

dMS2VB04P1 dMS2VB04P1 no unit 1.00 POS1 VB04_Mrt3W

dMS2VB04P2 dMS2VB04P2 no unit 1.00 POS2 VB04_Mrt3W

dMS2VB04P3 dMS2VB04P3 no unit 1.00 POS3 VB04_Mrt3W

continued on next page

Deltares 85 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMC1VB04P5 dMC1VB04P5 no unit 1.00 POC5 VB04_Mrt3W

dMC3VB04P5 dMC3VB04P5 no unit 1.00 POC5 VB04_Mrt3W

dMN1VB04P5 dMN1VB04P5 no unit 1.00 PON5 VB04_Mrt3W

dMN3VB04P5 dMN3VB04P5 no unit 1.00 PON5 VB04_Mrt3W

dMP1VB04P5 dMP1VB04P5 no unit 1.00 POP5 VB04_Mrt3W

dMP3VB04P5 dMP3VB04P5 no unit 1.00 POP5 VB04_Mrt3W

dMS1VB04P5 dMS1VB04P5 no unit 1.00 POS5 VB04_Mrt3W

dMS3VB04P5 dMS3VB04P5 no unit 1.00 POS5 VB04_Mrt3W

dMC5VB04P1 dMC5VB04P1 no unit 1.00 POC1 VB04_Mrt3S

dMC5VB04P2 dMC5VB04P2 no unit 1.00 POC2 VB04_Mrt3S

dMC5VB04P3 dMC5VB04P3 no unit 1.00 POC3 VB04_Mrt3S

dMN5VB04P1 dMN5VB04P1 no unit 1.00 PON1 VB04_Mrt3S

dMN5VB04P2 dMN5VB04P2 no unit 1.00 PON2 VB04_Mrt3S

dMN5VB04P3 dMN5VB04P3 no unit 1.00 PON3 VB04_Mrt3S

dMP5VB04P1 dMP5VB04P1 no unit 1.00 POP1 VB04_Mrt3S

dMP5VB04P2 dMP5VB04P2 no unit 1.00 POP2 VB04_Mrt3S

dMP5VB04P3 dMP5VB04P3 no unit 1.00 POP3 VB04_Mrt3S

dMS5VB04P1 dMS5VB04P1 no unit 1.00 POS1 VB04_Mrt3S

dMS5VB04P2 dMS5VB04P2 no unit 1.00 POS2 VB04_Mrt3S

dMS5VB04P3 dMS5VB04P3 no unit 1.00 POS3 VB04_Mrt3S

dMC4VB04P5 dMC4VB04P5 no unit 1.00 POC5 VB04_Mrt3S

dMN4VB04P5 dMN4VB04P5 no unit 1.00 PON5 VB04_Mrt3S

dMP4VB04P5 dMP4VB04P5 no unit 1.00 POP5 VB04_Mrt3S

dMS4VB04P5 dMS4VB04P5 no unit 1.00 POS5 VB04_Mrt3S

dN1VB04upy uptake VB04 through roots N pool 1 gN/m3/d -1.00 NH4 VB04_Upt3D

dN2VB04upy uptake VB04 through roots N pool 2 gN/m3/d -1.00 NO3 VB04_Upt3D

dP1VB04upy uptake VB04 through roots P pool 1 gP/m3/d -1.00 AAP VB04_Upt3D

dP2VB04upy uptake VB04 through roots P pool 2 gP/m3/d -1.00 PO4 VB04_Upt3D

dS1VB04upy uptake VB04 through roots S pool 1 gS/m3/d -1.00 SO4 VB04_Upt3D

dS2VB04upy uptake VB04 through roots S pool 2 gS/m3/d -1.00 SUD VB04_Upt3D

dVB05 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB05 VBGrowth05

dMrtC1VB05 mortality stem VB05 gC/m3/d -1.00 VB05 VBMort05

dMrtC3VB05 mortality branch VB05 gC/m3/d -1.00 VB05 VBMort05

dMrtC4VB05 mortality root VB05 gC/m3/d -1.00 VB05 VBMort05

dMrtC2VB05 mortality foliage VB05 gC/m3/d -1.00 VB05 VBMort05

dMrtC5VB05 mortality ﬁneroot VB05 gC/m3/d -1.00 VB05 VBMort05

dMC2VB05P1 dMC2VB05P1 no unit 1.00 POC1 VB05_Mrt3W

dMC2VB05P2 dMC2VB05P2 no unit 1.00 POC2 VB05_Mrt3W

dMC2VB05P3 dMC2VB05P3 no unit 1.00 POC3 VB05_Mrt3W

dMN2VB05P1 dMN2VB05P1 no unit 1.00 PON1 VB05_Mrt3W

dMN2VB05P2 dMN2VB05P2 no unit 1.00 PON2 VB05_Mrt3W

dMN2VB05P3 dMN2VB05P3 no unit 1.00 PON3 VB05_Mrt3W

dMP2VB05P1 dMP2VB05P1 no unit 1.00 POP1 VB05_Mrt3W

dMP2VB05P2 dMP2VB05P2 no unit 1.00 POP2 VB05_Mrt3W

dMP2VB05P3 dMP2VB05P3 no unit 1.00 POP3 VB05_Mrt3W

dMS2VB05P1 dMS2VB05P1 no unit 1.00 POS1 VB05_Mrt3W

dMS2VB05P2 dMS2VB05P2 no unit 1.00 POS2 VB05_Mrt3W

dMS2VB05P3 dMS2VB05P3 no unit 1.00 POS3 VB05_Mrt3W

dMC1VB05P5 dMC1VB05P5 no unit 1.00 POC5 VB05_Mrt3W

dMC3VB05P5 dMC3VB05P5 no unit 1.00 POC5 VB05_Mrt3W

dMN1VB05P5 dMN1VB05P5 no unit 1.00 PON5 VB05_Mrt3W

dMN3VB05P5 dMN3VB05P5 no unit 1.00 PON5 VB05_Mrt3W

dMP1VB05P5 dMP1VB05P5 no unit 1.00 POP5 VB05_Mrt3W

dMP3VB05P5 dMP3VB05P5 no unit 1.00 POP5 VB05_Mrt3W

dMS1VB05P5 dMS1VB05P5 no unit 1.00 POS5 VB05_Mrt3W

dMS3VB05P5 dMS3VB05P5 no unit 1.00 POS5 VB05_Mrt3W

dMC5VB05P1 dMC5VB05P1 no unit 1.00 POC1 VB05_Mrt3S

dMC5VB05P2 dMC5VB05P2 no unit 1.00 POC2 VB05_Mrt3S

dMC5VB05P3 dMC5VB05P3 no unit 1.00 POC3 VB05_Mrt3S

dMN5VB05P1 dMN5VB05P1 no unit 1.00 PON1 VB05_Mrt3S

dMN5VB05P2 dMN5VB05P2 no unit 1.00 PON2 VB05_Mrt3S

dMN5VB05P3 dMN5VB05P3 no unit 1.00 PON3 VB05_Mrt3S

dMP5VB05P1 dMP5VB05P1 no unit 1.00 POP1 VB05_Mrt3S

dMP5VB05P2 dMP5VB05P2 no unit 1.00 POP2 VB05_Mrt3S

dMP5VB05P3 dMP5VB05P3 no unit 1.00 POP3 VB05_Mrt3S

dMS5VB05P1 dMS5VB05P1 no unit 1.00 POS1 VB05_Mrt3S

dMS5VB05P2 dMS5VB05P2 no unit 1.00 POS2 VB05_Mrt3S

dMS5VB05P3 dMS5VB05P3 no unit 1.00 POS3 VB05_Mrt3S

dMC4VB05P5 dMC4VB05P5 no unit 1.00 POC5 VB05_Mrt3S

continued on next page

86 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMN4VB05P5 dMN4VB05P5 no unit 1.00 PON5 VB05_Mrt3S

dMP4VB05P5 dMP4VB05P5 no unit 1.00 POP5 VB05_Mrt3S

dMS4VB05P5 dMS4VB05P5 no unit 1.00 POS5 VB05_Mrt3S

dN1VB05upy uptake VB05 through roots N pool 1 gN/m3/d -1.00 NH4 VB05_Upt3D

dN2VB05upy uptake VB05 through roots N pool 2 gN/m3/d -1.00 NO3 VB05_Upt3D

dP1VB05upy uptake VB05 through roots P pool 1 gP/m3/d -1.00 AAP VB05_Upt3D

dP2VB05upy uptake VB05 through roots P pool 2 gP/m3/d -1.00 PO4 VB05_Upt3D

dS1VB05upy uptake VB05 through roots S pool 1 gS/m3/d -1.00 SO4 VB05_Upt3D

dS2VB05upy uptake VB05 through roots S pool 2 gS/m3/d -1.00 SUD VB05_Upt3D

dVB06 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB06 VBGrowth06

dMrtC1VB06 mortality stem VB06 gC/m3/d -1.00 VB06 VBMort06

dMrtC3VB06 mortality branch VB06 gC/m3/d -1.00 VB06 VBMort06

dMrtC4VB06 mortality root VB06 gC/m3/d -1.00 VB06 VBMort06

dMrtC2VB06 mortality foliage VB06 gC/m3/d -1.00 VB06 VBMort06

dMrtC5VB06 mortality ﬁneroot VB06 gC/m3/d -1.00 VB06 VBMort06

dMC2VB06P1 dMC2VB06P1 no unit 1.00 POC1 VB06_Mrt3W

dMC2VB06P2 dMC2VB06P2 no unit 1.00 POC2 VB06_Mrt3W

dMC2VB06P3 dMC2VB06P3 no unit 1.00 POC3 VB06_Mrt3W

dMN2VB06P1 dMN2VB06P1 no unit 1.00 PON1 VB06_Mrt3W

dMN2VB06P2 dMN2VB06P2 no unit 1.00 PON2 VB06_Mrt3W

dMN2VB06P3 dMN2VB06P3 no unit 1.00 PON3 VB06_Mrt3W

dMP2VB06P1 dMP2VB06P1 no unit 1.00 POP1 VB06_Mrt3W

dMP2VB06P2 dMP2VB06P2 no unit 1.00 POP2 VB06_Mrt3W

dMP2VB06P3 dMP2VB06P3 no unit 1.00 POP3 VB06_Mrt3W

dMS2VB06P1 dMS2VB06P1 no unit 1.00 POS1 VB06_Mrt3W

dMS2VB06P2 dMS2VB06P2 no unit 1.00 POS2 VB06_Mrt3W

dMS2VB06P3 dMS2VB06P3 no unit 1.00 POS3 VB06_Mrt3W

dMC1VB06P5 dMC1VB06P5 no unit 1.00 POC5 VB06_Mrt3W

dMC3VB06P5 dMC3VB06P5 no unit 1.00 POC5 VB06_Mrt3W

dMN1VB06P5 dMN1VB06P5 no unit 1.00 PON5 VB06_Mrt3W

dMN3VB06P5 dMN3VB06P5 no unit 1.00 PON5 VB06_Mrt3W

dMP1VB06P5 dMP1VB06P5 no unit 1.00 POP5 VB06_Mrt3W

dMP3VB06P5 dMP3VB06P5 no unit 1.00 POP5 VB06_Mrt3W

dMS1VB06P5 dMS1VB06P5 no unit 1.00 POS5 VB06_Mrt3W

dMS3VB06P5 dMS3VB06P5 no unit 1.00 POS5 VB06_Mrt3W

dMC5VB06P1 dMC5VB06P1 no unit 1.00 POC1 VB06_Mrt3S

dMC5VB06P2 dMC5VB06P2 no unit 1.00 POC2 VB06_Mrt3S

dMC5VB06P3 dMC5VB06P3 no unit 1.00 POC3 VB06_Mrt3S

dMN5VB06P1 dMN5VB06P1 no unit 1.00 PON1 VB06_Mrt3S

dMN5VB06P2 dMN5VB06P2 no unit 1.00 PON2 VB06_Mrt3S

dMN5VB06P3 dMN5VB06P3 no unit 1.00 PON3 VB06_Mrt3S

dMP5VB06P1 dMP5VB06P1 no unit 1.00 POP1 VB06_Mrt3S

dMP5VB06P2 dMP5VB06P2 no unit 1.00 POP2 VB06_Mrt3S

dMP5VB06P3 dMP5VB06P3 no unit 1.00 POP3 VB06_Mrt3S

dMS5VB06P1 dMS5VB06P1 no unit 1.00 POS1 VB06_Mrt3S

dMS5VB06P2 dMS5VB06P2 no unit 1.00 POS2 VB06_Mrt3S

dMS5VB06P3 dMS5VB06P3 no unit 1.00 POS3 VB06_Mrt3S

dMC4VB06P5 dMC4VB06P5 no unit 1.00 POC5 VB06_Mrt3S

dMN4VB06P5 dMN4VB06P5 no unit 1.00 PON5 VB06_Mrt3S

dMP4VB06P5 dMP4VB06P5 no unit 1.00 POP5 VB06_Mrt3S

dMS4VB06P5 dMS4VB06P5 no unit 1.00 POS5 VB06_Mrt3S

dN1VB06upy uptake VB06 through roots N pool 1 gN/m3/d -1.00 NH4 VB06_Upt3D

dN2VB06upy uptake VB06 through roots N pool 2 gN/m3/d -1.00 NO3 VB06_Upt3D

dP1VB06upy uptake VB06 through roots P pool 1 gP/m3/d -1.00 AAP VB06_Upt3D

dP2VB06upy uptake VB06 through roots P pool 2 gP/m3/d -1.00 PO4 VB06_Upt3D

dS1VB06upy uptake VB06 through roots S pool 1 gS/m3/d -1.00 SO4 VB06_Upt3D

dS2VB06upy uptake VB06 through roots S pool 2 gS/m3/d -1.00 SUD VB06_Upt3D

dVB07 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB07 VBGrowth07

dMrtC1VB07 mortality stem VB07 gC/m3/d -1.00 VB07 VBMort07

dMrtC3VB07 mortality branch VB07 gC/m3/d -1.00 VB07 VBMort07

dMrtC4VB07 mortality root VB07 gC/m3/d -1.00 VB07 VBMort07

dMrtC2VB07 mortality foliage VB07 gC/m3/d -1.00 VB07 VBMort07

dMrtC5VB07 mortality ﬁneroot VB07 gC/m3/d -1.00 VB07 VBMort07

dMC2VB07P1 dMC2VB07P1 no unit 1.00 POC1 VB07_Mrt3W

dMC2VB07P2 dMC2VB07P2 no unit 1.00 POC2 VB07_Mrt3W

dMC2VB07P3 dMC2VB07P3 no unit 1.00 POC3 VB07_Mrt3W

dMN2VB07P1 dMN2VB07P1 no unit 1.00 PON1 VB07_Mrt3W

dMN2VB07P2 dMN2VB07P2 no unit 1.00 PON2 VB07_Mrt3W

continued on next page

Deltares 87 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMN2VB07P3 dMN2VB07P3 no unit 1.00 PON3 VB07_Mrt3W

dMP2VB07P1 dMP2VB07P1 no unit 1.00 POP1 VB07_Mrt3W

dMP2VB07P2 dMP2VB07P2 no unit 1.00 POP2 VB07_Mrt3W

dMP2VB07P3 dMP2VB07P3 no unit 1.00 POP3 VB07_Mrt3W

dMS2VB07P1 dMS2VB07P1 no unit 1.00 POS1 VB07_Mrt3W

dMS2VB07P2 dMS2VB07P2 no unit 1.00 POS2 VB07_Mrt3W

dMS2VB07P3 dMS2VB07P3 no unit 1.00 POS3 VB07_Mrt3W

dMC1VB07P5 dMC1VB07P5 no unit 1.00 POC5 VB07_Mrt3W

dMC3VB07P5 dMC3VB07P5 no unit 1.00 POC5 VB07_Mrt3W

dMN1VB07P5 dMN1VB07P5 no unit 1.00 PON5 VB07_Mrt3W

dMN3VB07P5 dMN3VB07P5 no unit 1.00 PON5 VB07_Mrt3W

dMP1VB07P5 dMP1VB07P5 no unit 1.00 POP5 VB07_Mrt3W

dMP3VB07P5 dMP3VB07P5 no unit 1.00 POP5 VB07_Mrt3W

dMS1VB07P5 dMS1VB07P5 no unit 1.00 POS5 VB07_Mrt3W

dMS3VB07P5 dMS3VB07P5 no unit 1.00 POS5 VB07_Mrt3W

dMC5VB07P1 dMC5VB07P1 no unit 1.00 POC1 VB07_Mrt3S

dMC5VB07P2 dMC5VB07P2 no unit 1.00 POC2 VB07_Mrt3S

dMC5VB07P3 dMC5VB07P3 no unit 1.00 POC3 VB07_Mrt3S

dMN5VB07P1 dMN5VB07P1 no unit 1.00 PON1 VB07_Mrt3S

dMN5VB07P2 dMN5VB07P2 no unit 1.00 PON2 VB07_Mrt3S

dMN5VB07P3 dMN5VB07P3 no unit 1.00 PON3 VB07_Mrt3S

dMP5VB07P1 dMP5VB07P1 no unit 1.00 POP1 VB07_Mrt3S

dMP5VB07P2 dMP5VB07P2 no unit 1.00 POP2 VB07_Mrt3S

dMP5VB07P3 dMP5VB07P3 no unit 1.00 POP3 VB07_Mrt3S

dMS5VB07P1 dMS5VB07P1 no unit 1.00 POS1 VB07_Mrt3S

dMS5VB07P2 dMS5VB07P2 no unit 1.00 POS2 VB07_Mrt3S

dMS5VB07P3 dMS5VB07P3 no unit 1.00 POS3 VB07_Mrt3S

dMC4VB07P5 dMC4VB07P5 no unit 1.00 POC5 VB07_Mrt3S

dMN4VB07P5 dMN4VB07P5 no unit 1.00 PON5 VB07_Mrt3S

dMP4VB07P5 dMP4VB07P5 no unit 1.00 POP5 VB07_Mrt3S

dMS4VB07P5 dMS4VB07P5 no unit 1.00 POS5 VB07_Mrt3S

dN1VB07upy uptake VB07 through roots N pool 1 gN/m3/d -1.00 NH4 VB07_Upt3D

dN2VB07upy uptake VB07 through roots N pool 2 gN/m3/d -1.00 NO3 VB07_Upt3D

dP1VB07upy uptake VB07 through roots P pool 1 gP/m3/d -1.00 AAP VB07_Upt3D

dP2VB07upy uptake VB07 through roots P pool 2 gP/m3/d -1.00 PO4 VB07_Upt3D

dS1VB07upy uptake VB07 through roots S pool 1 gS/m3/d -1.00 SO4 VB07_Upt3D

dS2VB07upy uptake VB07 through roots S pool 2 gS/m3/d -1.00 SUD VB07_Upt3D

dVB08 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB08 VBGrowth08

dMrtC1VB08 mortality stem VB08 gC/m3/d -1.00 VB08 VBMort08

dMrtC3VB08 mortality branch VB08 gC/m3/d -1.00 VB08 VBMort08

dMrtC4VB08 mortality root VB08 gC/m3/d -1.00 VB08 VBMort08

dMrtC2VB08 mortality foliage VB08 gC/m3/d -1.00 VB08 VBMort08

dMrtC5VB08 mortality ﬁneroot VB08 gC/m3/d -1.00 VB08 VBMort08

dMC2VB08P1 dMC2VB08P1 no unit 1.00 POC1 VB08_Mrt3W

dMC2VB08P2 dMC2VB08P2 no unit 1.00 POC2 VB08_Mrt3W

dMC2VB08P3 dMC2VB08P3 no unit 1.00 POC3 VB08_Mrt3W

dMN2VB08P1 dMN2VB08P1 no unit 1.00 PON1 VB08_Mrt3W

dMN2VB08P2 dMN2VB08P2 no unit 1.00 PON2 VB08_Mrt3W

dMN2VB08P3 dMN2VB08P3 no unit 1.00 PON3 VB08_Mrt3W

dMP2VB08P1 dMP2VB08P1 no unit 1.00 POP1 VB08_Mrt3W

dMP2VB08P2 dMP2VB08P2 no unit 1.00 POP2 VB08_Mrt3W

dMP2VB08P3 dMP2VB08P3 no unit 1.00 POP3 VB08_Mrt3W

dMS2VB08P1 dMS2VB08P1 no unit 1.00 POS1 VB08_Mrt3W

dMS2VB08P2 dMS2VB08P2 no unit 1.00 POS2 VB08_Mrt3W

dMS2VB08P3 dMS2VB08P3 no unit 1.00 POS3 VB08_Mrt3W

dMC1VB08P5 dMC1VB08P5 no unit 1.00 POC5 VB08_Mrt3W

dMC3VB08P5 dMC3VB08P5 no unit 1.00 POC5 VB08_Mrt3W

dMN1VB08P5 dMN1VB08P5 no unit 1.00 PON5 VB08_Mrt3W

dMN3VB08P5 dMN3VB08P5 no unit 1.00 PON5 VB08_Mrt3W

dMP1VB08P5 dMP1VB08P5 no unit 1.00 POP5 VB08_Mrt3W

dMP3VB08P5 dMP3VB08P5 no unit 1.00 POP5 VB08_Mrt3W

dMS1VB08P5 dMS1VB08P5 no unit 1.00 POS5 VB08_Mrt3W

dMS3VB08P5 dMS3VB08P5 no unit 1.00 POS5 VB08_Mrt3W

dMC5VB08P1 dMC5VB08P1 no unit 1.00 POC1 VB08_Mrt3S

dMC5VB08P2 dMC5VB08P2 no unit 1.00 POC2 VB08_Mrt3S

dMC5VB08P3 dMC5VB08P3 no unit 1.00 POC3 VB08_Mrt3S

dMN5VB08P1 dMN5VB08P1 no unit 1.00 PON1 VB08_Mrt3S

dMN5VB08P2 dMN5VB08P2 no unit 1.00 PON2 VB08_Mrt3S

dMN5VB08P3 dMN5VB08P3 no unit 1.00 PON3 VB08_Mrt3S

continued on next page

88 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dMP5VB08P1 dMP5VB08P1 no unit 1.00 POP1 VB08_Mrt3S

dMP5VB08P2 dMP5VB08P2 no unit 1.00 POP2 VB08_Mrt3S

dMP5VB08P3 dMP5VB08P3 no unit 1.00 POP3 VB08_Mrt3S

dMS5VB08P1 dMS5VB08P1 no unit 1.00 POS1 VB08_Mrt3S

dMS5VB08P2 dMS5VB08P2 no unit 1.00 POS2 VB08_Mrt3S

dMS5VB08P3 dMS5VB08P3 no unit 1.00 POS3 VB08_Mrt3S

dMC4VB08P5 dMC4VB08P5 no unit 1.00 POC5 VB08_Mrt3S

dMN4VB08P5 dMN4VB08P5 no unit 1.00 PON5 VB08_Mrt3S

dMP4VB08P5 dMP4VB08P5 no unit 1.00 POP5 VB08_Mrt3S

dMS4VB08P5 dMS4VB08P5 no unit 1.00 POS5 VB08_Mrt3S

dN1VB08upy uptake VB08 through roots N pool 1 gN/m3/d -1.00 NH4 VB08_Upt3D

dN2VB08upy uptake VB08 through roots N pool 2 gN/m3/d -1.00 NO3 VB08_Upt3D

dP1VB08upy uptake VB08 through roots P pool 1 gP/m3/d -1.00 AAP VB08_Upt3D

dP2VB08upy uptake VB08 through roots P pool 2 gP/m3/d -1.00 PO4 VB08_Upt3D

dS1VB08upy uptake VB08 through roots S pool 1 gS/m3/d -1.00 SO4 VB08_Upt3D

dS2VB08upy uptake VB08 through roots S pool 2 gS/m3/d -1.00 SUD VB08_Upt3D

dVB09 growth rate vegetation biomass cohort

gC/m3/d 1.00 VB09 VBGrowth09

dMrtC1VB09 mortality stem VB09 gC/m3/d -1.00 VB09 VBMort09

dMrtC3VB09 mortality branch VB09 gC/m3/d -1.00 VB09 VBMort09

dMrtC4VB09 mortality root VB09 gC/m3/d -1.00 VB09 VBMort09

dMrtC2VB09 mortality foliage VB09 gC/m3/d -1.00 VB09 VBMort09

dMrtC5VB09 mortality ﬁneroot VB09 gC/m3/d -1.00 VB09 VBMort09

dMC2VB09P1 dMC2VB09P1 no unit 1.00 POC1 VB09_Mrt3W

dMC2VB09P2 dMC2VB09P2 no unit 1.00 POC2 VB09_Mrt3W

dMC2VB09P3 dMC2VB09P3 no unit 1.00 POC3 VB09_Mrt3W

dMN2VB09P1 dMN2VB09P1 no unit 1.00 PON1 VB09_Mrt3W

dMN2VB09P2 dMN2VB09P2 no unit 1.00 PON2 VB09_Mrt3W

dMN2VB09P3 dMN2VB09P3 no unit 1.00 PON3 VB09_Mrt3W

dMP2VB09P1 dMP2VB09P1 no unit 1.00 POP1 VB09_Mrt3W

dMP2VB09P2 dMP2VB09P2 no unit 1.00 POP2 VB09_Mrt3W

dMP2VB09P3 dMP2VB09P3 no unit 1.00 POP3 VB09_Mrt3W

dMS2VB09P1 dMS2VB09P1 no unit 1.00 POS1 VB09_Mrt3W

dMS2VB09P2 dMS2VB09P2 no unit 1.00 POS2 VB09_Mrt3W

dMS2VB09P3 dMS2VB09P3 no unit 1.00 POS3 VB09_Mrt3W

dMC1VB09P5 dMC1VB09P5 no unit 1.00 POC5 VB09_Mrt3W

dMC3VB09P5 dMC3VB09P5 no unit 1.00 POC5 VB09_Mrt3W

dMN1VB09P5 dMN1VB09P5 no unit 1.00 PON5 VB09_Mrt3W

dMN3VB09P5 dMN3VB09P5 no unit 1.00 PON5 VB09_Mrt3W

dMP1VB09P5 dMP1VB09P5 no unit 1.00 POP5 VB09_Mrt3W

dMP3VB09P5 dMP3VB09P5 no unit 1.00 POP5 VB09_Mrt3W

dMS1VB09P5 dMS1VB09P5 no unit 1.00 POS5 VB09_Mrt3W

dMS3VB09P5 dMS3VB09P5 no unit 1.00 POS5 VB09_Mrt3W

dMC5VB09P1 dMC5VB09P1 no unit 1.00 POC1 VB09_Mrt3S

dMC5VB09P2 dMC5VB09P2 no unit 1.00 POC2 VB09_Mrt3S

dMC5VB09P3 dMC5VB09P3 no unit 1.00 POC3 VB09_Mrt3S

dMN5VB09P1 dMN5VB09P1 no unit 1.00 PON1 VB09_Mrt3S

dMN5VB09P2 dMN5VB09P2 no unit 1.00 PON2 VB09_Mrt3S

dMN5VB09P3 dMN5VB09P3 no unit 1.00 PON3 VB09_Mrt3S

dMP5VB09P1 dMP5VB09P1 no unit 1.00 POP1 VB09_Mrt3S

dMP5VB09P2 dMP5VB09P2 no unit 1.00 POP2 VB09_Mrt3S

dMP5VB09P3 dMP5VB09P3 no unit 1.00 POP3 VB09_Mrt3S

dMS5VB09P1 dMS5VB09P1 no unit 1.00 POS1 VB09_Mrt3S

dMS5VB09P2 dMS5VB09P2 no unit 1.00 POS2 VB09_Mrt3S

dMS5VB09P3 dMS5VB09P3 no unit 1.00 POS3 VB09_Mrt3S

dMC4VB09P5 dMC4VB09P5 no unit 1.00 POC5 VB09_Mrt3S

dMN4VB09P5 dMN4VB09P5 no unit 1.00 PON5 VB09_Mrt3S

dMP4VB09P5 dMP4VB09P5 no unit 1.00 POP5 VB09_Mrt3S

dMS4VB09P5 dMS4VB09P5 no unit 1.00 POS5 VB09_Mrt3S

dN1VB09upy uptake VB09 through roots N pool 1 gN/m3/d -1.00 NH4 VB09_Upt3D

dN2VB09upy uptake VB09 through roots N pool 2 gN/m3/d -1.00 NO3 VB09_Upt3D

dP1VB09upy uptake VB09 through roots P pool 1 gP/m3/d -1.00 AAP VB09_Upt3D

dP2VB09upy uptake VB09 through roots P pool 2 gP/m3/d -1.00 PO4 VB09_Upt3D

dS1VB09upy uptake VB09 through roots S pool 1 gS/m3/d -1.00 SO4 VB09_Upt3D

dS2VB09upy uptake VB09 through roots S pool 2 gS/m3/d -1.00 SUD VB09_Upt3D

dGrowEM01 growth of EM01 species gC/m3/d 1.00 EM01 MacroPhyt1

dGrowSM01 growth of SM01 species gC/m3/d 1.00 SM01 MacroPhyt1

dDecayEM01 decay of EM01 species gC/m3/d -1.00 EM01 MacroPhyt1

dDecaySM01 decay of SM01 species gC/m3/d -1.00 SM01 MacroPhyt1

dCtEMtRH01 translocation of C from EM to RH01 gC/m3/d 1.00 RH01 MacroPhyt1

continued on next page

Deltares 89 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dCtSMtRH01 translocation of C from SM to RH01 gC/m3/d 1.00 RH01 MacroPhyt1

dCtRHtEM01 translocation of C from RH to EM01 gC/m3/d -1.00 RH01 MacroPhyt1

dCtRHtSM01 translocation of C from RH to SM01 gC/m3/d -1.00 RH01 MacroPhyt1

dNtEMtRH01 translocation of N from EM to RH01 gN/m3/d 1.00 NRH01 MacroPhyt1

dNtSMtRH01 translocation of N from SM to RH01 gN/m3/d 1.00 NRH01 MacroPhyt1

dNtRHtEM01 translocation of N from RH to EM01 gN/m3/d -1.00 NRH01 MacroPhyt1

dNtRHtSM01 translocation of N from RH to SM01 gN/m3/d -1.00 NRH01 MacroPhyt1

dPtEMtRH01 translocation of P from EM to RH01 gP/m3/d 1.00 PRH01 MacroPhyt1

dPtSMtRH01 translocation of P from SM to RH01 gP/m3/d 1.00 PRH01 MacroPhyt1

dPtRHtEM01 translocation of P from RH to EM01 gP/m3/d -1.00 PRH01 MacroPhyt1

dPtRHtSM01 translocation of P from RH to SM01 gP/m3/d -1.00 PRH01 MacroPhyt1

dNH4upEM01 NH4 uptake by EM01 gN/m3/d -1.00 NH4 MacroPhyt1

dNO3upEM01 NO3 uptake by EM01 gN/m3/d -1.00 NO3 MacroPhyt1

dPO4upEM01 PO4 uptake by EM01 gP/m3/d -1.00 PO4 MacroPhyt1

dPrPOC1M01 POC1 production macrophyt 1 gC/m3/d 1.00 POC1 MacroPhyt1

dPrPOC2M01 POC2 production macrophyt 1 gC/m3/d 1.00 POC2 MacroPhyt1

dPrPOC3M01 POC3 production macrophyt 1 gC/m3/d 1.00 POC3 MacroPhyt1

dPrPON1M01 PON1 production macrophyt 1 gN/m3/d 1.00 PON1 MacroPhyt1

dPrPON2M01 PON2 production macrophyt 1 gN/m3/d 1.00 PON2 MacroPhyt1

dPrPON3M01 PON3 production macrophyt 1 gN/m3/d 1.00 PON3 MacroPhyt1

dPrPOP1M01 POP1 production macrophyt 1 gP/m3/d 1.00 POP1 MacroPhyt1

dPrPOP2M01 POP2 production macrophyt 1 gP/m3/d 1.00 POP2 MacroPhyt1

dPrPOP3M01 POP3 production macrophyt 1 gP/m3/d 1.00 POP3 MacroPhyt1

dNH4upSM01 NH4 uptake by SM01 gN/m3/d -1.00 NH4 SM01_Upt3D

dNO3upSM01 NO3 uptake by SM01 gN/m3/d -1.00 NO3 SM01_Upt3D

dPO4upSM01 PO4 uptake by SM01 gP/m3/d -1.00 PO4 SM01_Upt3D

dCO2upSM01 CO2 uptake by SM01 gC/m3/d -1.00 TIC SM01_Upt3D

dCO2upSM01 CO2 uptake by SM01 gC/m3/d -3.67 CO2 SM01_Upt3D

dOXYprSM01 OXY production by SM01 gC/m3/d 2.67 OXY SM01_Upt3D

dGrowEM02 growth of EM02 species gC/m3/d 1.00 EM02 MacroPhyt2

dGrowSM02 growth of SM02 species gC/m3/d 1.00 SM02 MacroPhyt2

dDecayEM02 decay of EM02 species gC/m3/d -1.00 EM02 MacroPhyt2

dDecaySM02 decay of SM02 species gC/m3/d -1.00 SM02 MacroPhyt2

dCtEMtRH02 translocation of C from EM to RH02 gC/m3/d 1.00 RH02 MacroPhyt2

dCtSMtRH02 translocation of C from SM to RH02 gC/m3/d 1.00 RH02 MacroPhyt2

dCtRHtEM02 translocation of C from RH to EM02 gC/m3/d -1.00 RH02 MacroPhyt2

dCtRHtSM02 translocation of C from RH to SM02 gC/m3/d -1.00 RH02 MacroPhyt2

dNtEMtRH02 translocation of N from EM to RH02 gN/m3/d 1.00 NRH02 MacroPhyt2

dNtSMtRH02 translocation of N from SM to RH02 gN/m3/d 1.00 NRH02 MacroPhyt2

dNtRHtEM02 translocation of N from RH to EM02 gN/m3/d -1.00 NRH02 MacroPhyt2

dNtRHtSM02 translocation of N from RH to SM02 gN/m3/d -1.00 NRH02 MacroPhyt2

dPtEMtRH02 translocation of P from EM to RH02 gP/m3/d 1.00 PRH02 MacroPhyt2

dPtSMtRH02 translocation of P from SM to RH02 gP/m3/d 1.00 PRH02 MacroPhyt2

dPtRHtEM02 translocation of P from RH to EM02 gP/m3/d -1.00 PRH02 MacroPhyt2

dPtRHtSM02 translocation of P from RH to SM02 gP/m3/d -1.00 PRH02 MacroPhyt2

dNH4upEM02 NH4 uptake by EM02 gN/m3/d -1.00 NH4 MacroPhyt2

dNO3upEM02 NO3 uptake by EM02 gN/m3/d -1.00 NO3 MacroPhyt2

dPO4upEM02 PO4 uptake by EM02 gP/m3/d -1.00 PO4 MacroPhyt2

dPrPOC1M02 POC1 production macrophyt 2 gC/m3/d 1.00 POC1 MacroPhyt2

dPrPOC2M02 POC2 production macrophyt 2 gC/m3/d 1.00 POC2 MacroPhyt2

dPrPOC3M02 POC3 production macrophyt 2 gC/m3/d 1.00 POC3 MacroPhyt2

dPrPON1M02 PON1 production macrophyt 2 gN/m3/d 1.00 PON1 MacroPhyt2

dPrPON2M02 PON2 production macrophyt 2 gN/m3/d 1.00 PON2 MacroPhyt2

dPrPON3M02 PON3 production macrophyt 2 gN/m3/d 1.00 PON3 MacroPhyt2

dPrPOP1M02 POP1 production macrophyt 2 gP/m3/d 1.00 POP1 MacroPhyt2

dPrPOP2M02 POP2 production macrophyt 2 gP/m3/d 1.00 POP2 MacroPhyt2

dPrPOP3M02 POP3 production macrophyt 2 gP/m3/d 1.00 POP3 MacroPhyt2

dNH4upSM02 NH4 uptake by SM02 gN/m3/d -1.00 NH4 SM02_Upt3D

dNO3upSM02 NO3 uptake by SM02 gN/m3/d -1.00 NO3 SM02_Upt3D

dPO4upSM02 PO4 uptake by SM02 gP/m3/d -1.00 PO4 SM02_Upt3D

dCO2upSM02 CO2 uptake by SM02 gC/m3/d -1.00 TIC SM02_Upt3D

dCO2upSM02 CO2 uptake by SM02 gC/m3/d -3.67 CO2 SM02_Upt3D

dOXYprSM02 OXY production by SM02 gC/m3/d 2.67 OXY SM02_Upt3D

dGrowEM03 growth of EM03 species gC/m3/d 1.00 EM03 MacroPhyt3

dGrowSM03 growth of SM03 species gC/m3/d 1.00 SM03 MacroPhyt3

dDecayEM03 decay of EM03 species gC/m3/d -1.00 EM03 MacroPhyt3

dDecaySM03 decay of SM03 species gC/m3/d -1.00 SM03 MacroPhyt3

dCtEMtRH03 translocation of C from EM to RH03 gC/m3/d 1.00 RH03 MacroPhyt3

continued on next page

90 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dCtSMtRH03 translocation of C from SM to RH03 gC/m3/d 1.00 RH03 MacroPhyt3

dCtRHtEM03 translocation of C from RH to EM03 gC/m3/d -1.00 RH03 MacroPhyt3

dCtRHtSM03 translocation of C from RH to SM03 gC/m3/d -1.00 RH03 MacroPhyt3

dNtEMtRH03 translocation of N from EM to RH03 gN/m3/d 1.00 NRH03 MacroPhyt3

dNtSMtRH03 translocation of N from SM to RH03 gN/m3/d 1.00 NRH03 MacroPhyt3

dNtRHtEM03 translocation of N from RH to EM03 gN/m3/d -1.00 NRH03 MacroPhyt3

dNtRHtSM03 translocation of N from RH to SM03 gN/m3/d -1.00 NRH03 MacroPhyt3

dPtEMtRH03 translocation of P from EM to RH03 gP/m3/d 1.00 PRH03 MacroPhyt3

dPtSMtRH03 translocation of P from SM to RH03 gP/m3/d 1.00 PRH03 MacroPhyt3

dPtRHtEM03 translocation of P from RH to EM03 gP/m3/d -1.00 PRH03 MacroPhyt3

dPtRHtSM03 translocation of P from RH to SM03 gP/m3/d -1.00 PRH03 MacroPhyt3

dNH4upEM03 NH4 uptake by EM03 gN/m3/d -1.00 NH4 MacroPhyt3

dNO3upEM03 NO3 uptake by EM03 gN/m3/d -1.00 NO3 MacroPhyt3

dPO4upEM03 PO4 uptake by EM03 gP/m3/d -1.00 PO4 MacroPhyt3

dPrPOC1M03 POC1 production macrophyt 3 gC/m3/d 1.00 POC1 MacroPhyt3

dPrPOC2M03 POC2 production macrophyt 3 gC/m3/d 1.00 POC2 MacroPhyt3

dPrPOC3M03 POC3 production macrophyt 3 gC/m3/d 1.00 POC3 MacroPhyt3

dPrPON1M03 PON1 production macrophyt 3 gN/m3/d 1.00 PON1 MacroPhyt3

dPrPON2M03 PON2 production macrophyt 3 gN/m3/d 1.00 PON2 MacroPhyt3

dPrPON3M03 PON3 production macrophyt 3 gN/m3/d 1.00 PON3 MacroPhyt3

dPrPOP1M03 POP1 production macrophyt 3 gP/m3/d 1.00 POP1 MacroPhyt3

dPrPOP2M03 POP2 production macrophyt 3 gP/m3/d 1.00 POP2 MacroPhyt3

dPrPOP3M03 POP3 production macrophyt 3 gP/m3/d 1.00 POP3 MacroPhyt3

dNH4upSM03 NH4 uptake by SM03 gN/m3/d -1.00 NH4 SM03_Upt3D

dNO3upSM03 NO3 uptake by SM03 gN/m3/d -1.00 NO3 SM03_Upt3D

dPO4upSM03 PO4 uptake by SM03 gP/m3/d -1.00 PO4 SM03_Upt3D

dCO2upSM03 CO2 uptake by SM03 gC/m3/d -1.00 TIC SM03_Upt3D

dCO2upSM03 CO2 uptake by SM03 gC/m3/d -3.67 CO2 SM03_Upt3D

dOXYprSM03 OXY production by SM03 gC/m3/d 2.67 OXY SM03_Upt3D

dGrowEM04 growth of EM04 species gC/m3/d 1.00 EM04 MacroPhyt4

dGrowSM04 growth of SM04 species gC/m3/d 1.00 SM04 MacroPhyt4

dDecayEM04 decay of EM04 species gC/m3/d -1.00 EM04 MacroPhyt4

dDecaySM04 decay of SM04 species gC/m3/d -1.00 SM04 MacroPhyt4

dCtEMtRH04 translocation of C from EM to RH04 gC/m3/d 1.00 RH04 MacroPhyt4

dCtSMtRH04 translocation of C from SM to RH04 gC/m3/d 1.00 RH04 MacroPhyt4

dCtRHtEM04 translocation of C from RH to EM04 gC/m3/d -1.00 RH04 MacroPhyt4

dCtRHtSM04 translocation of C from RH to SM04 gC/m3/d -1.00 RH04 MacroPhyt4

dNtEMtRH04 translocation of N from EM to RH04 gN/m3/d 1.00 NRH04 MacroPhyt4

dNtSMtRH04 translocation of N from SM to RH04 gN/m3/d 1.00 NRH04 MacroPhyt4

dNtRHtEM04 translocation of N from RH to EM04 gN/m3/d -1.00 NRH04 MacroPhyt4

dNtRHtSM04 translocation of N from RH to SM04 gN/m3/d -1.00 NRH04 MacroPhyt4

dPtEMtRH04 translocation of P from EM to RH04 gP/m3/d 1.00 PRH04 MacroPhyt4

dPtSMtRH04 translocation of P from SM to RH04 gP/m3/d 1.00 PRH04 MacroPhyt4

dPtRHtEM04 translocation of P from RH to EM04 gP/m3/d -1.00 PRH04 MacroPhyt4

dPtRHtSM04 translocation of P from RH to SM04 gP/m3/d -1.00 PRH04 MacroPhyt4

dNH4upEM04 NH4 uptake by EM04 gN/m3/d -1.00 NH4 MacroPhyt4

dNO3upEM04 NO3 uptake by EM04 gN/m3/d -1.00 NO3 MacroPhyt4

dPO4upEM04 PO4 uptake by EM04 gP/m3/d -1.00 PO4 MacroPhyt4

dPrPOC1M04 POC1 production macrophyt 4 gC/m3/d 1.00 POC1 MacroPhyt4

dPrPOC2M04 POC2 production macrophyt 4 gC/m3/d 1.00 POC2 MacroPhyt4

dPrPOC3M04 POC3 production macrophyt 4 gC/m3/d 1.00 POC3 MacroPhyt4

dPrPON1M04 PON1 production macrophyt 4 gN/m3/d 1.00 PON1 MacroPhyt4

dPrPON2M04 PON2 production macrophyt 4 gN/m3/d 1.00 PON2 MacroPhyt4

dPrPON3M04 PON3 production macrophyt 4 gN/m3/d 1.00 PON3 MacroPhyt4

dPrPOP1M04 POP1 production macrophyt 4 gP/m3/d 1.00 POP1 MacroPhyt4

dPrPOP2M04 POP2 production macrophyt 4 gP/m3/d 1.00 POP2 MacroPhyt4

dPrPOP3M04 POP3 production macrophyt 4 gP/m3/d 1.00 POP3 MacroPhyt4

dNH4upSM04 NH4 uptake by SM04 gN/m3/d -1.00 NH4 SM04_Upt3D

dNO3upSM04 NO3 uptake by SM04 gN/m3/d -1.00 NO3 SM04_Upt3D

dPO4upSM04 PO4 uptake by SM04 gP/m3/d -1.00 PO4 SM04_Upt3D

dCO2upSM04 CO2 uptake by SM04 gC/m3/d -1.00 TIC SM04_Upt3D

dCO2upSM04 CO2 uptake by SM04 gC/m3/d -3.67 CO2 SM04_Upt3D

dOXYprSM04 OXY production by SM04 gC/m3/d 2.67 OXY SM04_Upt3D

dGrowEM05 growth of EM05 species gC/m3/d 1.00 EM05 MacroPhyt5

dGrowSM05 growth of SM05 species gC/m3/d 1.00 SM05 MacroPhyt5

dDecayEM05 decay of EM05 species gC/m3/d -1.00 EM05 MacroPhyt5

dDecaySM05 decay of SM05 species gC/m3/d -1.00 SM05 MacroPhyt5

dCtEMtRH05 translocation of C from EM to RH05 gC/m3/d 1.00 RH05 MacroPhyt5

continued on next page

Deltares 91 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dCtSMtRH05 translocation of C from SM to RH05 gC/m3/d 1.00 RH05 MacroPhyt5

dCtRHtEM05 translocation of C from RH to EM05 gC/m3/d -1.00 RH05 MacroPhyt5

dCtRHtSM05 translocation of C from RH to SM05 gC/m3/d -1.00 RH05 MacroPhyt5

dNtEMtRH05 translocation of N from EM to RH05 gN/m3/d 1.00 NRH05 MacroPhyt5

dNtSMtRH05 translocation of N from SM to RH05 gN/m3/d 1.00 NRH05 MacroPhyt5

dNtRHtEM05 translocation of N from RH to EM05 gN/m3/d -1.00 NRH05 MacroPhyt5

dNtRHtSM05 translocation of N from RH to SM05 gN/m3/d -1.00 NRH05 MacroPhyt5

dPtEMtRH05 translocation of P from EM to RH05 gP/m3/d 1.00 PRH05 MacroPhyt5

dPtSMtRH05 translocation of P from SM to RH05 gP/m3/d 1.00 PRH05 MacroPhyt5

dPtRHtEM05 translocation of P from RH to EM05 gP/m3/d -1.00 PRH05 MacroPhyt5

dPtRHtSM05 translocation of P from RH to SM05 gP/m3/d -1.00 PRH05 MacroPhyt5

dNH4upEM05 NH4 uptake by EM05 gN/m3/d -1.00 NH4 MacroPhyt5

dNO3upEM05 NO3 uptake by EM05 gN/m3/d -1.00 NO3 MacroPhyt5

dPO4upEM05 PO4 uptake by EM05 gP/m3/d -1.00 PO4 MacroPhyt5

dPrPOC1M05 POC1 production macrophyt 5 gC/m3/d 1.00 POC1 MacroPhyt5

dPrPOC2M05 POC2 production macrophyt 5 gC/m3/d 1.00 POC2 MacroPhyt5

dPrPOC3M05 POC3 production macrophyt 5 gC/m3/d 1.00 POC3 MacroPhyt5

dPrPON1M05 PON1 production macrophyt 5 gN/m3/d 1.00 PON1 MacroPhyt5

dPrPON2M05 PON2 production macrophyt 5 gN/m3/d 1.00 PON2 MacroPhyt5

dPrPON3M05 PON3 production macrophyt 5 gN/m3/d 1.00 PON3 MacroPhyt5

dPrPOP1M05 POP1 production macrophyt 5 gP/m3/d 1.00 POP1 MacroPhyt5

dPrPOP2M05 POP2 production macrophyt 5 gP/m3/d 1.00 POP2 MacroPhyt5

dPrPOP3M05 POP3 production macrophyt 5 gP/m3/d 1.00 POP3 MacroPhyt5

dNH4upSM05 NH4 uptake by SM05 gN/m3/d -1.00 NH4 SM05_Upt3D

dNO3upSM05 NO3 uptake by SM05 gN/m3/d -1.00 NO3 SM05_Upt3D

dPO4upSM05 PO4 uptake by SM05 gP/m3/d -1.00 PO4 SM05_Upt3D

dCO2upSM05 CO2 uptake by SM05 gC/m3/d -1.00 TIC SM05_Upt3D

dCO2upSM05 CO2 uptake by SM05 gC/m3/d -3.67 CO2 SM05_Upt3D

dOXYprSM05 OXY production by SM05 gC/m3/d 2.67 OXY SM05_Upt3D

dGrazeEM01 grazing ﬂux macrophyte EM01 gC/m3/d -1.00 EM01 GRZMAC01

dGrazeSM01 grazing ﬂux macrophyte SM01 gC/m3/d -1.00 SM01 GRZMAC01

dGrazeRH01 grazing ﬂux macrophyte RH01 gC/m3/d -1.00 RH01 GRZMAC01

dGrzNRH01 grazing ﬂux macrophyte NRH01 gC/m3/d -1.00 NRH01 GRZMAC01

dGrzPRH01 grazing ﬂux macrophyte PRH01 gC/m3/d -1.00 PRH01 GRZMAC01

dGrazeEM02 grazing ﬂux macrophyte EM02 gC/m3/d -1.00 EM02 GRZMACO2

dGrazeSM02 grazing ﬂux macrophyte SM02 gC/m3/d -1.00 SM02 GRZMACO2

dGrazeRH02 grazing ﬂux macrophyte RH02 gC/m3/d -1.00 RH02 GRZMACO2

dGrzNRH02 grazing ﬂux macrophyte NRH02 gC/m3/d -1.00 NRH02 GRZMACO2

dGrzPRH02 grazing ﬂux macrophyte PRH02 gC/m3/d -1.00 PRH02 GRZMACO2

dGrazeEM03 grazing ﬂux macrophyte EM03 gC/m3/d -1.00 EM03 GRZMAC03

dGrazeSM03 grazing ﬂux macrophyte SM03 gC/m3/d -1.00 SM03 GRZMAC03

dGrazeRH03 grazing ﬂux macrophyte RH03 gC/m3/d -1.00 RH03 GRZMAC03

dGrzNRH03 grazing ﬂux macrophyte NRH03 gC/m3/d -1.00 NRH03 GRZMAC03

dGrzPRH03 grazing ﬂux macrophyte PRH03 gC/m3/d -1.00 PRH03 GRZMAC03

dGrazeEM04 grazing ﬂux macrophyte EM04 gC/m3/d -1.00 EM04 GRZMAC04

dGrazeSM04 grazing ﬂux macrophyte SM04 gC/m3/d -1.00 SM04 GRZMAC04

dGrazeRH04 grazing ﬂux macrophyte RH04 gC/m3/d -1.00 RH04 GRZMAC04

dGrzNRH04 grazing ﬂux macrophyte NRH04 gC/m3/d -1.00 NRH04 GRZMAC04

dGrzPRH04 grazing ﬂux macrophyte PRH04 gC/m3/d -1.00 PRH04 GRZMAC04

dGrazeEM05 grazing ﬂux macrophyte EM05 gC/m3/d -1.00 EM05 GRZMAC05

dGrazeSM05 grazing ﬂux macrophyte SM05 gC/m3/d -1.00 SM05 GRZMAC05

dGrazeRH05 grazing ﬂux macrophyte RH05 gC/m3/d -1.00 RH05 GRZMAC05

dGrzNRH05 grazing ﬂux macrophyte NRH05 gC/m3/d -1.00 NRH05 GRZMAC05

dGrzPRH05 grazing ﬂux macrophyte PRH05 gC/m3/d -1.00 PRH05 GRZMAC05

dHrvEM01 harvesting ﬂux macrophyte EM01 gC/m3/d -1.00 EM01 HRVMAC01

dHrvSM01 harvesting ﬂux macrophyte SM01 gC/m3/d -1.00 SM01 HRVMAC01

dHrvRH01 harvesting ﬂux macrophyte RH01 gC/m3/d -1.00 RH01 HRVMAC01

dHrvNRH01 harvesting ﬂux macrophyte NRH01 gC/m3/d -1.00 NRH01 HRVMAC01

dHrvPRH01 harvesting ﬂux macrophyte PRH01 gC/m3/d -1.00 PRH01 HRVMAC01

dHrvEM02 harvesting ﬂux macrophyte EM02 gC/m3/d -1.00 EM02 HRVMACO2

dHrvSM02 harvesting ﬂux macrophyte SM02 gC/m3/d -1.00 SM02 HRVMACO2

dHrvRH02 harvesting ﬂux macrophyte RH02 gC/m3/d -1.00 RH02 HRVMACO2

dHrvNRH02 harvesting ﬂux macrophyte NRH02 gC/m3/d -1.00 NRH02 HRVMACO2

dHrvPRH02 harvesting ﬂux macrophyte PRH02 gC/m3/d -1.00 PRH02 HRVMACO2

dHrvEM03 harvesting ﬂux macrophyte EM03 gC/m3/d -1.00 EM03 HRVMAC03

dHrvSM03 harvesting ﬂux macrophyte SM03 gC/m3/d -1.00 SM03 HRVMAC03

dHrvRH03 harvesting ﬂux macrophyte RH03 gC/m3/d -1.00 RH03 HRVMAC03

dHrvNRH03 harvesting ﬂux macrophyte NRH03 gC/m3/d -1.00 NRH03 HRVMAC03

continued on next page

92 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dHrvPRH03 harvesting ﬂux macrophyte PRH03 gC/m3/d -1.00 PRH03 HRVMAC03

dHrvEM04 harvesting ﬂux macrophyte EM04 gC/m3/d -1.00 EM04 HRVMAC04

dHrvSM04 harvesting ﬂux macrophyte SM04 gC/m3/d -1.00 SM04 HRVMAC04

dHrvRH04 harvesting ﬂux macrophyte RH04 gC/m3/d -1.00 RH04 HRVMAC04

dHrvNRH04 harvesting ﬂux macrophyte NRH04 gC/m3/d -1.00 NRH04 HRVMAC04

dHrvPRH04 harvesting ﬂux macrophyte PRH04 gC/m3/d -1.00 PRH04 HRVMAC04

dHrvEM05 harvesting ﬂux macrophyte EM05 gC/m3/d -1.00 EM05 HRVMAC05

dHrvSM05 harvesting ﬂux macrophyte SM05 gC/m3/d -1.00 SM05 HRVMAC05

dHrvRH05 harvesting ﬂux macrophyte RH05 gC/m3/d -1.00 RH05 HRVMAC05

dHrvNRH05 harvesting ﬂux macrophyte NRH05 gC/m3/d -1.00 NRH05 HRVMAC05

dHrvPRH05 harvesting ﬂux macrophyte PRH05 gC/m3/d -1.00 PRH05 HRVMAC05

dM_MortS1 mortality ﬂux of DEB Mussel to DetCS1 gC/m3/d 1.00 DetCS1 DEBGRZ_M

dM_NMrtS1 mortality ﬂux of DEB Mussel to DetNS1 gN/m3/d 1.00 DetNS1 DEBGRZ_M

dM_PMrtS1 mortality ﬂux of DEB Mussel to DetPS1 gP/m3/d 1.00 DetPS1 DEBGRZ_M

dM_Mor mortality ﬂux of DEB Mussel gC/m3/d 1.00 POC1 DEBGRZ_M

dM_NMrt mortality ﬂux of DEB Mussel gN/m3/d 1.00 PON1 DEBGRZ_M

dM_PMrt mortality ﬂux of DEB Mussel gP/m3/d 1.00 POP1 DEBGRZ_M

dM_Resp respiration ﬂux of DEB Mussel gC/m3/d -2.67 OXY DEBGRZ_M

dM_Resp respiration ﬂux of DEB Mussel gC/m3/d 1.00 TIC DEBGRZ_M

dM_NRes respiration ﬂux of DEB Mussel gN/m3/d 1.00 NH4 DEBGRZ_M

dM_NRes respiration ﬂux of DEB Mussel gN/m3/d -0.07 H+ DEBGRZ_M

dM_NRes respiration ﬂux of DEB Mussel gN/m3/d 4.36 ALKA DEBGRZ_M

dM_PRes respiration ﬂux of DEB Mussel gP/m3/d 1.00 PO4 DEBGRZ_M

dM_PRes respiration ﬂux of DEB Mussel gP/m3/d 0.10 H+ DEBGRZ_M

dM_PRes respiration ﬂux of DEB Mussel gP/m3/d -1.97 ALKA DEBGRZ_M

dM_Def defeacation ﬂux of DEB Mussel gC/m3/d 1.00 POC1 DEBGRZ_M

dM_NDef defeacation ﬂux N of DEB Mussel gN/m3/d 1.00 PON1 DEBGRZ_M

dM_PDef defeacation ﬂux P of DEB Mussel gP/m3/d 1.00 POP1 DEBGRZ_M

dM_SiDef defeacation ﬂux Si of DEB Mussel gSi/m3/d 1.00 Opal DEBGRZ_M

dM_SpwDet spawning ﬂux of DEB Mussel to DetC gC/m3/d 1.00 POC1 DEBGRZ_M

dM_SpwDet spawning ﬂux of DEB Mussel to DetC gC/m3/d -1.00 Mussel_R DEBGRZ_M

dM_NSpDet spawning ﬂux of DEB mussel to DetN gN/m3/d 1.00 PON1 DEBGRZ_M

dM_PSpDet spawning ﬂux of DEB Mussel to DetP gP/m3/d 1.00 POP1 DEBGRZ_M

dM_Vgr growth ﬂux struct biomass DEB Mussel gC/m3/d 1.00 Mussel_V DEBGRZ_M

dM_Vmor mortality ﬂux struct biomass DEB Mus-

sel

gC/m3/d -1.00 Mussel_V DEBGRZ_M

dM_Ea anabolic ﬂux energy reserves DEB

Mussel

gC/m3/d 1.00 Mussel_E DEBGRZ_M

dM_Ec catabolic ﬂux energy reserves DEB

Mussel

gC/m3/d -1.00 Mussel_E DEBGRZ_M

dM_Emor mortality ﬂux energy reserves DEB

Mussel

gC/m3/d -1.00 Mussel_E DEBGRZ_M

dM_Rgr growth ﬂux gonadal tissue DEB Mussel gC/m3/d 1.00 Mussel_R DEBGRZ_M

dM_Rmor mortality ﬂux gonadal tissue DEB Mus-

sel

gC/m3/d -1.00 Mussel_R DEBGRZ_M

dM_Nind increase dens by growth V1morphs

only

cm3/(m2d) 1.00 Mussel_N DEBGRZ_M

dM_Mort mortality and harvesting of DEB Mussel gC/(m2d) -1.00 Mussel_N DEBGRZ_M

dM_POC1 grazing of POC1 by DEB Mussel gC/m3/d -1.00 POC1 DEBGRZ_M

dM_DetC grazing of DetC by DEB Mussel gC/m3/d -1.00 DetC DEBGRZ_M

dM_DCS1 grazing of DetCS1 by DEB Mussel gC/m3/d -1.00 DetCS1 DEBGRZ_M

dM_PON1 grazing of PON by DEB Mussel gC/m3/d -1.00 PON1 DEBGRZ_M

dM_DetN grazing of DetN by DEB Mussel gC/m3/d -1.00 DetN DEBGRZ_M

dM_DNS1 grazing of DetNS1 by DEB Mussel gC/m3/d -1.00 DetNS1 DEBGRZ_M

dM_POP grazing of POP by DEB Mussel gC/m3/d -1.00 POP1 DEBGRZ_M

dM_DetP grazing of DetP by DEB Mussel gC/m3/d -1.00 DetP DEBGRZ_M

dM_DPS1 grazing of DetPS1 by DEB Mussel gC/m3/d -1.00 DetPS1 DEBGRZ_M

dM_POSi grazing of POSi by DEB Mussel gC/m3/d -1.00 Opal DEBGRZ_M

dM_DSi grazing of DetSi by DEB Mussel gC/m3/d -1.00 DetSi DEBGRZ_M

dM_DSiS grazing of DetSiS1 by DEB Mussel gC/m3/d -1.00 DetSiS1 DEBGRZ_M

dM_Grn grazing of Greens by DEB Mussel gC/m3/d -1.00 GREEN DEBGRZ_M

dM_Diat grazing of Diatoms by DEB Mussel gC/m3/d -1.00 DIAT DEBGRZ_M

dM_ALG01 grazing of algae type 01 by DEB Mussel gC/m3/d -1.00 BLOOMALG01 DEBGRZ_M

dM_ALG02 grazing of algae type 02 by DEB Mussel gC/m3/d -1.00 BLOOMALG02 DEBGRZ_M

dM_ALG03 grazing of algae type 03 by DEB Mussel gC/m3/d -1.00 BLOOMALG03 DEBGRZ_M

dM_ALG04 grazing of algae type 04 by DEB Mussel gC/m3/d -1.00 BLOOMALG04 DEBGRZ_M

dM_ALG05 grazing of algae type 05 by DEB Mussel gC/m3/d -1.00 BLOOMALG05 DEBGRZ_M

dM_ALG06 grazing of algae type 06 by DEB Mussel gC/m3/d -1.00 BLOOMALG06 DEBGRZ_M

continued on next page

Deltares 93 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dM_ALG07 grazing of algae type 07 by DEB Mussel gC/m3/d -1.00 BLOOMALG07 DEBGRZ_M

dM_ALG08 grazing of algae type 08 by DEB Mussel gC/m3/d -1.00 BLOOMALG08 DEBGRZ_M

dM_ALG09 grazing of algae type 09 by DEB Mussel gC/m3/d -1.00 BLOOMALG09 DEBGRZ_M

dM_ALG10 grazing of algae type 10 by DEB Mussel gC/m3/d -1.00 BLOOMALG10 DEBGRZ_M

dM_ALG11 grazing of algae type 11 by DEB Mussel gC/m3/d -1.00 BLOOMALG11 DEBGRZ_M

dM_ALG12 grazing of algae type 12 by DEB Mussel gC/m3/d -1.00 BLOOMALG12 DEBGRZ_M

dM_ALG13 grazing of algae type 13 by DEB Mussel gC/m3/d -1.00 BLOOMALG13 DEBGRZ_M

dM_ALG14 grazing of algae type 14 by DEB Mussel gC/m3/d -1.00 BLOOMALG14 DEBGRZ_M

dM_ALG15 grazing of algae type 15 by DEB Mussel gC/m3/d -1.00 BLOOMALG15 DEBGRZ_M

dM_ALG16 grazing of algae type 16 by DEB Mussel gC/m3/d -1.00 BLOOMALG16 DEBGRZ_M

dM_ALG17 grazing of algae type 17 by DEB Mussel gC/m3/d -1.00 BLOOMALG17 DEBGRZ_M

dM_ALG18 grazing of algae type 18 by DEB Mussel gC/m3/d -1.00 BLOOMALG18 DEBGRZ_M

dM_ALG19 grazing of algae type 19 by DEB Mussel gC/m3/d -1.00 BLOOMALG19 DEBGRZ_M

dM_ALG20 grazing of algae type 20 by DEB Mussel gC/m3/d -1.00 BLOOMALG20 DEBGRZ_M

dM_ALG21 grazing of algae type 21 by DEB Mussel gC/m3/d -1.00 BLOOMALG21 DEBGRZ_M

dM_ALG22 grazing of algae type 22 by DEB Mussel gC/m3/d -1.00 BLOOMALG22 DEBGRZ_M

dM_ALG23 grazing of algae type 23 by DEB Mussel gC/m3/d -1.00 BLOOMALG23 DEBGRZ_M

dM_ALG24 grazing of algae type 24 by DEB Mussel gC/m3/d -1.00 BLOOMALG24 DEBGRZ_M

dM_ALG25 grazing of algae type 25 by DEB Mussel gC/m3/d -1.00 BLOOMALG25 DEBGRZ_M

dM_ALG26 grazing of algae type 26 by DEB Mussel gC/m3/d -1.00 BLOOMALG26 DEBGRZ_M

dM_ALG27 grazing of algae type 27 by DEB Mussel gC/m3/d -1.00 BLOOMALG27 DEBGRZ_M

dM_ALG28 grazing of algae type 28 by DEB Mussel gC/m3/d -1.00 BLOOMALG28 DEBGRZ_M

dM_ALG29 grazing of algae type 29 by DEB Mussel gC/m3/d -1.00 BLOOMALG29 DEBGRZ_M

dM_ALG30 grazing of algae type 30 by DEB Mussel gC/m3/d -1.00 BLOOMALG30 DEBGRZ_M

dM_F1 grazing of dummy food 1 by DEB Mus-

sel

gC/m3/d -1.00 DF DEBGRZ_M

dM_F2 grazing of dummy food 2 by DEB Mus-

sel

gC/m3/d -1.00 F2 DEBGRZ_M

dM_F3 grazing of dummy food 3 by DEB Mus-

sel

gC/m3/d -1.00 F3 DEBGRZ_M

dM_F4 grazing of dummy food 4 by DEB Mus-

sel

gC/m3/d -1.00 F4 DEBGRZ_M

dM_F5 grazing of dummy food 5 by DEB Mus-

sel

gC/m3/d -1.00 F5 DEBGRZ_M

dM_F6 grazing of dummy food 6 by DEB Mus-

sel

gC/m3/d -1.00 F6 DEBGRZ_M

dM_F7 grazing of dummy food 7 by DEB Mus-

sel

gC/m3/d -1.00 F7 DEBGRZ_M

dM_F8 grazing of dummy food 8 by DEB Mus-

sel

gC/m3/d -1.00 F8 DEBGRZ_M

dZ_MortS1 mortality ﬂux DEB Zooplankton to

DetCS1

gC/m3/d 1.00 DetCS1 DEBGRZ_Z

dZ_NMrtS1 mortality ﬂux DEB Zooplankton to

DetNS1

gN/m3/d 1.00 DetNS1 DEBGRZ_Z

dZ_PMrtS1 mortality ﬂux DEB Zooplankton to

DetPS1

gP/m3/d 1.00 DetPS1 DEBGRZ_Z

dZ_Mor mortality ﬂux DEB Zooplankton gC/m3/d 1.00 POC1 DEBGRZ_Z

dZ_NMrt mortality ﬂux DEB Zooplankton gN/m3/d 1.00 PON1 DEBGRZ_Z

dZ_PMrt mortality ﬂux DEB Zooplankton gP/m3/d 1.00 POP1 DEBGRZ_Z

dZ_Resp respiration ﬂux DEB Zooplankton gC/m3/d -2.67 OXY DEBGRZ_Z

dZ_Resp respiration ﬂux DEB Zooplankton gC/m3/d 1.00 TIC DEBGRZ_Z

dZ_NRes respiration ﬂux DEB Zooplankton gN/m3/d 1.00 NH4 DEBGRZ_Z

dZ_NRes respiration ﬂux DEB Zooplankton gN/m3/d -0.07 H+ DEBGRZ_Z

dZ_NRes respiration ﬂux DEB Zooplankton gN/m3/d 4.36 ALKA DEBGRZ_Z

dZ_PRes respiration ﬂux DEB Zooplankton gP/m3/d 1.00 PO4 DEBGRZ_Z

dZ_PRes respiration ﬂux DEB Zooplankton gP/m3/d 0.10 H+ DEBGRZ_Z

dZ_PRes respiration ﬂux DEB Zooplankton gP/m3/d -1.97 ALKA DEBGRZ_Z

dZ_Def defeacation ﬂux DEB Zooplankton gC/m3/d 1.00 POC1 DEBGRZ_Z

dZ_NDef defeacation ﬂux N DEB Zooplankton gN/m3/d 1.00 PON1 DEBGRZ_Z

dZ_PDef defeacation ﬂux P DEB Zooplankton gP/m3/d 1.00 POP1 DEBGRZ_Z

dZ_SiDef defeacation ﬂux Si DEB Zooplankton gSi/m3/d 1.00 Opal DEBGRZ_Z

dZ_SpwDet spawning ﬂux DEB Zooplankton to

DetC

gC/m3/d 1.00 POC1 DEBGRZ_Z

dZ_SpwDet spawning ﬂux DEB Zooplankton to

DetC

gC/m3/d -1.00 Zoopl_R DEBGRZ_Z

dZ_NSpDet spawning ﬂux DEB Zooplankton to

DetN

gN/m3/d 1.00 PON1 DEBGRZ_Z

dZ_PSpDet spawning ﬂux DEB Zooplankton to

DetP

gP/m3/d 1.00 POP1 DEBGRZ_Z

continued on next page

94 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dZ_Vgr growth ﬂux struct biomass DEB Zoopl gC/m3/d 1.00 Zoopl_V DEBGRZ_Z

dZ_Vmor mortality ﬂux struct biomass DEB Zoopl gC/m3/d -1.00 Zoopl_V DEBGRZ_Z

dZ_Ea anabolic ﬂux energy reserves DEB

Zoopl

gC/m3/d 1.00 Zoopl_E DEBGRZ_Z

dZ_Ec catabolic ﬂux energy reserves DEB

Zoopl

gC/m3/d -1.00 Zoopl_E DEBGRZ_Z

dZ_Emor mortality ﬂux energy reserves DEB

Zoopl

gC/m3/d -1.00 Zoopl_E DEBGRZ_Z

dZ_Rgr growth ﬂux gonadal tissue DEB Zoopl gC/m3/d 1.00 Zoopl_R DEBGRZ_Z

dZ_Rmor mortality ﬂux gonadal tissue DEB Zoopl gC/m3/d -1.00 Zoopl_R DEBGRZ_Z

dZ_Nind increase dens by growth V1morphs

only

cm3/(m2d) 1.00 Zoopl_N DEBGRZ_Z

dZ_Mort mortality and harvesting of DEB Zoopl gC/(m2d) -1.00 Zoopl_N DEBGRZ_Z

dZ_POC1 grazing of POC1 by DEB Zooplankton gC/m3/d -1.00 POC1 DEBGRZ_Z

dZ_DetC grazing of DetC by DEB Zooplankton gC/m3/d -1.00 DetC DEBGRZ_Z

dZ_DCS1 grazing of DetCS1 by DEB Zooplankton gC/m3/d -1.00 DetCS1 DEBGRZ_Z

dZ_PON1 grazing of PON by DEB Zooplankton gC/m3/d -1.00 PON1 DEBGRZ_Z

dZ_DetN grazing of DetN by DEB Zooplankton gC/m3/d -1.00 DetN DEBGRZ_Z

dZ_DNS1 grazing of DetNS1 by DEB Zooplankton gC/m3/d -1.00 DetNS1 DEBGRZ_Z

dZ_POP grazing of POP by DEB Zooplankton gC/m3/d -1.00 POP1 DEBGRZ_Z

dZ_DetP grazing of DetP by DEB Zooplankton gC/m3/d -1.00 DetP DEBGRZ_Z

dZ_DPS1 grazing of DetPS1 by DEB Zooplankton gC/m3/d -1.00 DetPS1 DEBGRZ_Z

dZ_POSi grazing of POSi by DEB Zooplankton gC/m3/d -1.00 Opal DEBGRZ_Z

dZ_DSi grazing of DetSi by DEB Zooplankton gC/m3/d -1.00 DetSi DEBGRZ_Z

dZ_DSiS grazing of DetSiS1 by DEB Zooplank-

ton

gC/m3/d -1.00 DetSiS1 DEBGRZ_Z

dZ_Grn grazing of Greens by DEB Zooplankton gC/m3/d -1.00 GREEN DEBGRZ_Z

dZ_Diat grazing of Diatoms by DEB Zooplank-

ton

gC/m3/d -1.00 DIAT DEBGRZ_Z

dZ_ALG01 grazing of algae type 01 by DEB Zoopl gC/m3/d -1.00 BLOOMALG01 DEBGRZ_Z

dZ_ALG02 grazing of algae type 02 by DEB Zoopl gC/m3/d -1.00 BLOOMALG02 DEBGRZ_Z

dZ_ALG03 grazing of algae type 03 by DEB Zoopl gC/m3/d -1.00 BLOOMALG03 DEBGRZ_Z

dZ_ALG04 grazing of algae type 04 by DEB Zoopl gC/m3/d -1.00 BLOOMALG04 DEBGRZ_Z

dZ_ALG05 grazing of algae type 05 by DEB Zoopl gC/m3/d -1.00 BLOOMALG05 DEBGRZ_Z

dZ_ALG06 grazing of algae type 06 by DEB Zoopl gC/m3/d -1.00 BLOOMALG06 DEBGRZ_Z

dZ_ALG07 grazing of algae type 07 by DEB Zoopl gC/m3/d -1.00 BLOOMALG07 DEBGRZ_Z

dZ_ALG08 grazing of algae type 08 by DEB Zoopl gC/m3/d -1.00 BLOOMALG08 DEBGRZ_Z

dZ_ALG09 grazing of algae type 09 by DEB Zoopl gC/m3/d -1.00 BLOOMALG09 DEBGRZ_Z

dZ_ALG10 grazing of algae type 10 by DEB Zoopl gC/m3/d -1.00 BLOOMALG10 DEBGRZ_Z

dZ_ALG11 grazing of algae type 11 by DEB Zoopl gC/m3/d -1.00 BLOOMALG11 DEBGRZ_Z

dZ_ALG12 grazing of algae type 12 by DEB Zoopl gC/m3/d -1.00 BLOOMALG12 DEBGRZ_Z

dZ_ALG13 grazing of algae type 13 by DEB Zoopl gC/m3/d -1.00 BLOOMALG13 DEBGRZ_Z

dZ_ALG14 grazing of algae type 14 by DEB Zoopl gC/m3/d -1.00 BLOOMALG14 DEBGRZ_Z

dZ_ALG15 grazing of algae type 15 by DEB Zoopl gC/m3/d -1.00 BLOOMALG15 DEBGRZ_Z

dZ_ALG16 grazing of algae type 16 by DEB Zoopl gC/m3/d -1.00 BLOOMALG16 DEBGRZ_Z

dZ_ALG17 grazing of algae type 17 by DEB Zoopl gC/m3/d -1.00 BLOOMALG17 DEBGRZ_Z

dZ_ALG18 grazing of algae type 18 by DEB Zoopl gC/m3/d -1.00 BLOOMALG18 DEBGRZ_Z

dZ_ALG19 grazing of algae type 19 by DEB Zoopl gC/m3/d -1.00 BLOOMALG19 DEBGRZ_Z

dZ_ALG20 grazing of algae type 20 by DEB Zoopl gC/m3/d -1.00 BLOOMALG20 DEBGRZ_Z

dZ_ALG21 grazing of algae type 21 by DEB Zoopl gC/m3/d -1.00 BLOOMALG21 DEBGRZ_Z

dZ_ALG22 grazing of algae type 22 by DEB Zoopl gC/m3/d -1.00 BLOOMALG22 DEBGRZ_Z

dZ_ALG23 grazing of algae type 23 by DEB Zoopl gC/m3/d -1.00 BLOOMALG23 DEBGRZ_Z

dZ_ALG24 grazing of algae type 24 by DEB Zoopl gC/m3/d -1.00 BLOOMALG24 DEBGRZ_Z

dZ_ALG25 grazing of algae type 25 by DEB Zoopl gC/m3/d -1.00 BLOOMALG25 DEBGRZ_Z

dZ_ALG26 grazing of algae type 26 by DEB Zoopl gC/m3/d -1.00 BLOOMALG26 DEBGRZ_Z

dZ_ALG27 grazing of algae type 27 by DEB Zoopl gC/m3/d -1.00 BLOOMALG27 DEBGRZ_Z

dZ_ALG28 grazing of algae type 28 by DEB Zoopl gC/m3/d -1.00 BLOOMALG28 DEBGRZ_Z

dZ_ALG29 grazing of algae type 29 by DEB Zoopl gC/m3/d -1.00 BLOOMALG29 DEBGRZ_Z

dZ_ALG30 grazing of algae type 30 by DEB Zoopl gC/m3/d -1.00 BLOOMALG30 DEBGRZ_Z

dZ_F1 grazing of dummy food 1 by DEB Zoopl gC/m3/d -1.00 DF DEBGRZ_Z

dZ_F2 grazing of dummy food 2 by DEB Zoopl gC/m3/d -1.00 F2 DEBGRZ_Z

dZ_F3 grazing of dummy food 3 by DEB Zoopl gC/m3/d -1.00 F3 DEBGRZ_Z

dZ_F4 grazing of dummy food 4 by DEB Zoopl gC/m3/d -1.00 F4 DEBGRZ_Z

dZ_F5 grazing of dummy food 5 by DEB Zoopl gC/m3/d -1.00 F5 DEBGRZ_Z

dZ_F6 grazing of dummy food 6 by DEB Zoopl gC/m3/d -1.00 F6 DEBGRZ_Z

dZ_F7 grazing of dummy food 7 by DEB Zoopl gC/m3/d -1.00 F7 DEBGRZ_Z

dZ_F8 grazing of dummy food 8 by DEB Zoopl gC/m3/d -1.00 F8 DEBGRZ_Z

continued on next page

Deltares 95 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG3_MortS1 mortality ﬂux of DEB Grazer3 to

DetCS1

gC/m3/d 1.00 DetCS1 DEBGRZ_G3

dG3_NMrtS1 mortality ﬂux of DEB Grazer3 to

DetNS1

gN/m3/d 1.00 DetNS1 DEBGRZ_G3

dG3_PMrtS1 mortality ﬂux of DEB Grazer3 to DetPS1 gP/m3/d 1.00 DetPS1 DEBGRZ_G3

dG3_Mor mortality ﬂux of DEB Grazer3 gC/m3/d 1.00 POC1 DEBGRZ_G3

dG3_NMrt mortality ﬂux of DEB Grazer3 gN/m3/d 1.00 PON1 DEBGRZ_G3

dG3_PMrt mortality ﬂux of DEB Grazer3 gP/m3/d 1.00 POP1 DEBGRZ_G3

dG3_Resp respiration ﬂux of DEB Grazer3 gC/m3/d -2.67 OXY DEBGRZ_G3

dG3_Resp respiration ﬂux of DEB Grazer3 gC/m3/d 1.00 TIC DEBGRZ_G3

dG3_NRes respiration ﬂux of DEB Grazer3 gN/m3/d 1.00 NH4 DEBGRZ_G3

dG3_NRes respiration ﬂux of DEB Grazer3 gN/m3/d -0.07 H+ DEBGRZ_G3

dG3_NRes respiration ﬂux of DEB Grazer3 gN/m3/d 4.36 ALKA DEBGRZ_G3

dG3_PRes respiration ﬂux of DEB Grazer3 gP/m3/d 1.00 PO4 DEBGRZ_G3

dG3_PRes respiration ﬂux of DEB Grazer3 gP/m3/d 0.10 H+ DEBGRZ_G3

dG3_PRes respiration ﬂux of DEB Grazer3 gP/m3/d -1.97 ALKA DEBGRZ_G3

dG3_Def defeacation ﬂux of DEB Grazer3 gC/m3/d 1.00 POC1 DEBGRZ_G3

dG3_NDef defeacation ﬂux N of DEB Grazer3 gN/m3/d 1.00 PON1 DEBGRZ_G3

dG3_PDef defeacation ﬂux P of DEB Grazer3 gP/m3/d 1.00 POP1 DEBGRZ_G3

dG3_SiDef defeacation ﬂux Si of DEB Grazer3 gSi/m3/d 1.00 Opal DEBGRZ_G3

dG3_SpwDet spawning ﬂux of DEB Grazer3 to DetC gC/m3/d 1.00 POC1 DEBGRZ_G3

dG3_SpwDet spawning ﬂux of DEB Grazer3 to DetC gC/m3/d -1.00 Grazer3_R DEBGRZ_G3

dG3_NSpDet spawning ﬂux of DEB Grazer3 to DetN gN/m3/d 1.00 PON1 DEBGRZ_G3

dG3_PSpDet spawning ﬂux of DEB Grazer3 to DetP gP/m3/d 1.00 POP1 DEBGRZ_G3

dG3_Vgr growth ﬂux struct biomass DEB

Grazer3

gC/m3/d 1.00 Grazer3_V DEBGRZ_G3

dG3_Vmor mortality ﬂux struct biomass DEB

Grazer3

gC/m3/d -1.00 Grazer3_V DEBGRZ_G3

dG3_Ea anabolic ﬂux energy reserves DEB

Grazer3

gC/m3/d 1.00 Grazer3_E DEBGRZ_G3

dG3_Ec catabolic ﬂux enrgy reserves DEB

Grazer3

gC/m3/d -1.00 Grazer3_E DEBGRZ_G3

dG3_Emor mortality ﬂux enrgy reserves DEB

Grazer3

gC/m3/d -1.00 Grazer3_E DEBGRZ_G3

dG3_Rgr growth ﬂux gonadal tissue DEB

Grazer3

gC/m3/d 1.00 Grazer3_R DEBGRZ_G3

dG3_Rmor mortality ﬂux gonadal tissue DEB

Grazer3

gC/m3/d -1.00 Grazer3_R DEBGRZ_G3

dG3_Nind increase dens by growth V1morphs

only

cm3/(m2d) 1.00 Grazer3_N DEBGRZ_G3

dG3_Mort mortality and harvesting of DEB

Grazer3

gC/(m2d) -1.00 Grazer3_N DEBGRZ_G3

dG3_POC1 grazing of POC1 by DEB Grazer3 gC/m3/d -1.00 POC1 DEBGRZ_G3

dG3_DetC grazing of DetC by DEB Grazer3 gC/m3/d -1.00 DetC DEBGRZ_G3

dG3_DCS1 grazing of DetCS1 by DEB Grazer3 gC/m3/d -1.00 DetCS1 DEBGRZ_G3

dG3_PON1 grazing of PON by DEB Grazer3 gC/m3/d -1.00 PON1 DEBGRZ_G3

dG3_DetN grazing of DetN by DEB Grazer3 gC/m3/d -1.00 DetN DEBGRZ_G3

dG3_DNS1 grazing of DetNS1 by DEB Grazer3 gC/m3/d -1.00 DetNS1 DEBGRZ_G3

dG3_POP grazing of POP by DEB Grazer3 gC/m3/d -1.00 POP1 DEBGRZ_G3

dG3_DetP grazing of DetP by DEB Grazer3 gC/m3/d -1.00 DetP DEBGRZ_G3

dG3_DPS1 grazing of DetPS1 by DEB Grazer3 gC/m3/d -1.00 DetPS1 DEBGRZ_G3

dG3_POSi grazing of POSi by DEB Grazer3 gC/m3/d -1.00 Opal DEBGRZ_G3

dG3_DSi grazing of DetSi by DEB Grazer3 gC/m3/d -1.00 DetSi DEBGRZ_G3

dG3_DSiS grazing of DetSiS1 by DEB Grazer3 gC/m3/d -1.00 DetSiS1 DEBGRZ_G3

dG3_Grn grazing of Greens by DEB Grazer3 gC/m3/d -1.00 GREEN DEBGRZ_G3

dG3_Diat grazing of Diatoms by DEB Grazer3 gC/m3/d -1.00 DIAT DEBGRZ_G3

dG3_ALG01 grazing of algae type 01 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG01 DEBGRZ_G3

dG3_ALG02 grazing of algae type 02 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG02 DEBGRZ_G3

dG3_ALG03 grazing of algae type 03 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG03 DEBGRZ_G3

dG3_ALG04 grazing of algae type 04 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG04 DEBGRZ_G3

dG3_ALG05 grazing of algae type 05 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG05 DEBGRZ_G3

dG3_ALG06 grazing of algae type 06 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG06 DEBGRZ_G3

continued on next page

96 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG3_ALG07 grazing of algae type 07 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG07 DEBGRZ_G3

dG3_ALG08 grazing of algae type 08 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG08 DEBGRZ_G3

dG3_ALG09 grazing of algae type 09 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG09 DEBGRZ_G3

dG3_ALG10 grazing of algae type 10 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG10 DEBGRZ_G3

dG3_ALG11 grazing of algae type 11 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG11 DEBGRZ_G3

dG3_ALG12 grazing of algae type 12 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG12 DEBGRZ_G3

dG3_ALG13 grazing of algae type 13 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG13 DEBGRZ_G3

dG3_ALG14 grazing of algae type 14 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG14 DEBGRZ_G3

dG3_ALG15 grazing of algae type 15 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG15 DEBGRZ_G3

dG3_ALG16 grazing of algae type 16 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG16 DEBGRZ_G3

dG3_ALG17 grazing of algae type 17 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG17 DEBGRZ_G3

dG3_ALG18 grazing of algae type 18 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG18 DEBGRZ_G3

dG3_ALG19 grazing of algae type 19 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG19 DEBGRZ_G3

dG3_ALG20 grazing of algae type 20 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG20 DEBGRZ_G3

dG3_ALG21 grazing of algae type 21 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG21 DEBGRZ_G3

dG3_ALG22 grazing of algae type 22 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG22 DEBGRZ_G3

dG3_ALG23 grazing of algae type 23 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG23 DEBGRZ_G3

dG3_ALG24 grazing of algae type 24 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG24 DEBGRZ_G3

dG3_ALG25 grazing of algae type 25 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG25 DEBGRZ_G3

dG3_ALG26 grazing of algae type 26 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG26 DEBGRZ_G3

dG3_ALG27 grazing of algae type 27 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG27 DEBGRZ_G3

dG3_ALG28 grazing of algae type 28 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG28 DEBGRZ_G3

dG3_ALG29 grazing of algae type 29 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG29 DEBGRZ_G3

dG3_ALG30 grazing of algae type 30 by DEB

Grazer3

gC/m3/d -1.00 BLOOMALG30 DEBGRZ_G3

dG3_F1 grazing of dummy food 1 by DEB

Grazer3

gC/m3/d -1.00 DF DEBGRZ_G3

dG3_F2 grazing of dummy food 2 by DEB

Grazer3

gC/m3/d -1.00 F2 DEBGRZ_G3

dG3_F3 grazing of dummy food 3 by DEB

Grazer3

gC/m3/d -1.00 F3 DEBGRZ_G3

dG3_F4 grazing of dummy food 4 by DEB

Grazer3

gC/m3/d -1.00 F4 DEBGRZ_G3

dG3_F5 grazing of dummy food 5 by DEB

Grazer3

gC/m3/d -1.00 F5 DEBGRZ_G3

dG3_F6 grazing of dummy food 6 by DEB

Grazer3

gC/m3/d -1.00 F6 DEBGRZ_G3

dG3_F7 grazing of dummy food 7 by DEB

Grazer3

gC/m3/d -1.00 F7 DEBGRZ_G3

dG3_F8 grazing of dummy food 8 by DEB

Grazer3

gC/m3/d -1.00 F8 DEBGRZ_G3

dG4_MortS1 mortality ﬂux of DEB Grazer4 to

DetCS1

gC/m3/d 1.00 DetCS1 DEBGRZ_G4

dG4_NMrtS1 mortality ﬂux of DEB Grazer4 to

DetNS1

gN/m3/d 1.00 DetNS1 DEBGRZ_G4

dG4_PMrtS1 mortality ﬂux of DEB Grazer4 to DetPS1 gP/m3/d 1.00 DetPS1 DEBGRZ_G4

continued on next page

Deltares 97 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG4_Mor mortality ﬂux of DEB Grazer4 gC/m3/d 1.00 POC1 DEBGRZ_G4

dG4_NMrt mortality ﬂux of DEB Grazer4 gN/m3/d 1.00 PON1 DEBGRZ_G4

dG4_PMrt mortality ﬂux of DEB Grazer4 gP/m3/d 1.00 POP1 DEBGRZ_G4

dG4_Resp respiration ﬂux of DEB Grazer4 gC/m3/d -2.67 OXY DEBGRZ_G4

dG4_Resp respiration ﬂux of DEB Grazer4 gC/m3/d 1.00 TIC DEBGRZ_G4

dG4_NRes respiration ﬂux of DEB Grazer4 gN/m3/d 1.00 NH4 DEBGRZ_G4

dG4_NRes respiration ﬂux of DEB Grazer4 gN/m3/d -0.07 H+ DEBGRZ_G4

dG4_NRes respiration ﬂux of DEB Grazer4 gN/m3/d 4.36 ALKA DEBGRZ_G4

dG4_PRes respiration ﬂux of DEB Grazer4 gP/m3/d 1.00 PO4 DEBGRZ_G4

dG4_PRes respiration ﬂux of DEB Grazer4 gP/m3/d 0.10 H+ DEBGRZ_G4

dG4_PRes respiration ﬂux of DEB Grazer4 gP/m3/d -1.97 ALKA DEBGRZ_G4

dG4_Def defeacation ﬂux of DEB Grazer4 gC/m3/d 1.00 POC1 DEBGRZ_G4

dG4_NDef defeacation ﬂux N of DEB Grazer4 gN/m3/d 1.00 PON1 DEBGRZ_G4

dG4_PDef defeacation ﬂux P of DEB Grazer4 gP/m3/d 1.00 POP1 DEBGRZ_G4

dG4_SiDef defeacation ﬂux Si of DEB Grazer4 gSi/m3/d 1.00 Opal DEBGRZ_G4

dG4_SpwDet spawning ﬂux of DEB Grazer4 to DetC gC/m3/d 1.00 POC1 DEBGRZ_G4

dG4_SpwDet spawning ﬂux of DEB Grazer4 to DetC gC/m3/d -1.00 Grazer4_R DEBGRZ_G4

dG4_NSpDet spawning ﬂux of DEB Grazer4 to DetN gN/m3/d 1.00 PON1 DEBGRZ_G4

dG4_PSpDet spawning ﬂux of DEB Grazer4 to DetP gP/m3/d 1.00 POP1 DEBGRZ_G4

dG4_Vgr growth ﬂux struct biomass DEB

Grazer4

gC/m3/d 1.00 Grazer4_V DEBGRZ_G4

dG4_Vmor mortality ﬂux struct biomass DEB

Grazer4

gC/m3/d -1.00 Grazer4_V DEBGRZ_G4

dG4_Ea anabolic ﬂux energy reserves DEB

Grazer4

gC/m3/d 1.00 Grazer4_E DEBGRZ_G4

dG4_Ec catabolic ﬂux enrgy reserves DEB

Grazer4

gC/m3/d -1.00 Grazer4_E DEBGRZ_G4

dG4_Emor mortality ﬂux enrgy reserves DEB

Grazer4

gC/m3/d -1.00 Grazer4_E DEBGRZ_G4

dG4_Rgr growth ﬂux gonadal tissue DEB

Grazer4

gC/m3/d 1.00 Grazer4_R DEBGRZ_G4

dG4_Rmor mortality ﬂux gonadal tissue DEB

Grazer4

gC/m3/d -1.00 Grazer4_R DEBGRZ_G4

dG4_Nind increase dens by growth V1morphs

only

cm3/(m2d) 1.00 Grazer4_N DEBGRZ_G4

dG4_Mort mortality and harvesting of DEB

Grazer4

gC/(m2d) -1.00 Grazer4_N DEBGRZ_G4

dG4_POC1 grazing of POC1 by DEB Grazer4 gC/m3/d -1.00 POC1 DEBGRZ_G4

dG4_DetC grazing of DetC by DEB Grazer4 gC/m3/d -1.00 DetC DEBGRZ_G4

dG4_DCS1 grazing of DetCS1 by DEB Grazer4 gC/m3/d -1.00 DetCS1 DEBGRZ_G4

dG4_PON1 grazing of PON by DEB Grazer4 gC/m3/d -1.00 PON1 DEBGRZ_G4

dG4_DetN grazing of DetN by DEB Grazer4 gC/m3/d -1.00 DetN DEBGRZ_G4

dG4_DNS1 grazing of DetNS1 by DEB Grazer4 gC/m3/d -1.00 DetNS1 DEBGRZ_G4

dG4_POP grazing of POP by DEB Grazer4 gC/m3/d -1.00 POP1 DEBGRZ_G4

dG4_DetP grazing of DetP by DEB Grazer4 gC/m3/d -1.00 DetP DEBGRZ_G4

dG4_DPS1 grazing of DetPS1 by DEB Grazer4 gC/m3/d -1.00 DetPS1 DEBGRZ_G4

dG4_POSi grazing of POSi by DEB Grazer4 gC/m3/d -1.00 Opal DEBGRZ_G4

dG4_DSi grazing of DetSi by DEB Grazer4 gC/m3/d -1.00 DetSi DEBGRZ_G4

dG4_DSiS grazing of DetSiS1 by DEB Grazer4 gC/m3/d -1.00 DetSiS1 DEBGRZ_G4

dG4_Grn grazing of Greens by DEB Grazer4 gC/m3/d -1.00 GREEN DEBGRZ_G4

dG4_Diat grazing of Diatoms by DEB Grazer4 gC/m3/d -1.00 DIAT DEBGRZ_G4

dG4_ALG01 grazing of algae type 01 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG01 DEBGRZ_G4

dG4_ALG02 grazing of algae type 02 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG02 DEBGRZ_G4

dG4_ALG03 grazing of algae type 03 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG03 DEBGRZ_G4

dG4_ALG04 grazing of algae type 04 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG04 DEBGRZ_G4

dG4_ALG05 grazing of algae type 05 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG05 DEBGRZ_G4

dG4_ALG06 grazing of algae type 06 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG06 DEBGRZ_G4

dG4_ALG07 grazing of algae type 07 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG07 DEBGRZ_G4

dG4_ALG08 grazing of algae type 08 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG08 DEBGRZ_G4

dG4_ALG09 grazing of algae type 09 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG09 DEBGRZ_G4

continued on next page

98 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG4_ALG10 grazing of algae type 10 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG10 DEBGRZ_G4

dG4_ALG11 grazing of algae type 11 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG11 DEBGRZ_G4

dG4_ALG12 grazing of algae type 12 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG12 DEBGRZ_G4

dG4_ALG13 grazing of algae type 13 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG13 DEBGRZ_G4

dG4_ALG14 grazing of algae type 14 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG14 DEBGRZ_G4

dG4_ALG15 grazing of algae type 15 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG15 DEBGRZ_G4

dG4_ALG16 grazing of algae type 16 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG16 DEBGRZ_G4

dG4_ALG17 grazing of algae type 17 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG17 DEBGRZ_G4

dG4_ALG18 grazing of algae type 18 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG18 DEBGRZ_G4

dG4_ALG19 grazing of algae type 19 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG19 DEBGRZ_G4

dG4_ALG20 grazing of algae type 20 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG20 DEBGRZ_G4

dG4_ALG21 grazing of algae type 21 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG21 DEBGRZ_G4

dG4_ALG22 grazing of algae type 22 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG22 DEBGRZ_G4

dG4_ALG23 grazing of algae type 23 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG23 DEBGRZ_G4

dG4_ALG24 grazing of algae type 24 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG24 DEBGRZ_G4

dG4_ALG25 grazing of algae type 25 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG25 DEBGRZ_G4

dG4_ALG26 grazing of algae type 26 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG26 DEBGRZ_G4

dG4_ALG27 grazing of algae type 27 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG27 DEBGRZ_G4

dG4_ALG28 grazing of algae type 28 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG28 DEBGRZ_G4

dG4_ALG29 grazing of algae type 29 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG29 DEBGRZ_G4

dG4_ALG30 grazing of algae type 30 by DEB

Grazer4

gC/m3/d -1.00 BLOOMALG30 DEBGRZ_G4

dG4_F1 grazing of dummy food 1 by DEB

Grazer4

gC/m3/d -1.00 DF DEBGRZ_G4

dG4_F2 grazing of dummy food 2 by DEB

Grazer4

gC/m3/d -1.00 F2 DEBGRZ_G4

dG4_F3 grazing of dummy food 3 by DEB

Grazer4

gC/m3/d -1.00 F3 DEBGRZ_G4

dG4_F4 grazing of dummy food 4 by DEB

Grazer4

gC/m3/d -1.00 F4 DEBGRZ_G4

dG4_F5 grazing of dummy food 5 by DEB

Grazer4

gC/m3/d -1.00 F5 DEBGRZ_G4

dG4_F6 grazing of dummy food 6 by DEB

Grazer4

gC/m3/d -1.00 F6 DEBGRZ_G4

dG4_F7 grazing of dummy food 7 by DEB

Grazer4

gC/m3/d -1.00 F7 DEBGRZ_G4

dG4_F8 grazing of dummy food 8 by DEB

Grazer4

gC/m3/d -1.00 F8 DEBGRZ_G4

dG5_MortS1 mortality ﬂux of DEB Grazer5 to

DetCS1

gC/m3/d 1.00 DetCS1 DEBGRZ_G5

dG5_NMrtS1 mortality ﬂux of DEB Grazer5 to

DetNS1

gN/m3/d 1.00 DetNS1 DEBGRZ_G5

dG5_PMrtS1 mortality ﬂux of DEB Grazer5 to DetPS1 gP/m3/d 1.00 DetPS1 DEBGRZ_G5

dG5_Mor mortality ﬂux of DEB Grazer5 gC/m3/d 1.00 POC1 DEBGRZ_G5

dG5_NMrt mortality ﬂux of DEB Grazer5 gN/m3/d 1.00 PON1 DEBGRZ_G5

dG5_PMrt mortality ﬂux of DEB Grazer5 gP/m3/d 1.00 POP1 DEBGRZ_G5

dG5_Resp respiration ﬂux of DEB Grazer5 gC/m3/d -2.67 OXY DEBGRZ_G5

dG5_Resp respiration ﬂux of DEB Grazer5 gC/m3/d 1.00 TIC DEBGRZ_G5

dG5_NRes respiration ﬂux of DEB Grazer5 gN/m3/d 1.00 NH4 DEBGRZ_G5

continued on next page

Deltares 99 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG5_NRes respiration ﬂux of DEB Grazer5 gN/m3/d -0.07 H+ DEBGRZ_G5

dG5_NRes respiration ﬂux of DEB Grazer5 gN/m3/d 4.36 ALKA DEBGRZ_G5

dG5_PRes respiration ﬂux of DEB Grazer5 gP/m3/d 1.00 PO4 DEBGRZ_G5

dG5_PRes respiration ﬂux of DEB Grazer5 gP/m3/d 0.10 H+ DEBGRZ_G5

dG5_PRes respiration ﬂux of DEB Grazer5 gP/m3/d -1.97 ALKA DEBGRZ_G5

dG5_Def defeacation ﬂux of DEB Grazer5 gC/m3/d 1.00 POC1 DEBGRZ_G5

dG5_NDef defeacation ﬂux N of DEB Grazer5 gN/m3/d 1.00 PON1 DEBGRZ_G5

dG5_PDef defeacation ﬂux P of DEB Grazer5 gP/m3/d 1.00 POP1 DEBGRZ_G5

dG5_SiDef defeacation ﬂux Si of DEB Grazer5 gSi/m3/d 1.00 Opal DEBGRZ_G5

dG5_SpwDet spawning ﬂux of DEB Grazer5 to DetC gC/m3/d 1.00 POC1 DEBGRZ_G5

dG5_SpwDet spawning ﬂux of DEB Grazer5 to DetC gC/m3/d -1.00 Grazer5_R DEBGRZ_G5

dG5_NSpDet spawning ﬂux of DEB Grazer5 to DetN gN/m3/d 1.00 PON1 DEBGRZ_G5

dG5_PSpDet spawning ﬂux of DEB Grazer5 to DetP gP/m3/d 1.00 POP1 DEBGRZ_G5

dG5_Vgr growth ﬂux struct biomass DEB

Grazer5

gC/m3/d 1.00 Grazer5_V DEBGRZ_G5

dG5_Vmor mortality ﬂux struct biomass DEB

Grazer5

gC/m3/d -1.00 Grazer5_V DEBGRZ_G5

dG5_Ea anabolic ﬂux energy reserves DEB

Grazer5

gC/m3/d 1.00 Grazer5_E DEBGRZ_G5

dG5_Ec catabolic ﬂux enrgy reserves DEB

Grazer5

gC/m3/d -1.00 Grazer5_E DEBGRZ_G5

dG5_Emor mortality ﬂux enrgy reserves DEB

Grazer5

gC/m3/d -1.00 Grazer5_E DEBGRZ_G5

dG5_Rgr growth ﬂux gonadal tissue DEB

Grazer5

gC/m3/d 1.00 Grazer5_R DEBGRZ_G5

dG5_Rmor mortality ﬂux gonadal tissue DEB

Grazer5

gC/m3/d -1.00 Grazer5_R DEBGRZ_G5

dG5_Nind increase dens by growth V1morphs

only

cm3/(m2d) 1.00 Grazer5_N DEBGRZ_G5

dG5_Mort mortality and harvesting of DEB

Grazer5

gC/(m2d) -1.00 Grazer5_N DEBGRZ_G5

dG5_POC1 grazing of POC1 by DEB Grazer5 gC/m3/d -1.00 POC1 DEBGRZ_G5

dG5_DetC grazing of DetC by DEB Grazer5 gC/m3/d -1.00 DetC DEBGRZ_G5

dG5_DCS1 grazing of DetCS1 by DEB Grazer5 gC/m3/d -1.00 DetCS1 DEBGRZ_G5

dG5_PON1 grazing of PON by DEB Grazer5 gC/m3/d -1.00 PON1 DEBGRZ_G5

dG5_DetN grazing of DetN by DEB Grazer5 gC/m3/d -1.00 DetN DEBGRZ_G5

dG5_DNS1 grazing of DetNS1 by DEB Grazer5 gC/m3/d -1.00 DetNS1 DEBGRZ_G5

dG5_POP grazing of POP by DEB Grazer5 gC/m3/d -1.00 POP1 DEBGRZ_G5

dG5_DetP grazing of DetP by DEB Grazer5 gC/m3/d -1.00 DetP DEBGRZ_G5

dG5_DPS1 grazing of DetPS1 by DEB Grazer5 gC/m3/d -1.00 DetPS1 DEBGRZ_G5

dG5_POSi grazing of POSi by DEB Grazer5 gC/m3/d -1.00 Opal DEBGRZ_G5

dG5_DSi grazing of DetSi by DEB Grazer5 gC/m3/d -1.00 DetSi DEBGRZ_G5

dG5_DSiS grazing of DetSiS1 by DEB Grazer5 gC/m3/d -1.00 DetSiS1 DEBGRZ_G5

dG5_Grn grazing of Greens by DEB Grazer5 gC/m3/d -1.00 GREEN DEBGRZ_G5

dG5_Diat grazing of Diatoms by DEB Grazer5 gC/m3/d -1.00 DIAT DEBGRZ_G5

dG5_ALG01 grazing of algae type 01 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG01 DEBGRZ_G5

dG5_ALG02 grazing of algae type 02 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG02 DEBGRZ_G5

dG5_ALG03 grazing of algae type 03 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG03 DEBGRZ_G5

dG5_ALG04 grazing of algae type 04 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG04 DEBGRZ_G5

dG5_ALG05 grazing of algae type 05 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG05 DEBGRZ_G5

dG5_ALG06 grazing of algae type 06 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG06 DEBGRZ_G5

dG5_ALG07 grazing of algae type 07 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG07 DEBGRZ_G5

dG5_ALG08 grazing of algae type 08 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG08 DEBGRZ_G5

dG5_ALG09 grazing of algae type 09 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG09 DEBGRZ_G5

dG5_ALG10 grazing of algae type 10 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG10 DEBGRZ_G5

dG5_ALG11 grazing of algae type 11 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG11 DEBGRZ_G5

dG5_ALG12 grazing of algae type 12 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG12 DEBGRZ_G5

continued on next page

100 of 256 Deltares

DRAFT

Listing of the modelled ﬂuxes

Table 5.1 – continued from previous page

Flux Description Unit Stoch. Sub. Process

dG5_ALG13 grazing of algae type 13 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG13 DEBGRZ_G5

dG5_ALG14 grazing of algae type 14 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG14 DEBGRZ_G5

dG5_ALG15 grazing of algae type 15 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG15 DEBGRZ_G5

dG5_ALG16 grazing of algae type 16 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG16 DEBGRZ_G5

dG5_ALG17 grazing of algae type 17 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG17 DEBGRZ_G5

dG5_ALG18 grazing of algae type 18 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG18 DEBGRZ_G5

dG5_ALG19 grazing of algae type 19 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG19 DEBGRZ_G5

dG5_ALG20 grazing of algae type 20 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG20 DEBGRZ_G5

dG5_ALG21 grazing of algae type 21 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG21 DEBGRZ_G5

dG5_ALG22 grazing of algae type 22 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG22 DEBGRZ_G5

dG5_ALG23 grazing of algae type 23 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG23 DEBGRZ_G5

dG5_ALG24 grazing of algae type 24 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG24 DEBGRZ_G5

dG5_ALG25 grazing of algae type 25 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG25 DEBGRZ_G5

dG5_ALG26 grazing of algae type 26 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG26 DEBGRZ_G5

dG5_ALG27 grazing of algae type 27 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG27 DEBGRZ_G5

dG5_ALG28 grazing of algae type 28 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG28 DEBGRZ_G5

dG5_ALG29 grazing of algae type 29 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG29 DEBGRZ_G5

dG5_ALG30 grazing of algae type 30 by DEB

Grazer5

gC/m3/d -1.00 BLOOMALG30 DEBGRZ_G5

dG5_F1 grazing of dummy food 1 by DEB

Grazer5

gC/m3/d -1.00 DF DEBGRZ_G5

dG5_F2 grazing of dummy food 2 by DEB

Grazer5

gC/m3/d -1.00 F2 DEBGRZ_G5

dG5_F3 grazing of dummy food 3 by DEB

Grazer5

gC/m3/d -1.00 F3 DEBGRZ_G5

dG5_F4 grazing of dummy food 4 by DEB

Grazer5

gC/m3/d -1.00 F4 DEBGRZ_G5

dG5_F5 grazing of dummy food 5 by DEB

Grazer5

gC/m3/d -1.00 F5 DEBGRZ_G5

dG5_F6 grazing of dummy food 6 by DEB

Grazer5

gC/m3/d -1.00 F6 DEBGRZ_G5

dG5_F7 grazing of dummy food 7 by DEB

Grazer5

gC/m3/d -1.00 F7 DEBGRZ_G5

dG5_F8 grazing of dummy food 8 by DEB

Grazer5

gC/m3/d -1.00 F8 DEBGRZ_G5

drdg*IM1S1 dredging IM1S1 g/m3/d -1.00 IM1S1 Dredge

drdg*IM2S1 dredging IM2S1 g/m3/d -1.00 IM2S1 Dredge

drdg*IM3S1 dredging IM3S1 g/m3/d -1.00 IM3S1 Dredge

drdg*IM1S2 dredging IM1S2 g/m3/d -1.00 IM1S2 Dredge

drdg*IM2S2 dredging IM2S2 g/m3/d -1.00 IM2S2 Dredge

drdg*IM3S2 dredging IM3S2 g/m3/d -1.00 IM3S2 Dredge

dump*IM1 dumping IM1 g/m3/d 1.00 IM1 Dredge

dump*IM2 dumping IM2 g/m3/d 1.00 IM2 Dredge

dump*IM3 dumping IM3 g/m3/d 1.00 IM3 Dredge

dFlocIM1 ﬂocculation or break-up ﬂux IM1 g/m3/d 1.00 IM1 IM_Floceq

dFlocIM2 ﬂocculation or break-up ﬂux IM2 g/m3/d 1.00 IM2 IM_Floceq

dFlocIM3 ﬂocculation or break-up ﬂux IM3 g/m3/d 1.00 IM3 IM_Floceq

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102 of 256 Deltares

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6 Listing of the modelled velocities

Table 6.1: Listing of the modelled velocities

Velocity Description Unit Stoch. Sub. Process

VxSedIm1 sedimentation velocity IM1 m/s 1.00 IM1 VxSedIM1

VxSedIM2 sedimentation velocity IM2 m/s 1.00 IM2 VxSedIM2

VxSedIM3 sedimentation velocity IM3 m/s 1.00 IM3 VxSedIM3

VxSedDiat sedimentation velocity Diatoms m/s 1.00 Diat VxSedDiat

VxSedGreen sedimentation velocity Greens m/s 1.00 Green VxSedGreen

VxSedAlg01 sedimentation velocity algae type 01 m/s 1.00 BLOOMALG01 VxSedAlg01

VxSedAlg02 sedimentation velocity algae type 02 m/s 1.00 BLOOMALG02 VxSedAlg02

VxSedAlg03 sedimentation velocity algae type 03 m/s 1.00 BLOOMALG03 VxSedAlg03

VxSedAlg04 sedimentation velocity algae type 04 m/s 1.00 BLOOMALG04 VxSedAlg04

VxSedAlg05 sedimentation velocity algae type 05 m/s 1.00 BLOOMALG05 VxSedAlg05

VxSedAlg06 sedimentation velocity algae type 06 m/s 1.00 BLOOMALG06 VxSedAlg06

VxSedAlg07 sedimentation velocity algae type 07 m/s 1.00 BLOOMALG07 VxSedAlg07

VxSedAlg08 sedimentation velocity algae type 08 m/s 1.00 BLOOMALG08 VxSedAlg08

VxSedAlg09 sedimentation velocity algae type 09 m/s 1.00 BLOOMALG09 VxSedAlg09

VxSedAlg10 sedimentation velocity algae type 10 m/s 1.00 BLOOMALG10 VxSedAlg10

VxSedAlg11 sedimentation velocity algae type 11 m/s 1.00 BLOOMALG11 VxSedAlg11

VxSedAlg12 sedimentation velocity algae type 12 m/s 1.00 BLOOMALG12 VxSedAlg12

VxSedAlg13 sedimentation velocity algae type 13 m/s 1.00 BLOOMALG13 VxSedAlg13

VxSedAlg14 sedimentation velocity algae type 14 m/s 1.00 BLOOMALG14 VxSedAlg14

VxSedAlg15 sedimentation velocity algae type 15 m/s 1.00 BLOOMALG15 VxSedAlg15

VxSedAlg16 sedimentation velocity algae type 16 m/s 1.00 BLOOMALG16 VxSedAlg16

VxSedAlg17 sedimentation velocity algae type 17 m/s 1.00 BLOOMALG17 VxSedAlg17

VxSedAlg18 sedimentation velocity algae type 18 m/s 1.00 BLOOMALG18 VxSedAlg18

VxSedAlg19 sedimentation velocity algae type 19 m/s 1.00 BLOOMALG19 VxSedAlg19

VxSedAlg20 sedimentation velocity algae type 20 m/s 1.00 BLOOMALG20 VxSedAlg20

VxSedAlg21 sedimentation velocity algae type 21 m/s 1.00 BLOOMALG21 VxSedAlg21

VxSedAlg22 sedimentation velocity algae type 22 m/s 1.00 BLOOMALG22 VxSedAlg22

VxSedAlg23 sedimentation velocity algae type 23 m/s 1.00 BLOOMALG23 VxSedAlg23

VxSedAlg24 sedimentation velocity algae type 24 m/s 1.00 BLOOMALG24 VxSedAlg24

VxSedAlg25 sedimentation velocity algae type 25 m/s 1.00 BLOOMALG25 VxSedAlg25

VxSedAlg26 sedimentation velocity algae type 26 m/s 1.00 BLOOMALG26 VxSedAlg26

VxSedAlg27 sedimentation velocity algae type 27 m/s 1.00 BLOOMALG27 VxSedAlg27

VxSedAlg28 sedimentation velocity algae type 28 m/s 1.00 BLOOMALG28 VxSedAlg28

VxSedAlg29 sedimentation velocity algae type 29 m/s 1.00 BLOOMALG29 VxSedAlg29

VxSedAlg30 sedimentation velocity algae type 30 m/s 1.00 BLOOMALG30 VxSedAlg30

VxSedBOD5 sedimentation velocity CBOD5 m/s 1.00 CBOD5 VxSedBOD5

VxSedBOD52 sedimentation velocity CBOD5_2 m/s 1.00 CBOD5_2 VxSedBOD52

VxSedBOD53 sedimentation velocity CBOD5_3 m/s 1.00 CBOD5_3 VxSedBOD53

VxSedBODu sedimentation velocity CBODu m/s 1.00 CBODu VxSedBODu

VxSedBODu2 sedimentation velocity CBODu_2 m/s 1.00 CBODu_2 VxSedBODu2

VxSedCODCr sedimentation velocity COD_Cr m/s 1.00 COD_Cr VxSedCODCr

VxSedCODMn sedimentation velocity COD_Mn m/s 1.00 COD_Mn VxSedCODMn

VxSedNBOD5 sedimentation velocity NBOD5 m/s 1.00 NBOD5 VxSedNBOD5

VxSedNBODu sedimentation velocity NBODu m/s 1.00 NBODu VxSedNBODu

VxSedMPB1 sedimentation velocity MPB1peli m/s 1.00 MPB1peli VxSedMPB1

VxSedMPB2 sedimentation velocity MPB2psam m/s 1.00 MPB2psam VxSedMPB2

VxSedOpal sedimentation velocity Opal m/s 1.00 Opal VxSedOpal

VxSedPOC1 sedimentation velocity POC1 m/s 1.00 POC1 VxSedPOC1

VxSedPOC1 sedimentation velocity POC1 m/s 1.00 PON1 VxSedPOC1

VxSedPOC1 sedimentation velocity POC1 m/s 1.00 POP1 VxSedPOC1

VxSedPOC2 sedimentation velocity POC2 m/s 1.00 POC2 VxSedPOC2

VxSedPOC2 sedimentation velocity POC2 m/s 1.00 PON2 VxSedPOC2

VxSedPOC2 sedimentation velocity POC2 m/s 1.00 POP2 VxSedPOC2

VxSedPOC3 sedimentation velocity POC3 m/s 1.00 POC3 VxSedPOC3

VxSedPOC3 sedimentation velocity POC3 m/s 1.00 PON3 VxSedPOC3

VxSedPOC3 sedimentation velocity POC3 m/s 1.00 POP3 VxSedPOC3

VxSedPOC4 sedimentation velocity POC4 m/s 1.00 POC4 VxSedPOC4

VxSedPOC4 sedimentation velocity POC4 m/s 1.00 PON4 VxSedPOC4

VxSedPOC4 sedimentation velocity POC4 m/s 1.00 POP4 VxSedPOC4

VxSedVIVP sedimentation velocity VIVP m/s 1.00 VIVP VxSedVIVP

VxSedAPAT sedimentation velocity APATP m/s 1.00 APATP VxSedAPAT

VxSedFe3pa sedimentation velocity Fe3pa m/s 1.00 FeIIIpa VxSedFe3pa

VxSedFe3pc sedimentation velocity Fe3pc m/s 1.00 FeIIIpc VxSedFe3pc

VxSedFeS sedimentation velocity FeS m/s 1.00 FeS VxSedFeS

VxSedFeS2 sedimentation velocity FeS2 m/s 1.00 FeS2 VxSedFeS2

VxSedFeCO3 sedimentation velocity FeCO3 m/s 1.00 FeCO3 VxSedFeCO3

VxSedAAP sedimentation velocity AAP m/s 1.00 AAP VxSedAAP

VxResVol volume change velocity vector resuspension m/s 1.00 Bulkvolume VxResVol

continued on next page

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Table 6.1 – continued from previous page

Velocity Description Unit Stoch. Sub. Process

VxSedVol velocity vector for volume change sedim. m/s 1.00 Bulkvolume VxSedVol

VxBurVol velocity vector for volume change burial m/s 1.00 Bulkvolume VxBurVol

VxSepVol velocity vector for volume change seepage m/s 1.00 Bulkvolume VxSepVol

VxUpwIM1 total upward transport in sediment m/s 1.00 IM1 VxUpwIM1

VxDownIM1 total downward transport in sediment m/s 1.00 IM1 VxDownIM1

VxUpwOXY total upward transport in sediment m/s 1.00 OXY VxUpwOXY

VxDownOXY total downward transport in sediment m/s 1.00 OXY VxDownOXY

VxUpwBaP total upward transport in sediment m/s 1.00 BaP VxUpwBaP

VxDownBaP total downward transport in sediment m/s 1.00 BaP VxDownBaP

VxUpwPOC1 total upward transport in sediment m/s 1.00 POC1 VxUpwPOC1

VxDownPOC1 total downward transport in sediment m/s 1.00 POC1 VxDownPOC1

VxUpwPOC2 total upward transport in sediment m/s 1.00 POC2 VxUpwPOC2

VxDownPOC2 total downward transport in sediment m/s 1.00 POC2 VxDownPOC2

VxUpwPOC3 total upward transport in sediment m/s 1.00 POC3 VxUpwPOC3

VxDownPOC3 total downward transport in sediment m/s 1.00 POC3 VxDownPOC3

VxUpwPON1 total upward transport in sediment m/s 1.00 PON1 VxUpwPON1

VxDownPON1 total downward transport in sediment m/s 1.00 PON1 VxDownPON1

VxUpwPON2 total upward transport in sediment m/s 1.00 PON2 VxUpwPON2

VxDownPON2 total downward transport in sediment m/s 1.00 PON2 VxDownPON2

VxUpwPON3 total upward transport in sediment m/s 1.00 PON3 VxUpwPON3

VxDownPON3 total downward transport in sediment m/s 1.00 PON3 VxDownPON3

VxUpwPOP1 total upward transport in sediment m/s 1.00 POP1 VxUpwPOP1

VxDownPOP1 total downward transport in sediment m/s 1.00 POP1 VxDownPOP1

VxUpwPOP2 total upward transport in sediment m/s 1.00 POP2 VxUpwPOP2

VxDownPOP2 total downward transport in sediment m/s 1.00 POP2 VxDownPOP2

VxUpwPOP3 total upward transport in sediment m/s 1.00 POP3 VxUpwPOP3

VxDownPOP3 total downward transport in sediment m/s 1.00 POP3 VxDownPOP3

VxUpwPOC4 total upward transport in sediment m/s 1.00 POC4 VxUpwPOC4

VxDownPOC4 total downward transport in sediment m/s 1.00 POC4 VxDownPOC4

VxUpwPON4 total upward transport in sediment m/s 1.00 PON4 VxUpwPON4

VxDownPON4 total downward transport in sediment m/s 1.00 PON4 VxDownPON4

VxUpwPOP4 total upward transport in sediment m/s 1.00 POP4 VxUpwPOP4

VxDownPOP4 total downward transport in sediment m/s 1.00 POP4 VxDownPOP4

VxUpwPOS1 total upward transport in sediment m/s 1.00 POS1 VxUpwPOS1

VxDownPOS1 total downward transport in sediment m/s 1.00 POS1 VxDownPOS1

VxUpwPOS2 total upward transport in sediment m/s 1.00 POS2 VxUpwPOS2

VxDownPOS2 total downward transport in sediment m/s 1.00 POS2 VxDownPOS2

VxUpwPOS3 total upward transport in sediment m/s 1.00 POS3 VxUpwPOS3

VxDownPOS3 total downward transport in sediment m/s 1.00 POS3 VxDownPOS3

VxUpwPOS4 total upward transport in sediment m/s 1.00 POS4 VxUpwPOS4

VxDownPOS4 total downward transport in sediment m/s 1.00 POS4 VxDownPOS4

VxUpwDOC total upward transport in sediment m/s 1.00 DOC VxUpwDOC

VxDownDOC total downward transport in sediment m/s 1.00 DOC VxDownDOC

VxUpwDON total upward transport in sediment m/s 1.00 DON VxUpwDON

VxDownDON total downward transport in sediment m/s 1.00 DON VxDownDON

VxUpwDOP total upward transport in sediment m/s 1.00 DOP VxUpwDOP

VxDownDOP total downward transport in sediment m/s 1.00 DOP VxDownDOP

VxUpwDOS total upward transport in sediment m/s 1.00 DOS VxUpwDOS

VxDownDOS total downward transport in sediment m/s 1.00 DOS VxDownDOS

VxUpwNH4 total upward transport in sediment m/s 1.00 NH4 VxUpwNH4

VxDownNH4 total downward transport in sediment m/s 1.00 NH4 VxDownNH4

VxUpwPO4 total upward transport in sediment m/s 1.00 PO4 VxUpwPO4

VxDownPO4 total downward transport in sediment m/s 1.00 PO4 VxDownPO4

VxUpwNO3 total upward transport in sediment m/s 1.00 NO3 VxUpwNO3

VxDownNO3 total downward transport in sediment m/s 1.00 NO3 VxDownNO3

VxUpwSO4 total upward transport in sediment m/s 1.00 SO4 VxUpwSO4

VxDownSO4 total downward transport in sediment m/s 1.00 SO4 VxDownSO4

VxUpwCH4 total upward transport in sediment m/s 1.00 CH4 VxUpwCH4

VxDownCH4 total downward transport in sediment m/s 1.00 CH4 VxDownCH4

VxUpwSUD total upward transport in sediment m/s 1.00 SUD VxUpwSUD

VxDownSUD total downward transport in sediment m/s 1.00 SUD VxDownSUD

VxUpwSUP total upward transport in sediment m/s 1.00 SUP VxUpwSUP

VxDownSUP total downward transport in sediment m/s 1.00 SUP VxDownSUP

VxUpwIM2 total upward transport in sediment m/s 1.00 IM2 VxUpwIM2

VxDownIM2 total downward transport in sediment m/s 1.00 IM2 VxDownIM2

VxUpwIM3 total upward transport in sediment m/s 1.00 IM3 VxUpwIM3

VxDownIM3 total downward transport in sediment m/s 1.00 IM3 VxDownIM3

VxUpwCl total upward transport in sediment m/s 1.00 Cl VxUpwCl

VxDownCl total downward transport in sediment m/s 1.00 Cl VxDownCl

VxUpwSal total upward transport in sediment m/s 1.00 Salinity VxUpwSal

VxDownSal total downward transport in sediment m/s 1.00 Salinity VxDownSal

continued on next page

104 of 256 Deltares

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Listing of the modelled velocities

Table 6.1 – continued from previous page

Velocity Description Unit Stoch. Sub. Process

VxUpwAAP total upward transport in sediment m/s 1.00 AAP VxUpwAAP

VxDownAAP total downward transport in sediment m/s 1.00 AAP VxDownAAP

VxUpwSi total upward transport in sediment m/s 1.00 Si VxUpwSi

VxDownSi total downward transport in sediment m/s 1.00 Si VxDownSi

VxUpwVIVP total upward transport in sediment m/s 1.00 VIVP VxUpwVIVP

VxDownVIVP total downward transport in sediment m/s 1.00 VIVP VxDownVIVP

VxUpwAPATP total upward transport in sediment APATP m/s 1.00 APATP VxUpwAPATP

VxDownAPAT total downward transport in sediment APATP m/s 1.00 APATP VxDownAPAT

VxUpwFe3pa total upward transport in sediment m/s 1.00 FeIIIpa VxUpwFe3pa

VxDwnFe3pa total downward transport in sediment m/s 1.00 FeIIIpa VxDwnFe3pa

VxUpwFe3pc total upward transport in sediment m/s 1.00 FeIIIpc VxUpwFe3pc

VxDwnFe3pc total downward transport in sediment m/s 1.00 FeIIIpc VxDwnFe3pc

VxUpwFe3d total upward transport in sediment m/s 1.00 FeIIId VxUpwFe3d

VxDwnFe3d total downward transport in sediment m/s 1.00 FeIIId VxDwnFe3d

VxUpwFe2d total upward transport in sediment m/s 1.00 FeIId VxUpwFe2d

VxDwnFe2d total downward transport in sediment m/s 1.00 FeIId VxDwnFe2d

VxUpwFeS total upward transport in sediment m/s 1.00 FeS VxUpwFeS

VxDwnFeS total downward transport in sediment m/s 1.00 FeS VxDwnFeS

VxUpwFeS2 total upward transport in sediment m/s 1.00 FeS2 VxUpwFeS2

VxDwnFeS2 total downward transport in sediment m/s 1.00 FeS2 VxDwnFeS2

VxUpwFeCO3 total upward transport in sediment m/s 1.00 FeCO3 VxUpwFeCO3

VxDwnFeCO3 total downward transport in sediment m/s 1.00 FeCO3 VxDwnFeCO3

VxUpwOpal total upward transport in sediment m/s 1.00 Opal VxUpwOpal

VxDownOpal total downward transport in sediment m/s 1.00 Opal VxDownOpal

VxUpwTIC total upward transport in sediment m/s 1.00 TIC VxUpwTIC

VxDownTIC total downward transport in sediment m/s 1.00 TIC VxDownTIC

VxUpwAlka total upward transport in sediment m/s 1.00 Alka VxUpwAlka

VxDownAlka total downward transport in sediment m/s 1.00 ALka VxDownAlka

VxUpwMPB1 total upward transport in sediment m/s 1.00 MPB1peli VxUpwMPB1

VxDownMPB1 total downward transport in sediment m/s 1.00 MPB1peli VxDownMPB1

VxUpwMPB2 total upward transport in sediment m/s 1.00 MPB2psam VxUpwMPB2

VxDownMPB2 total downward transport in sediment m/s 1.00 MPB2psam VxDownMPB2

VxUpwAlg01 total upward transport in sediment m/s 1.00 BLOOMAlg01 VxUpwAlg01

VxDwnAlg01 total downward transport in sediment m/s 1.00 BLOOMAlg01 VxDwnAlg01

VxUpwAlg02 total upward transport in sediment m/s 1.00 BLOOMAlg02 VxUpwAlg02

VxDwnAlg02 total downward transport in sediment m/s 1.00 BLOOMAlg02 VxDwnAlg02

VxUpwAlg03 total upward transport in sediment m/s 1.00 BLOOMAlg03 VxUpwAlg03

VxDwnAlg03 total downward transport in sediment m/s 1.00 BLOOMAlg03 VxDwnAlg03

VxUpwAlg04 total upward transport in sediment m/s 1.00 BLOOMAlg04 VxUpwAlg04

VxDwnAlg04 total downward transport in sediment m/s 1.00 BLOOMAlg04 VxDwnAlg04

VxUpwAlg05 total upward transport in sediment m/s 1.00 BLOOMAlg05 VxUpwAlg05

VxDwnAlg05 total downward transport in sediment m/s 1.00 BLOOMAlg05 VxDwnAlg05

VxUpwAlg06 total upward transport in sediment m/s 1.00 BLOOMAlg06 VxUpwAlg06

VxDwnAlg06 total downward transport in sediment m/s 1.00 BLOOMAlg06 VxDwnAlg06

VxUpwAlg07 total upward transport in sediment m/s 1.00 BLOOMAlg07 VxUpwAlg07

VxDwnAlg07 total downward transport in sediment m/s 1.00 BLOOMAlg07 VxDwnAlg07

VxUpwAlg08 total upward transport in sediment m/s 1.00 BLOOMAlg08 VxUpwAlg08

VxDwnAlg08 total downward transport in sediment m/s 1.00 BLOOMAlg08 VxDwnAlg08

VxUpwAlg09 total upward transport in sediment m/s 1.00 BLOOMAlg09 VxUpwAlg09

VxDwnAlg09 total downward transport in sediment m/s 1.00 BLOOMAlg09 VxDwnAlg09

VxUpwAlg10 total upward transport in sediment m/s 1.00 BLOOMAlg10 VxUpwAlg10

VxDwnAlg10 total downward transport in sediment m/s 1.00 BLOOMAlg10 VxDwnAlg10

VxUpwAlg11 total upward transport in sediment m/s 1.00 BLOOMAlg11 VxUpwAlg11

VxDwnAlg11 total downward transport in sediment m/s 1.00 BLOOMAlg11 VxDwnAlg11

VxUpwAlg12 total upward transport in sediment m/s 1.00 BLOOMAlg12 VxUpwAlg12

VxDwnAlg12 total downward transport in sediment m/s 1.00 BLOOMAlg12 VxDwnAlg12

VxUpwAlg13 total upward transport in sediment m/s 1.00 BLOOMAlg13 VxUpwAlg13

VxDwnAlg13 total downward transport in sediment m/s 1.00 BLOOMAlg13 VxDwnAlg13

VxUpwAlg14 total upward transport in sediment m/s 1.00 BLOOMAlg14 VxUpwAlg14

VxDwnAlg14 total downward transport in sediment m/s 1.00 BLOOMAlg14 VxDwnAlg14

VxUpwAlg15 total upward transport in sediment m/s 1.00 BLOOMAlg15 VxUpwAlg15

VxDwnAlg15 total downward transport in sediment m/s 1.00 BLOOMAlg15 VxDwnAlg15

VxUpwAlg16 total upward transport in sediment m/s 1.00 BLOOMAlg16 VxUpwAlg16

VxDwnAlg16 total downward transport in sediment m/s 1.00 BLOOMAlg16 VxDwnAlg16

VxUpwAlg17 total upward transport in sediment m/s 1.00 BLOOMAlg17 VxUpwAlg17

VxDwnAlg17 total downward transport in sediment m/s 1.00 BLOOMAlg17 VxDwnAlg17

VxUpwAlg18 total upward transport in sediment m/s 1.00 BLOOMAlg18 VxUpwAlg18

VxDwnAlg18 total downward transport in sediment m/s 1.00 BLOOMAlg18 VxDwnAlg18

VxUpwAlg19 total upward transport in sediment m/s 1.00 BLOOMAlg19 VxUpwAlg19

VxDwnAlg19 total downward transport in sediment m/s 1.00 BLOOMAlg19 VxDwnAlg19

VxUpwAlg20 total upward transport in sediment m/s 1.00 BLOOMAlg20 VxUpwAlg20

continued on next page

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Table 6.1 – continued from previous page

Velocity Description Unit Stoch. Sub. Process

VxDwnAlg20 total downward transport in sediment m/s 1.00 BLOOMAlg20 VxDwnAlg20

VxUpwAlg21 total upward transport in sediment m/s 1.00 BLOOMAlg21 VxUpwAlg21

VxDwnAlg21 total downward transport in sediment m/s 1.00 BLOOMAlg21 VxDwnAlg21

VxUpwAlg22 total upward transport in sediment m/s 1.00 BLOOMAlg22 VxUpwAlg22

VxDwnAlg22 total downward transport in sediment m/s 1.00 BLOOMAlg22 VxDwnAlg22

VxUpwAlg23 total upward transport in sediment m/s 1.00 BLOOMAlg23 VxUpwAlg23

VxDwnAlg23 total downward transport in sediment m/s 1.00 BLOOMAlg23 VxDwnAlg23

VxUpwAlg24 total upward transport in sediment m/s 1.00 BLOOMAlg24 VxUpwAlg24

VxDwnAlg24 total downward transport in sediment m/s 1.00 BLOOMAlg24 VxDwnAlg24

VxUpwAlg25 total upward transport in sediment m/s 1.00 BLOOMAlg25 VxUpwAlg25

VxDwnAlg25 total downward transport in sediment m/s 1.00 BLOOMAlg25 VxDwnAlg25

VxUpwAlg26 total upward transport in sediment m/s 1.00 BLOOMAlg26 VxUpwAlg26

VxDwnAlg26 total downward transport in sediment m/s 1.00 BLOOMAlg26 VxDwnAlg26

VxUpwAlg27 total upward transport in sediment m/s 1.00 BLOOMAlg27 VxUpwAlg27

VxDwnAlg27 total downward transport in sediment m/s 1.00 BLOOMAlg27 VxDwnAlg27

VxUpwAlg28 total upward transport in sediment m/s 1.00 BLOOMAlg28 VxUpwAlg28

VxDwnAlg28 total downward transport in sediment m/s 1.00 BLOOMAlg28 VxDwnAlg28

VxUpwAlg29 total upward transport in sediment m/s 1.00 BLOOMAlg29 VxUpwAlg29

VxDwnAlg29 total downward transport in sediment m/s 1.00 BLOOMAlg29 VxDwnAlg29

VxUpwAlg30 total upward transport in sediment m/s 1.00 BLOOMAlg30 VxUpwAlg30

VxDwnAlg30 total downward transport in sediment m/s 1.00 BLOOMAlg30 VxDwnAlg30

VxGrzPOC1 ﬂux to GEM bot.org. from grazing as velocity m/s 1.00 POC1 VxGrzPOC1

VxGrzPON1 ﬂux to GEM bot.org. from grazing as velocity m/s 1.00 PON1 VxGrzPON1

VxGrzPOP1 ﬂux to GEM bot.org. from grazing as velocity m/s 1.00 POP1 VxGrzPOP1

VxGrzPOSi1 ﬂux to GEM bot.org. from grazing as velocity m/s 1.00 Opal VxGrzPOSi1

VxSedCd sedimentation velocity Cd m/s 1.00 Cd VxSedCd

VxSedCd sedimentation velocity Cd m/s 1.00 Cd-par VxSedCd

VxSedCu sedimentation velocity Cu m/s 1.00 Cu VxSedCu

VxSedCu sedimentation velocity Cu m/s 1.00 Cu-par VxSedCu

VxSedZn sedimentation velocity Zn m/s 1.00 Zn VxSedZn

VxSedZn sedimentation velocity Zn m/s 1.00 Zn-par VxSedZn

VxSedHg sedimentation velocity Hg m/s 1.00 Hg VxSedHg

VxSedHg sedimentation velocity Hg m/s 1.00 Hg-par VxSedHg

VxSedNi sedimentation velocity Ni m/s 1.00 Ni VxSedNi

VxSedNi sedimentation velocity Ni m/s 1.00 Ni-par VxSedNi

VxSedPb sedimentation velocity Pb m/s 1.00 Pb VxSedPb

VxSedPb sedimentation velocity Pb m/s 1.00 Pb-par VxSedPb

VxSedCr sedimentation velocity Cr m/s 1.00 Cr VxSedCr

VxSedCr sedimentation velocity Cr m/s 1.00 Cr-par VxSedCr

VxSedAs sedimentation velocity As m/s 1.00 As VxSedAs

VxSedAs sedimentation velocity As m/s 1.00 As-par VxSedAs

VxSedVa sedimentation velocity Va m/s 1.00 Va VxSedVa

VxSedVa sedimentation velocity Va m/s 1.00 Va-par VxSedVa

VxSed153 sedimentation velocity 153 m/s 1.00 153 VxSed153

VxSed153 sedimentation velocity 153 m/s 1.00 153-par VxSed153

VxSedHCB sedimentation velocity HCB m/s 1.00 HCB VxSedHCB

VxSedHCB sedimentation velocity HCB m/s 1.00 HCB-par VxSedHCB

VxSedHCH sedimentation velocity HCH m/s 1.00 HCH VxSedHCH

VxSedHCH sedimentation velocity HCH m/s 1.00 HCH-par VxSedHCH

VxSedFlu sedimentation velocity Flu m/s 1.00 Flu VxSedFlu

VxSedFlu sedimentation velocity Flu m/s 1.00 Flu-par VxSedFlu

VxSedBap sedimentation velocity BaP m/s 1.00 Bap VxSedBap

VxSedBap sedimentation velocity BaP m/s 1.00 Bap-par VxSedBap

VxSedAtr sedimentation velocity Atrazine m/s 1.00 Atr VxSedAtr

VxSedAtr sedimentation velocity Atrazine m/s 1.00 Atr-par VxSedAtr

VxSedMef sedimentation velocity Mef m/s 1.00 Mef VxSedMef

VxSedMef sedimentation velocity Mef m/s 1.00 Mef-par VxSedMef

VxSedDiu sedimentation velocity Diu m/s 1.00 Diu VxSedDiu

VxSedDiu sedimentation velocity Diu m/s 1.00 Diu-par VxSedDiu

VxSedOMP sedimentation velocity OMP m/s 1.00 OMP VxSedOMP

VxSedOMP sedimentation velocity OMP m/s 1.00 OMP-par VxSedOMP

VxUpwOMP total upward transport in sediment m/s 1.00 OMP VxUpwOMP

VxDownOMP total downward transport in sediment m/s 1.00 OMP VxDownOMP

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7 Listing of the modelled dispersions

Table 7.1: Listing of the modelled dispersions

Dispersion Description Unit Stoch. Sub. Process

VertDisp vertical dispersion m2/s 1.00 ALLACTIVE VertDisp

HorzDisp variable horizontal dispersion m2/s 1.00 ALLACTIVE HorzDisp

HorzDispV variable horizontal dispersion m2/s 1.00 ALLACTIVE HorzDispV

HorzDispA variable horizontal dispersion m2/s 1.00 ALLACTIVE HorzDispA

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108 of 256 Deltares

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8 Segment related process input from other processes

Table 8.1: Segment related process input from other processes

Process Description Unit Process

ModTemp Water Temperature ◦C HeatBal

CBODu carbonaceous BOD ﬁrst pool ultimate gO2/m3DBOD_TEWOR

CBODu_2 carbonaceous BOD second pool ultimate gO2/m3DBOD_TEWOR

Salinity Salinity g/kg VarSal

Salinity Salinity g/kg Salinchlor

Cl Chloride g/m3Salinchlor

Surf horizontal surface area of a DELWAQ segment m2DynSurf

Depth depth of segment m DynDepth

TotalDepth total depth water column m TotDepth

LocalDepth depth from water surface to bottom of segment m TotDepth

LocSedDept Sediment layer depth to bottom of segment m TotDepth

SwEmersion switch indicating submersion0 or emersion1 - Emersion

RadSW Short wave radiation reaching water W/m2Meteo

VWind wind speed m/s Meteo

RelHumAir Relative air humidity % Meteo

TempAir Air temperature ◦C Meteo

PAtm Air pressure mbar Meteo

SunFac Percentage sunshine % Meteo

RhoWater density of water kg/m3HeatBal

RhoWater density of water kg/m3Salinchlor

RadSurf irradiation at the water surface W/m2Coverage

DayRadSurf actual irradiance over the day W/m2DAYRAD

DelTrad temperature increase due to radiation ◦C Temperatur

Temp ambient water temperature ◦C Temperatur

WSNoseg1 workspace array no. 1 - Veloc

WSNoseg2 workspace array no. 2 - Veloc

WSNoseg3 workspace array no. 3 - Veloc

WSNoseg4 workspace array no. 4 - Veloc

Velocity horizontal ﬂow velocity m/s Veloc

WSNoseg5 workspace array no. 5 - ResTim

CHEZY Chezy coefﬁcient m0.5/s Chezy

FETCH fetch length for wind m WFetch

InitDepth depth where wave is created <-1: actual depth>m WDepth

WaveHeight calculated height of a wind induced wave m Wave

WaveLength calculated length of a wind induced wave m Wave

WavePeriod calculated period of a wind induced wave s Wave

Tau total bottom shear stress N/m2CalTau

pH pH - pH_carb

pH pH - pH_simp

Poros volumetric porosity - DMVolume

CO2 CO2 g/m3pH_simp

DisCO2 concentration of dissolved carbon dioxide g/m3pH_carb

DisCO2 concentration of dissolved carbon dioxide g/m3SpecCarb

DisH2CO3 concentration of dissolved true H2CO3 gC/m3SpecCarb

DisHCO3 concentration of dissolved HCO3- gC/m3pH_carb

DisHCO3 concentration of dissolved HCO3- gC/m3SpecCarb

FrCO3dis fraction dissolved free carbonate - SpecCarb

ExtVlPhyt VL extinction by phytoplankton 1/m EXTINABVLP

ExtVlPhyt VL extinction by phytoplankton 1/m EXTINABVL

ExtVlPhyt VL extinction by phytoplankton 1/m ExtPhDVL

ExtUvPhyt UV extinction by phytoplankton 1/m EXTINABUVP

ExtUvPhyt UV extinction by phytoplankton 1/m EXTINABUV

ExtUvPhyt UV extinction by phytoplankton 1/m ExtPhDUV

ExtVlMacro VL extinction by macrophytes 1/m ExtMacroVl

ExtVl total extinction coefﬁcient visible light 1/m Extinc_VLG

ExtUvMacro UV extinction by macrophytes 1/m ExtMacroUV

ExtUv total extinction coefﬁcient UV light 1/m Extinc_UVG

RadBot irradiation at the segment lower-boundary W/m2CalcRad

Rad irradiation at the segment upper-boundary W/m2CalcRad

RadBotDay actual irradiation at the lower-boundary W/m2CalcRadDay

RadBot_uv UV-irradiation at the segment lower-boundary W/m2CalcRadUV

Rad_uv UV-irradiation at the segment upper-boundary W/m2CalcRadUV

DayL daylength <0-1>d Daylength

BloomDepth average depth over Bloom time step m DepAve

SwVTRANS switch effect of vertical mixing on light - vtrans

fPPtot total net primary production gC/(m2d) BLOOM_P

fPPtot total net primary production gC/(m2d) BLOOM

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Table 8.1 – continued from previous page

Process Description Unit Process

fResptot total respiration ﬂux gC/(m2d) BLOOM_P

fResptot total respiration ﬂux gC/(m2d) BLOOM

Phyt total carbon in phytoplankton gC/m3Phy_Blo_P

Phyt total carbon in phytoplankton gC/m3Phy_Blo

Phyt total carbon in phytoplankton gC/m3Phy_dyn

AlgN total nitrogen in algae gN/m3Phy_Blo_P

AlgN total nitrogen in algae gN/m3Phy_Blo

AlgN total nitrogen in algae gN/m3Phy_dyn

AlgP total phosphorus in algae gP/m3Phy_Blo_P

AlgP total phosphorus in algae gP/m3Phy_Blo

AlgP total phosphorus in algae gP/m3Phy_dyn

AlgSi total silica in algae gSi/m3Phy_Blo_P

AlgSi total silica in algae gSi/m3Phy_Blo

AlgSi total silica in algae gSi/m3Phy_dyn

AlgDM total DM in algae gDM/m3Phy_Blo_P

AlgDM total DM in algae gDM/m3Phy_Blo

AlgDM total DM in algae gDM/m3Phy_dyn

Chlfa Chlorophyll-a concentration mg/m3Phy_Blo_P

Chlfa Chlorophyll-a concentration mg/m3Phy_Blo

Chlfa Chlorophyll-a concentration mg/m3Phy_dyn

POCnoa total POC no algae gC/m3MakOOC

POCnoa total POC no algae gC/m3Compos

DMS1 total amount of dry matter in layer S1 gDM/m2S1_Comp

POCS1 total POC in layer S1 gC/m2MakOOCS1

POCS1 total POC in layer S1 gC/m2S1_Comp

PHYTS1 total carbon in phytoplankton in layer S1 gC/m2S1_Comp

RHOS1 overall bulk density layer S1 g/m3S1_Comp

ActThS1 actual thickness layer S1 m S1_Comp

FrIM1S1 fraction IM1 in layer S1 gDM/gDM S1_Comp

FrIM2S1 fraction IM2 in layer S1 gDM/gDM S1_Comp

FrIM3S1 fraction IM3 in layer S1 gDM/gDM S1_Comp

FrDetCS1 fraction DetC in layer S1 gC/gDM S1_Comp

FrOOCS1 fraction OOC in layer S1 gC/gDM S1_Comp

FrDiatS1 fraction Diatoms in layer S1 gC/gDM S1_Comp

FrMPB1S1 fraction MPB1 in layer S1 gC/gDM S1_Comp

FrMPB2S1 fraction MPB2 in layer S1 gC/gDM S1_Comp

DMS2 total amount of dry matter in layer S2 gDM/m2S2_Comp

POCS2 total POC in layer S2 gC/m2MakOOCS2

POCS2 total POC in layer S2 gC/m2S2_Comp

PHYTS2 total carbon in phytoplankton in layer S2 gC/m2S2_Comp

RHOS2 overall bulk density layer S2 g/m3S2_Comp

ActThS2 actual thickness layer S2 m S2_Comp

FrIM1S2 fraction IM1 in layer S2 gDM/gDM S2_Comp

FrIM2S2 fraction IM2 in layer S2 gDM/gDM S2_Comp

FrIM3S2 fraction IM3 in layer S2 gDM/gDM S2_Comp

FrDetCS2 fraction DetC in layer S2 gC/gDM S2_Comp

FrOOCS2 fraction OOC in layer S2 gC/gDM S2_Comp

FrDiatS2 fraction Diatoms in layer S2 gC/gDM S2_Comp

FrMPB1S2 fraction MPB1 in layer S2 gC/gDM S2_Comp

FrMPB2S2 fraction MPB2 in layer S2 gC/gDM S2_Comp

C-NPOC1 C:N ratio fast decaying detritus gC/gN Compos

C-NPOC2 C:N ratio medium decaying detritus gC/gN Compos

C-NPOC3 C:N ratio slow detritus gC/gN Compos

C-NPOC4 C:N ratio refractory detritus gC/gN Compos

C-PPOC1 C:P ratio fast decaying detritus gC/gP Compos

C-PPOC2 C:P ratio medium decaying detritus gC/gP Compos

C-PPOC3 C:P ratio slow detritus gC/gP Compos

C-PPOC4 C:P ratio refractory detritus gC/gP Compos

TPM total particulate matter including algae gdw/m3Compos

SS suspended solids g/m3Compos

TIM total inorganic matter gDM/m3Compos

POM particulate org. matter incl algae gdw/m3Compos

ActTh actual thickness total sediment layer m DMVolume

SaturCO2 saturation concentration gCO2/m3SaturCO2

fcover fraction of water surface covered <0-1>- Coverage

FPIM1 fraction of P adsorbed on IM1 - AdsPO4AAP

FPIM2 fraction of P adsorbed on IM2 - AdsPO4AAP

FPIM3 fraction of P adsorbed on IM3 - AdsPO4AAP

QPIM1 quality IM1 for P gP/gDM AdsPO4AAP

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Table 8.1 – continued from previous page

Process Description Unit Process

QPIM2 quality IM2 for P gP/gDM AdsPO4AAP

QPIM3 quality IM3 for P gP/gDM AdsPO4AAP

SaturOXY saturation concentration gO2/m3SaturOXY

f_minPOC1 mineralization ﬂux POC1 gC/m3/d DecFast

f_minPOC2 mineralization ﬂux POC2 gC/m3/d DecMedium

f_minPOC3 mineralization ﬂux POC3 gC/m3/d DecSlow

f_minPOC4 mineralization ﬂux POC4 gC/m3/d DecRefr

f_minPOC5 mineralization ﬂux POC5 submerged gC/m3/d DecPOC5

f_minDOC mineralization ﬂux DOC gC/m3/d DecDOC

TFGroGreen temperature function growth Greens <0-1>- TF_Green

TFMrtGreen temperature function mortality Greens <0-1>- TF_Green

TFGroDiat temperature function growth Diatoms <0-1>- TF_Diat

TFMrtDiat temperature function mortality Diatoms <0-1>- TF_Diat

LimDLGreen daylength limitation function for Greens <0-1>- DL_Green

LimDLdiat daylength limitation function for Diatoms <0-1>- DL_Diat

LimDLdiaS1 daylength limit. funct. for Diatoms layer S1 <0-1>- DL_DiatS1

LimNutGree nutrient limitation function Greens <0-1>- NLGreen

LimNutDiat nutrient limitation function Diatoms <0-1>- NLDiat

LimRadGree radiation limitation function Greens <0-1>- Rad_Green

LimRadDiat radiation limitation function Diatoms <0-1>- Rad_Diat

LimRadDiS1 radiation limit. funct. Diatoms in layer S1 <0-1>- Rad_DiatS1

RcGroGreen primary production rate minus respiration Greens 1/d GroMrt_Gre

RcRespGree respiration rate Greens 1/d GroMrt_Gre

fPPGreen net primary production of Greens gC/(m2d) GroMrt_Gre

fMrtGreen mortality ﬂux Greens gC/(m2d) GroMrt_Gre

RcGroDiat primary production rate minus respirationDiatoms 1/d GroMrt_Dia

RcRespDiat respiration rate Diatoms 1/d GroMrt_Dia

fPPDiat net primary production of Diatoms gC/(m2d) GroMrt_Dia

fMrtDiat mortality ﬂux Diatoms gC/(m2d) GroMrt_Dia

fMrtDiatS1 mortality ﬂux Diatoms in layer S1 gC/(m2d) GroMrt_DS1

fcPPGreeN numerical maximum ﬂux Greens gN/m3/d PPrLim

fcPPDiat numerical maximum ﬂux Diatoms gN/m3/d PPrLim

SaturCH4 saturation concentration of methane gC/m3SaturCH4

DisHSWK HS- in water column (mol l) SPECSUD

DisSWK S– in water column (mol l) SPECSUD

FrH2Sdis fraction of dissolved hydrogen sulphide - SPECSUD

FrS2dis fraction dissolved free sulphide - SPECSUD

FrFe3dis fraction dissolved free ironIII - SPECIRON

FrFe2dis fraction dissolved free ironII - SPECIRON

FrFe2OHd fraction of dissolved FeOH+ - SPECIRON

FrFe2OH2d fraction of dissolved FeOH2 - SPECIRON

VSedIM1 sedimentation velocity IM1 m/d CalVS_IM1

VSedIM2 sedimentation velocity IM2 m/d CalVS_IM2

VSedIM3 sedimentation velocity IM3 m/d CalVS_IM3

VSedDiat sedimentation velocity Diatoms m/d CalVS_Diat

VSedGreen sedimentation velocity Greens m/d CalVS_Gree

VsedAlg sedimentation velocity algae m/d CalVSALG

VSedAlg01 sedimentation velocity algae type 01 m/d CalVSALG01

VSedAlg02 sedimentation velocity algae type 02 m/d CalVSALG02

VSedAlg03 sedimentation velocity algae type 03 m/d CalVSALG03

VSedAlg04 sedimentation velocity algae type 04 m/d CalVSALG04

VSedAlg05 sedimentation velocity algae type 05 m/d CalVSALG05

VSedAlg06 sedimentation velocity algae type 06 m/d CalVSALG06

VSedAlg07 sedimentation velocity algae type 07 m/d CalVSALG07

VSedAlg08 sedimentation velocity algae type 08 m/d CalVSALG08

VSedAlg09 sedimentation velocity algae type 09 m/d CalVSALG09

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Table 8.1 – continued from previous page

Process Description Unit Process

VSedAlg09 sedimentation velocity algae type 09 m/d CalVSALG09

VSedAlg10 sedimentation velocity algae type 10 m/d CalVSALG10

VSedAlg11 sedimentation velocity algae type 11 m/d CalVSALG11

VSedAlg12 sedimentation velocity algae type 12 m/d CalVSALG12

VSedAlg13 sedimentation velocity algae type 13 m/d CalVSALG13

VSedAlg14 sedimentation velocity algae type 14 m/d CalVSALG14

VSedAlg15 sedimentation velocity algae type 15 m/d CalVSALG15

VSedAlg16 sedimentation velocity algae type 16 m/d CalVSALG16

VSedAlg17 sedimentation velocity algae type 17 m/d CalVSALG17

VSedAlg18 sedimentation velocity algae type 18 m/d CalVSALG18

VSedAlg19 sedimentation velocity algae type 19 m/d CalVSALG19

VSedAlg20 sedimentation velocity algae type 20 m/d CalVSALG20

VSedAlg21 sedimentation velocity algae type 21 m/d CalVSALG21

VSedAlg22 sedimentation velocity algae type 22 m/d CalVSALG22

VSedAlg23 sedimentation velocity algae type 23 m/d CalVSALG23

VSedAlg24 sedimentation velocity algae type 24 m/d CalVSALG24

VSedAlg25 sedimentation velocity algae type 25 m/d CalVSALG25

VSedAlg26 sedimentation velocity algae type 26 m/d CalVSALG26

VSedAlg27 sedimentation velocity algae type 27 m/d CalVSALG27

VSedAlg28 sedimentation velocity algae type 28 m/d CalVSALG28

VSedAlg29 sedimentation velocity algae type 29 m/d CalVSALG29

VSedAlg30 sedimentation velocity algae type 30 m/d CalVSALG30

fSedIM1 sedimentation ﬂux IM1 towards S1 g/(m2d) Sed_IM1

fSedIM2 sedimentation ﬂux IM2 towards S1 g/(m2d) Sed_IM2

fSedIM3 sedimentation ﬂux IM3 towards S1 g/(m2d) Sed_IM3

fSedDiat sedimentation ﬂux Diatoms gC/(m2d) SedDiat

fSedGreen sedimentation ﬂux Greens gC/(m2d) Sed_Gre

fSedAlg sedimentation ﬂux algae gC/(m2d) SEDALG

fSedAlg01 sedimentation ﬂux algae type 01 gC/(m2d) SEDALG01

fSedAlg02 sedimentation ﬂux algae type 02 gC/(m2d) SEDALG02

fSedAlg03 sedimentation ﬂux algae type 03 gC/(m2d) SEDALG03

fSedAlg04 sedimentation ﬂux algae type 04 gC/(m2d) SEDALG04

fSedAlg05 sedimentation ﬂux algae type 05 gC/(m2d) SEDALG05

fSedAlg06 sedimentation ﬂux algae type 06 gC/(m2d) SEDALG06

fSedAlg07 sedimentation ﬂux algae type 07 gC/(m2d) SEDALG07

fSedAlg08 sedimentation ﬂux algae type 08 gC/(m2d) SEDALG08

fSedAlg09 sedimentation ﬂux algae type 09 gC/(m2d) SEDALG09

fSedAlg10 sedimentation ﬂux algae type 10 gC/(m2d) SEDALG10

fSedAlg11 sedimentation ﬂux algae type 11 gC/(m2d) SEDALG11

fSedAlg12 sedimentation ﬂux algae type 12 gC/(m2d) SEDALG12

fSedAlg13 sedimentation ﬂux algae type 13 gC/(m2d) SEDALG13

fSedAlg14 sedimentation ﬂux algae type 14 gC/(m2d) SEDALG14

fSedAlg15 sedimentation ﬂux algae type 15 gC/(m2d) SEDALG15

fSedAlg16 sedimentation ﬂux algae type 16 gC/(m2d) SEDALG16

fSedAlg17 sedimentation ﬂux algae type 17 gC/(m2d) SEDALG17

fSedAlg18 sedimentation ﬂux algae type 18 gC/(m2d) SEDALG18

fSedAlg19 sedimentation ﬂux algae type 19 gC/(m2d) SEDALG19

fSedAlg20 sedimentation ﬂux algae type 20 gC/(m2d) SEDALG20

fSedAlg21 sedimentation ﬂux algae type 21 gC/(m2d) SEDALG21

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Table 8.1 – continued from previous page

Process Description Unit Process

fSedAlg22 sedimentation ﬂux algae type 22 gC/(m2d) SEDALG22

fSedAlg23 sedimentation ﬂux algae type 23 gC/(m2d) SEDALG23

fSedAlg24 sedimentation ﬂux algae type 24 gC/(m2d) SEDALG24

fSedAlg25 sedimentation ﬂux algae type 25 gC/(m2d) SEDALG25

fSedAlg26 sedimentation ﬂux algae type 26 gC/(m2d) SEDALG26

fSedAlg27 sedimentation ﬂux algae type 27 gC/(m2d) SEDALG27

fSedAlg28 sedimentation ﬂux algae type 28 gC/(m2d) SEDALG28

fSedAlg29 sedimentation ﬂux algae type 29 gC/(m2d) SEDALG29

fSedAlg30 sedimentation ﬂux algae type 30 gC/(m2d) SEDALG30

fSedBOD5 sedimentation ﬂux CBOD5 gO2/(m2d) S_CBOD51

fSedBOD5_2 sedimentation ﬂux CBOD5_2 gO2/(m2d) S_CBOD52

fSedBOD5_3 sedimentation ﬂux CBOD5_3 gO2/(m2d) S_CBOD53

fSedBODu sedimentation ﬂux CBODu gO2/(m2d) S_CBODu1

fSedBODu_2 sedimentation ﬂux CBODu_2 gO2/(m2d) S_CBODu2

fSedCODCr sedimentation ﬂux COD_Cr gO2/(m2d) S_CODCr

fSedCODMn sedimentation ﬂux COD_Mn gO2/(m2d) S_CODMn

fSedNBOD5 sedimentation ﬂux NBOD5 gO2/(m2d) S_NBOD5

fSedNBODu sedimentation ﬂux NBODu gO2/(m2d) S_NBODu

fSedPHYT total sedimentation ﬂux phytoplankton gC/(m2d) SedPhBlo_P

fSedPHYT total sedimentation ﬂux phytoplankton gC/(m2d) SedPhBlo

fSedPHYT total sedimentation ﬂux phytoplankton gC/(m2d) SedPhDyn

fSedAlgDM total sedimentation ﬂux phytoplankton as DM gDM/(m2d) SedPhBlo_P

fSedAlgDM total sedimentation ﬂux phytoplankton as DM gDM/(m2d) SedPhBlo

fSedAlgDM total sedimentation ﬂux phytoplankton as DM gDM/(m2d) SedPhDyn

fSedPOCnoa total sedimentation ﬂux POC no algae gC/(m2d) Sum_Sedim

VSedPOC1 sedimentation velocity POC1 m/d CalVS_POC1

fSedPOC1 sedimentation ﬂux POC1 gC/(m2d) Sed_POC1

VSedPOC2 sedimentation velocity POC2 m/d CalVS_POC2

fSedPOC2 sedimentation ﬂux POC2 gC/(m2d) Sed_POC2

VSedPOC3 sedimentation velocity POC3 m/d CalVS_POC3

fSedPOC3 sedimentation ﬂux POC3 gC/(m2d) Sed_POC3

VSedPOC4 sedimentation velocity POC4 m/d CalVS_POC4

fSedPOC4 sedimentation ﬂux POC4 gC/(m2d) Sed_POC4

fSedDM total sedimentation ﬂux dry matter gDM/(m2d) Sum_Sedim

fResS1DM total resuspension ﬂux DM from layer S1 g/(m2d) Res_DM

fResS2DM total resuspension ﬂux DM from layer S2 gDM/(m2d) Res_DM

fResS1Diat resuspension ﬂux Diatoms from layer S1 gC/(m2d) S12TraDiat

fResS2Diat resuspension ﬂux Diatoms from layer S2 gC/(m2d) S12TraDiat

fBurS1DM total burial ﬂux DM from layer S1 gDM/(m2d) Bur_DM

fBurS2DM total burial ﬂux DM from layer S2 gDM/(m2d) Bur_DM

fDigS1DM total digging ﬂux DM to layer S1 gDM/(m2d) Dig_DM

fDigS2DM total digging ﬂux DM to layer S2 gDM/(m2d) Dig_DM

KdCdIM1 partition coefﬁcient Cd-IM1 m3/kgDM RFPART_Cd

KdCdIM2 partition coefﬁcient Cd-IM2 m3/kgDM RFPART_Cd

KdCdIM3 partition coefﬁcient Cd-IM3 m3/kgDM RFPART_Cd

KdCuIM1 partition coefﬁcient Cu-IM1 m3/kgDM RFPART_Cu

KdCuIM2 partition coefﬁcient Cu-IM2 m3/kgDM RFPART_Cu

KdCuIM3 partition coefﬁcient Cu-IM3 m3/kgDM RFPART_Cu

KdPbIM1 partition coefﬁcient Pb-IM1 m3/kgDM RFPART_Pb

KdPbIM2 partition coefﬁcient Pb-IM2 m3/kgDM RFPART_Pb

KdPbIM3 partition coefﬁcient Pb-IM3 m3/kgDM RFPART_Pb

KdZnIM1 partition coefﬁcient Zn-IM1 m3/kgDM RFPART_Zn

KdZnIM2 partition coefﬁcient Zn-IM2 m3/kgDM RFPART_Zn

KdZnIM3 partition coefﬁcient Zn-IM3 m3/kgDM RFPART_Zn

KdHgIM1 partition coefﬁcient Hg-IM1 m3/kgDM RFPART_Hg

KdHgIM2 partition coefﬁcient Hg-IM2 m3/kgDM RFPART_Hg

KdHgIM3 partition coefﬁcient Hg-IM3 m3/kgDM RFPART_Hg

KdNiIM1 partition coefﬁcient Ni-IM1 m3/kgDM RFPART_Ni

KdNiIM2 partition coefﬁcient Ni-IM2 m3/kgDM RFPART_Ni

KdNiIM3 partition coefﬁcient Ni-IM3 m3/kgDM RFPART_Ni

KdCrIM1 partition coefﬁcient Cr-IM1 m3/kgDM RFPART_Cr

KdCrIM2 partition coefﬁcient Cr-IM2 m3/kgDM RFPART_Cr

KdCrIM3 partition coefﬁcient Cr-IM3 m3/kgDM RFPART_Cr

KdAsIM1 partition coefﬁcient for As and IM1 m3/kgDW RFPART_As

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Table 8.1 – continued from previous page

Process Description Unit Process

KdAsIM2 partition coefﬁcient for As and IM2 m3/kgDW RFPART_As

KdAsIM3 partition coefﬁcient for As and IM3 m3/kgDW RFPART_As

SWWaterKCh switch for oxic 1 or suﬁdic 0 water - SwOXYParWK

FrCdIM1 fraction Cd adsorbed to IM1 - PartWK_Cd

FrCdIM2 fraction Cd adsorbed to IM2 - PartWK_Cd

FrCdIM3 fraction Cd adsorbed to IM3 - PartWK_Cd

FrCdPOC fraction Cd adsorbed to POC - PartWK_Cd

FrCdPHYT fraction Cd adsorbed to phytoplankton - PartWK_Cd

QCdIM1 quality IM1 for Cd gCd/gDM PartWK_Cd

QCdIM2 quality IM2 for Cd gCd/gDM PartWK_Cd

QCdIM3 quality IM3 for Cd gCd/gDM PartWK_Cd

QCdPOC quality POC for Cd gCd/gC PartWK_Cd

QCdPHYT quality phytoplankton for Cd gCd/gC PartWK_Cd

FrCrIM1 fraction Cr adsorbed to IM1 - PartWK_Cr

FrCrIM2 fraction Cr adsorbed to IM2 - PartWK_Cr

FrCrIM3 fraction Cr adsorbed to IM3 - PartWK_Cr

FrCrPOC fraction Cr adsorbed to POC - PartWK_Cr

FrCrPHYT fraction Cr adsorbed to phytoplankton - PartWK_Cr

QCrIM1 quality IM1 for Cr gCr/gDM PartWK_Cr

QCrIM2 quality IM2 for Cr gCr/gDM PartWK_Cr

QCrIM3 quality IM3 for Cr gCr/gDM PartWK_Cr

QCrPOC quality POC for Cr gCr/gC PartWK_Cr

QCrPHYT quality phytoplankton for Cr gCr/gC PartWK_Cr

FrCuIM1 fraction Cu adsorbed to IM1 - PartWK_Cu

FrCuIM2 fraction Cu adsorbed to IM2 - PartWK_Cu

FrCuIM3 fraction Cu adsorbed to IM3 - PartWK_Cu

FrCuPOC fraction Cu adsorbed to POC - PartWK_Cu

FrCuPHYT fraction Cu adsorbed to phytoplankton - PartWK_Cu

QCuIM1 quality IM1 for Cu gCu/gDM PartWK_Cu

QCuIM2 quality IM2 for Cu gCu/gDM PartWK_Cu

QCuIM3 quality IM3 for Cu gCu/gDM PartWK_Cu

QCuPOC quality POC for Cu gCu/gC PartWK_Cu

QCuPHYT quality phytoplankton for Cu gCu/gC PartWK_Cu

FrHgIM1 fraction Hg adsorbed to IM1 - PartWK_Hg

FrHgIM2 fraction Hg adsorbed to IM2 - PartWK_Hg

FrHgIM3 fraction Hg adsorbed to IM3 - PartWK_Hg

FrHgPOC fraction Hg adsorbed to POC - PartWK_Hg

FrHgPHYT fraction Hg adsorbed to phytoplankton - PartWK_Hg

QHgIM1 quality IM1 for Hg gHg/gDM PartWK_Hg

QHgIM2 quality IM2 for Hg gHg/gDM PartWK_Hg

QHgIM3 quality IM3 for Hg gHg/gDM PartWK_Hg

QHgPOC quality POC for Hg gHg/gC PartWK_Hg

QHgPHYT quality phytoplankton for Hg gHg/gC PartWK_Hg

FrNiIM1 fraction Ni adsorbed to IM1 - PartWK_Ni

FrNiIM2 fraction Ni adsorbed to IM2 - PartWK_Ni

FrNiIM3 fraction Ni adsorbed to IM3 - PartWK_Ni

FrNiPOC fraction Ni adsorbed to POC - PartWK_Ni

FrNiPHYT fraction Ni adsorbed to phytoplankton - PartWK_Ni

QNiIM1 quality IM1 for Ni gNi/gDM PartWK_Ni

QNiIM2 quality IM2 for Ni gNi/gDM PartWK_Ni

QNiIM3 quality IM3 for Ni gNi/gDM PartWK_Ni

QNiPOC quality POC for Ni gNi/gC PartWK_Ni

QNiPHYT quality phytoplankton for Ni gNi/gC PartWK_Ni

FrPbIM1 fraction Pb adsorbed to IM1 - PartWK_Pb

FrPbIM2 fraction Pb adsorbed to IM2 - PartWK_Pb

FrPbIM3 fraction Pb adsorbed to IM3 - PartWK_Pb

FrPbPOC fraction Pb adsorbed to POC - PartWK_Pb

FrPbPHYT fraction Pb adsorbed to phytoplankton - PartWK_Pb

QPbIM1 quality IM1 for Pb gPb/gDM PartWK_Pb

QPbIM2 quality IM2 for Pb gPb/gDM PartWK_Pb

QPbIM3 quality IM3 for Pb gPb/gDM PartWK_Pb

QPbPOC quality POC for Pb gPb/gC PartWK_Pb

QPbPHYT quality phytoplankton for Pb gPb/gC PartWK_Pb

FrAsIM1 fraction As adsorbed to IM1 - PartWK_As

FrAsIM2 fraction As adsorbed to IM2 - PartWK_As

FrAsIM3 fraction As adsorbed to IM3 - PartWK_As

FrAsPOC fraction As adsorbed to POC - PartWK_As

FrAsPHYT fraction As adsorbed to phytoplankton - PartWK_As

QAsIM1 quality IM1 for As gAs/gDM PartWK_As

QAsIM2 quality IM2 for As gAs/gDM PartWK_As

QAsIM3 quality IM3 for As gAs/gDM PartWK_As

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Table 8.1 – continued from previous page

Process Description Unit Process

QAsPOC quality POC for As gAs/gC PartWK_As

QAsPHYT quality phytoplankton for As gAs/gC PartWK_As

FrVaIM1 fraction Va adsorbed to IM1 - PartWK_Va

FrVaIM2 fraction Va adsorbed to IM2 - PartWK_Va

FrVaIM3 fraction Va adsorbed to IM3 - PartWK_Va

FrVaPOC fraction Va adsorbed to POC - PartWK_Va

FrVaPHYT fraction Va adsorbed to phytoplankton - PartWK_Va

QVaIM1 quality IM1 for Va gVa/gDM PartWK_Va

QVaIM2 quality IM2 for Va gVa/gDM PartWK_Va

QVaIM3 quality IM3 for Va gVa/gDM PartWK_Va

QVaPOC quality POC for Va gVa/gC PartWK_Va

QVaPHYT quality phytoplankton for Va gVa/gC PartWK_Va

FrZnIM1 fraction Zn adsorbed to IM1 - PartWK_Zn

FrZnIM2 fraction Zn adsorbed to IM2 - PartWK_Zn

FrZnIM3 fraction Zn adsorbed to IM3 - PartWK_Zn

FrZnPOC fraction Zn adsorbed to POC - PartWK_Zn

FrZnPHYT fraction Zn adsorbed to phytoplankton - PartWK_Zn

QZnIM1 quality IM1 for Zn gZn/gDM PartWK_Zn

QZnIM2 quality IM2 for Zn gZn/gDM PartWK_Zn

QZnIM3 quality IM3 for Zn gZn/gDM PartWK_Zn

QZnPOC quality POC for Zn gZn/gC PartWK_Zn

QZnPHYT quality phytoplankton for Zn gZn/gC PartWK_Zn

SWPoreChS1 switch for oxic 1 or suﬁdic 0 pore water - SwOXYParWK

DisSS1 S– in layer S1 (mol l) SPECSUDS1

DisHSS1 HS- in layer S1 (mol l) SPECSUDS1

QCdDMS1 overall sediment quality for Cd in S1 mgCd/kgDM PartS1_Cd

QCrDMS1 overall sediment quality for Cr in S1 mgCr/kgDM PartS1_Cr

QCuDMS1 overall sediment quality for Cu in S1 mgCu/kgDM PartS1_Cu

QHgDMS1 overall sediment quality for Hg in S1 mgHg/kgDM PartS1_Hg

QNiDMS1 overall sediment quality for Ni in S1 mgNi/kgDM PartS1_Ni

QPbDMS1 overall sediment quality for Pb in S1 mgPb/kgDM PartS1_Pb

QAsDMS1 overall sediment quality for As in S1 mgAs/kgDM PartS1_As

QVaDMS1 overall sediment quality for Va in S1 mgVa/kgDM PartS1_Va

QZnDMS1 overall sediment quality for Zn in S1 mgZn/kgDM PartS1_Zn

SWPoreChS2 switch for oxic 1 or suﬁdic 0 pore water - SwOXYParWK

DisSS2 S– in layer S2 (mol l) SPECSUDS2

DisHSS2 HS- in layer S2 (mol l) SPECSUDS2

QCdDMS2 overall sediment quality for Cd in S2 mgCd/kgDM PartS2_Cd

QCrDMS2 overall sediment quality for Cr in S2 mgCr/kgDM PartS2_Cr

QCuDMS2 overall sediment quality for Cu in S2 mgCu/kgDM PartS2_Cu

QHgDMS2 overall sediment quality for Hg in S2 mgHg/kgDM PartS2_Hg

QNiDMS2 overall sediment quality for Ni in S2 mgNi/kgDM PartS2_Ni

QPbDMS2 overall sediment quality for Pb in S2 mgPb/kgDM PartS2_Pb

QAsDMS2 overall sediment quality for As in S2 mgAs/kgDM PartS2_As

QVaDMS2 overall sediment quality for Va in S2 mgVa/kgDM PartS2_Va

QZnDMS2 overall sediment quality for Zn in S2 mgZn/kgDM PartS2_Zn

Fr153DisS1 fraction free dissolved 153 in layer S1 - PartS1_153

Fr153DOCS1 fraction 153 adsorbed to DOC in layer S1 - PartS1_153

Q153DMS1 overall sediment quality for 153 in S1 mg153/kgDM PartS1_153

FrAtrDisS1 fraction free dissolved Atr in layer S1 - PartS1_Atr

FrAtrDOCS1 fraction Atr adsorbed to DOC in layer S1 - PartS1_Atr

QAtrDMS1 overall sediment quality for Atr in S1 mgAtr/kgDM PartS1_Atr

FrBaPDisS1 fraction free dissolved BaP in layer S1 - PartS1_BaP

FrBaPDOCS1 fraction BaP adsorbed to DOC in layer S1 - PartS1_BaP

QBaPDMS1 overall sediment quality for BaP in S1 mgBaP/kgDM PartS1_BaP

FrDiuDisS1 fraction free dissolved Diu in layer S1 - PartS1_Diu

FrDiuDOCS1 fraction Diu adsorbed to DOC in layer S1 - PartS1_Diu

QDiuDMS1 overall sediment quality for Diu in S1 mgDiu/kgDM PartS1_Diu

FrFluDisS1 fraction free dissolved Flu in layer S1 - PartS1_Flu

FrFluDOCS1 fraction Flu adsorbed to DOC in layer S1 - PartS1_Flu

QFluDMS1 overall sediment quality for Flu in S1 mgFlu/kgDM PartS1_Flu

FrHCBDisS1 fraction free dissolved HCB in layer S1 - PartS1_HCB

FrHCBDOCS1 fraction HCB adsorbed to DOC in layer S1 - PartS1_HCB

QHCBDMS1 overall sediment quality for HCB in S1 mgHCB/kgDM PartS1_HCB

FrHCHDisS1 fraction free dissolved HCH in layer S1 - PartS1_HCH

FrHCHDOCS1 fraction HCH adsorbed to DOC in layer S1 - PartS1_HCH

QHCHDMS1 overall sediment quality for HCH in S1 mgHCH/kgDM PartS1_HCH

FrMefDisS1 fraction free dissolved Mef in layer S1 - PartS1_Mef

FrMefDOCS1 fraction Mef adsorbed to DOC in layer S1 - PartS1_Mef

QMefDMS1 overall sediment quality for Mef in S1 mgMef/kgDM PartS1_Mef

Fr153DisS2 fraction free dissolved 153 in layer S2 - PartS2_153

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Table 8.1 – continued from previous page

Process Description Unit Process

Fr153DOCS2 fraction 153 adsorbed to DOC in layer S2 - PartS2_153

Q153DMS2 overall sediment quality for 153 in S2 mg153/kgDM PartS2_153

FrAtrDisS2 fraction free dissolved Atr in layer S2 - PartS2_Atr

FrAtrDOCS2 fraction Atr adsorbed to DOC in layer S2 - PartS2_Atr

QAtrDMS2 overall sediment quality for Atr in S2 mgAtr/kgDM PartS2_Atr

FrBaPDisS2 fraction free dissolved BaP in layer S2 - PartS2_BaP

FrBaPDOCS2 fraction BaP adsorbed to DOC in layer S2 - PartS2_BaP

QBaPDMS2 overall sediment quality for BaP in S2 mgBaP/kgDM PartS2_BaP

FrDiuDisS2 fraction free dissolved Diu in layer S2 - PartS2_Diu

FrDiuDOCS2 fraction Diu adsorbed to DOC in layer S2 - PartS2_Diu

QDiuDMS2 overall sediment quality for Diu in S2 mgDiu/kgDM PartS2_Diu

FrFluDisS2 fraction free dissolved Flu in layer S2 - PartS2_Flu

FrFluDOCS2 fraction Flu adsorbed to DOC in layer S2 - PartS2_Flu

QFluDMS2 overall sediment quality for Flu in S2 mgFlu/kgDM PartS2_Flu

FrHCBDisS2 fraction free dissolved HCB in layer S2 - PartS2_HCB

FrHCBDOCS2 fraction HCB adsorbed to DOC in layer S2 - PartS2_HCB

QHCBDMS2 overall sediment quality for HCB in S2 mgHCB/kgDM PartS2_HCB

FrHCHDisS2 fraction free dissolved HCH in layer S2 - PartS2_HCH

FrHCHDOCS2 fraction HCH adsorbed to DOC in layer S2 - PartS2_HCH

QHCHDMS2 overall sediment quality for HCH in S2 mgHCH/kgDM PartS2_HCH

FrMefDisS2 fraction free dissolved Mef in layer S2 - PartS2_Mef

FrMefDOCS2 fraction Mef adsorbed to DOC in layer S2 - PartS2_Mef

QMefDMS2 overall sediment quality for Mef in S2 mgMef/kgDM PartS2_Mef

Fr153Dis fraction free dissolved 153 in water column - PartWK_153

Fr153DOC fraction 153 adsorbed to DOC - PartWK_153

Fr153POC fraction 153 adsorbed to POC - PartWK_153

Fr153PHYT fraction 153 adsorbed to phytoplankton - PartWK_153

Dis153 free dissolved 153 in water column g153/m3PartWK_153

Q153POC quality POC for 153 in water column g153/gC PartWK_153

Q153PHYT quality phytoplankton for 153 in water column g153/gC PartWK_153

FrAtrDis fraction free dissolved Atr in water column - PartWK_Atr

FrAtrDOC fraction Atr adsorbed to DOC - PartWK_Atr

FrAtrPOC fraction Atr adsorbed to POC - PartWK_Atr

FrAtrPHYT fraction Atr adsorbed to phytoplankton - PartWK_Atr

DisAtr free dissolved Atrazine in water column gAtr/m3PartWK_Atr

QAtrPOC quality POC for Atrazine in water column gAtr/gC PartWK_Atr

QAtrPHYT quality phytoplankton for Atrazine in water column gAtr/gC PartWK_Atr

FrBaPDis fraction free dissolved BaP in water column - PartWK_BaP

FrBaPDOC fraction BaP adsorbed to DOC - PartWK_BaP

FrBaPPOC fraction BaP adsorbed to POC - PartWK_BaP

FrBaPPHYT fraction BaP adsorbed to phytoplankton - PartWK_BaP

DisBaP free dissolved BaP in water column gBaP/m3PartWK_BaP

QBaPPOC quality POC for BaP in water column gBaP/gC PartWK_BaP

QBaPPHYT quality phytoplankton for BaP in water column gBaP/gC PartWK_BaP

FrDiuDis fraction free dissolved Diu in water column - PartWK_Diu

FrDiuDOC fraction Diu adsorbed to DOC - PartWK_Diu

FrDiuPOC fraction Diu adsorbed to POC - PartWK_Diu

FrDiuPHYT fraction Diu adsorbed to phytoplankton - PartWK_Diu

DisDiu free dissolved Diu in water column gDiu/m3PartWK_Diu

QDiuPOC quality POC for Diu in water column gDiu/gC PartWK_Diu

QDiuPHYT quality phytoplankton for Diu in water column gDiu/gC PartWK_Diu

FrFluDis fraction free dissolved Flu in water column - PartWK_Flu

FrFluDOC fraction Flu adsorbed to DOC - PartWK_Flu

FrFluPOC fraction Flu adsorbed to POC - PartWK_Flu

FrFluPHYT fraction Flu adsorbed to phytoplankton - PartWK_Flu

DisFlu free dissolved Flu in water column gFlu/m3PartWK_Flu

QFluPOC quality POC for Flu in water column gFlu/gC PartWK_Flu

QFluPHYT quality phytoplankton for Flu in water column gFlu/gC PartWK_Flu

FrHCBDis fraction free dissolved HCB in water column - PartWK_HCB

FrHCBDOC fraction HCB adsorbed to DOC - PartWK_HCB

FrHCBPOC fraction HCB adsorbed to POC - PartWK_HCB

FrHCBPHYT fraction HCB adsorbed to phytoplankton - PartWK_HCB

DisHCB free dissolved HCB in water column gHCB/m3PartWK_HCB

QHCBPOC quality POC for HCB in water column gHCB/gC PartWK_HCB

QHCBPHYT quality phytoplankton for HCB in water column gHCB/gC PartWK_HCB

FrHCHDis fraction free dissolved HCH in water column - PartWK_HCH

FrHCHDOC fraction HCH adsorbed to DOC - PartWK_HCH

FrHCHPOC fraction HCH adsorbed to POC - PartWK_HCH

FrHCHPHYT fraction HCH adsorbed to phytoplankton - PartWK_HCH

DisHCH free dissolved HCH in water column gHCH/m3PartWK_HCH

QHCHPOC quality POC for HCH in water column gHCH/gC PartWK_HCH

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Table 8.1 – continued from previous page

Process Description Unit Process

QHCHPHYT quality phytoplankton for HCH in water column gHCH/gC PartWK_HCH

FrMefDis fraction free dissolved Mef in water column - PartWK_Mef

FrMefDOC fraction Mef adsorbed to DOC - PartWK_Mef

FrMefPOC fraction Mef adsorbed to POC - PartWK_Mef

FrMefPHYT fraction Mef adsorbed to phytoplankton - PartWK_Mef

DisMef free dissolved Mef in water column gMef/m3PartWK_Mef

QMefPOC quality POC for Mef in water column gMef/gC PartWK_Mef

QMefPHYT quality phytoplankton for Mef in water column gMef/gC PartWK_Mef

CZooplank calculated concentration of zooplankton-grazer1 gC/m3CONSBL

CMussel calculated concentration of mussel-grazer2 gC/m3CONSBL

CGrazer3 calculated concentration of Grazer3 gC/m3CONSBL

CGrazer4 calculated concentration of Grazer4 gC/m3CONSBL

CGrazer5 calculated concentration of Grazer5 gC/m3CONSBL

Kl153 liquid phase exchange coefﬁcient 153 m/d TrCoef_153

Kg153 gas phase exchange coefﬁcient 153 m/d TrCoef_153

KlHCB liquid phase exchange coefﬁcient HCB m/d TrCoef_HCB

KgHCB gas phase exchange coefﬁcient HCB m/d TrCoef_HCB

KlHCH liquid phase exchange coefﬁcient HCH m/d TrCoef_HCH

KgHCH gas phase exchange coefﬁcient HCH m/d TrCoef_HCH

KlFlu liquid phase exchange coefﬁcient Flu m/d TrCoef_Flu

KgFlu gas phase exchange coefﬁcient Flu m/d TrCoef_Flu

KlBaP liquid phase exchange coefﬁcient BaP m/d TrCoef_BaP

KgBaP gas phase exchange coefﬁcient BaP m/d TrCoef_BaP

KlAtr liquid phase exchange coefﬁcient Atrazine m/d TrCoef_Atr

KgAtr gas phase exchange coefﬁcient Atrazine m/d TrCoef_Atr

KlMef liquid phase exchange coefﬁcient Mef m/d TrCoef_Mef

KgMef gas phase exchange coefﬁcient Mef m/d TrCoef_Mef

KlDiu liquid phase exchange coefﬁcient Diu m/d TrCoef_Diu

KgDiu gas phase exchange coefﬁcient Diu m/d TrCoef_Diu

FrOMPDisS1 fraction free dissolved OMP in S1 - PartS1_OMP

FrOMPDOCS1 fraction OMP in S1 adsorbed to DOC - PartS1_OMP

QOMPDMS1 overall sediment quality for OMP in S1 mgOMP/kgDM PartS1_OMP

FrOMPDisS2 fraction free dissolved OMP in S2 - PartS2_OMP

FrOMPDOCS2 fraction OMP in S2 adsorbed to DOC - PartS2_OMP

QOMPDMS2 overall sediment quality for OMP in S2 mgOMP/kgDM PartS2_OMP

FrOMPDis fraction free dissolved OMP in water column - PartWK_OMP

FrOMPDOC fraction OMP adsorbed to DOC - PartWK_OMP

FrOMPPOC fraction OMP adsorbed to POC - PartWK_OMP

FrOMPPHYT fraction OMP adsorbed to PHYT - PartWK_OMP

DisOMP free dissolved OMP in water column gOMP/m3PartWK_OMP

QOMPPOC quality POC for OMP in water column gOMP/gC PartWK_OMP

QOMPPHYT quality PHYT for OMP in water column gOMP/gC PartWK_OMP

KlOMP liquid phase exchange coefﬁcient OMP m/d TrCoef_OMP

KgOMP gas phase exchange coefﬁcient OMP m/d TrCoef_OMP

VB01Navail VB01 nitrogen availability in rooting zone gN/m2VB01availN

VB01Pavail VB01 phosphorus availability in rooting z. gP/m2VB01availN

VB01Savail VB01 sulfur availability in rooting zone gS/m2VB01availN

nsfVB01 nr successive emersionﬂood VB01 d VBStatus01

nsnlVB01 number of successive days nutrient lim. VB01 d VBStatus01

SwVB01Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus01

SwVB01Mrt vegetation biomass dead 0=no,1=yes - VBStatus01

ageVB01 age of vegetation cohort 1 d VBGrowth01

SWVB01Dec biomass is decaying after prev mort type 1 - VBGrowth01

fVB01 area scaled ﬂux dVB01 gC/(m2d) VBGrowth01

fC2VB01P1 mortality foliage VB01 to POC1 gC/(m2d) VBMort01

fC2VB01P2 mortality foliage VB01 to POC2 gC/(m2d) VBMort01

fC2VB01P3 mortality foliage VB01 to POC3 gC/(m2d) VBMort01

fN2VB01P1 mortality foliage VB01 to PON1 gN/(m2d) VBMort01

fN2VB01P2 mortality foliage VB01 to PON2 gN/(m2d) VBMort01

fN2VB01P3 mortality foliage VB01 to PON3 gN/(m2d) VBMort01

fP2VB01P1 mortality foliage VB01 to POP1 gP/(m2d) VBMort01

fP2VB01P2 mortality foliage VB01 to POP2 gP/(m2d) VBMort01

fP2VB01P3 mortality foliage VB01 to POP3 gP/(m2d) VBMort01

fS2VB01P1 mortality foliage VB01 to POS1 gS/(m2d) VBMort01

fS2VB01P2 mortality foliage VB01 to POS2 gS/(m2d) VBMort01

fS2VB01P3 mortality foliage VB01 to POS3 gS/(m2d) VBMort01

fC5VB01P1 mortality ﬁneroot VB01 to POC1 gC/(m2d) VBMort01

fC5VB01P2 mortality ﬁneroot VB01 to POC2 gC/(m2d) VBMort01

fC5VB01P3 mortality ﬁneroot VB01 to POC3 gC/(m2d) VBMort01

fN5VB01P1 mortality ﬁneroot VB01 to PON1 gN/(m2d) VBMort01

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Table 8.1 – continued from previous page

Process Description Unit Process

fN5VB01P2 mortality ﬁneroot VB01 to PON2 gN/(m2d) VBMort01

fN5VB01P3 mortality ﬁneroot VB01 to PON3 gN/(m2d) VBMort01

fP5VB01P1 mortality ﬁneroot VB01 to POP1 gP/(m2d) VBMort01

fP5VB01P2 mortality ﬁneroot VB01 to POP2 gP/(m2d) VBMort01

fP5VB01P3 mortality ﬁneroot VB01 to POP3 gP/(m2d) VBMort01

fS5VB01P1 mortality ﬁneroot VB01 to POS1 gS/(m2d) VBMort01

fS5VB01P2 mortality ﬁneroot VB01 to POS2 gS/(m2d) VBMort01

fS5VB01P3 mortality ﬁneroot VB01 to POS3 gS/(m2d) VBMort01

fC1VB01P5 mortality stem VB01tto POC5 gC/m3/d VBMort01

fC3VB01P5 mortality branch VB01 to POC5 gC/m3/d VBMort01

fC4VB01P5 mortality root VB01 to POC5 gC/m3/d VBMort01

fN1VB01P5 mortality stem VB01tto PON5 gN/m3/d VBMort01

fN3VB01P5 mortality branch VB01 to PON5 gN/m3/d VBMort01

fN4VB01P5 mortality root VB01 to PON5 gN/m3/d VBMort01

fP1VB01P5 mortality stem VB01tto POP5 gP/m3/d VBMort01

fP3VB01P5 mortality branch VB01 to POP5 gP/m3/d VBMort01

fP4VB01P5 mortality root VB01 to POP5 gP/m3/d VBMort01

fS1VB01P5 mortality stem VB01tto POS5 gS/m3/d VBMort01

fS3VB01P5 mortality branch VB01 to POS5 gS/m3/d VBMort01

fS4VB01P5 mortality root VB01 to POS5 gS/m3/d VBMort01

fNVB01up uptake ﬁneroots VB01 gN/(m2d) VB01Upt

fPVB01up uptake roots VB01 gP/(m2d) VB01Upt

fSVB01up uptake roots VB01 gS/(m2d) VB01Upt

VB02Navail VB02 nitrogen availability in rooting zone gN/m2VB02availN

VB02Pavail VB02 phosphorus availability in rooting z. gP/m2VB02availN

VB02Savail VB02 sulfur availability in rooting zone gS/m2VB02availN

nsnlVB02 number of successive days nutrient lim. VB02 d VBStatus02

SwVB02Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus02

SwVB02Mrt vegetation biomass dead 0=no,1=yes - VBStatus02

nsfVB02 nr successive emersionﬂood VB02 d VBStatus02

ageVB02 age of vegetation cohort 2 d VBGrowth02

SWVB02Dec biomass is decaying after prev mort type 2 - VBGrowth02

fVB02 area scaled ﬂux dVB02 gC/(m2d) VBGrowth02

fC2VB02P1 mortality foliage VB02 to POC1 gC/(m2d) VBMort02

fC2VB02P2 mortality foliage VB02 to POC2 gC/(m2d) VBMort02

fC2VB02P3 mortality foliage VB02 to POC3 gC/(m2d) VBMort02

fN2VB02P1 mortality foliage VB02 to PON1 gN/(m2d) VBMort02

fN2VB02P2 mortality foliage VB02 to PON2 gN/(m2d) VBMort02

fN2VB02P3 mortality foliage VB02 to PON3 gN/(m2d) VBMort02

fP2VB02P1 mortality foliage VB02 to POP1 gP/(m2d) VBMort02

fP2VB02P2 mortality foliage VB02 to POP2 gP/(m2d) VBMort02

fP2VB02P3 mortality foliage VB02 to POP3 gP/(m2d) VBMort02

fS2VB02P1 mortality foliage VB02 to POS1 gS/(m2d) VBMort02

fS2VB02P2 mortality foliage VB02 to POS2 gS/(m2d) VBMort02

fS2VB02P3 mortality foliage VB02 to POS3 gS/(m2d) VBMort02

fC5VB02P1 mortality ﬁneroot VB02 to POC1 gC/(m2d) VBMort02

fC5VB02P2 mortality ﬁneroot VB02 to POC2 gC/(m2d) VBMort02

fC5VB02P3 mortality ﬁneroot VB02 to POC3 gC/(m2d) VBMort02

fN5VB02P1 mortality ﬁneroot VB02 to PON1 gN/(m2d) VBMort02

fN5VB02P2 mortality ﬁneroot VB02 to PON2 gN/(m2d) VBMort02

fN5VB02P3 mortality ﬁneroot VB02 to PON3 gN/(m2d) VBMort02

fP5VB02P1 mortality ﬁneroot VB02 to POP1 gP/(m2d) VBMort02

fP5VB02P2 mortality ﬁneroot VB02 to POP2 gP/(m2d) VBMort02

fP5VB02P3 mortality ﬁneroot VB02 to POP3 gP/(m2d) VBMort02

fS5VB02P1 mortality ﬁneroot VB02 to POS1 gS/(m2d) VBMort02

fS5VB02P2 mortality ﬁneroot VB02 to POS2 gS/(m2d) VBMort02

fS5VB02P3 mortality ﬁneroot VB02 to POS3 gS/(m2d) VBMort02

fC1VB02P5 mortality stem VB02tto POC5 gC/m3/d VBMort02

fC3VB02P5 mortality branch VB02 to POC5 gC/m3/d VBMort02

fC4VB02P5 mortality root VB02 to POC5 gC/m3/d VBMort02

fN1VB02P5 mortality stem VB02tto PON5 gN/m3/d VBMort02

fN3VB02P5 mortality branch VB02 to PON5 gN/m3/d VBMort02

fN4VB02P5 mortality root VB02 to PON5 gN/m3/d VBMort02

fP1VB02P5 mortality stem VB02tto POP5 gP/m3/d VBMort02

fP3VB02P5 mortality branch VB02 to POP5 gP/m3/d VBMort02

fP4VB02P5 mortality root VB02 to POP5 gP/m3/d VBMort02

fS1VB02P5 mortality stem VB02tto POS5 gS/m3/d VBMort02

fS3VB02P5 mortality branch VB02 to POS5 gS/m3/d VBMort02

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118 of 256 Deltares

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Segment related process input from other processes

Table 8.1 – continued from previous page

Process Description Unit Process

fS4VB02P5 mortality root VB02 to POS5 gS/m3/d VBMort02

fNVB02up uptake ﬁneroots VB02 gN/(m2d) VB02Upt

fPVB02up uptake roots VB02 gP/(m2d) VB02Upt

fSVB02up uptake roots VB02 gS/(m2d) VB02Upt

VB03Navail VB03 nitrogen availability in rooting zone gN/m2VB03availN

VB03Pavail VB03 phosphorus availability in rooting z. gP/m2VB03availN

VB03Savail VB03 sulfur availability in rooting zone gS/m2VB03availN

nsnlVB03 number of successive days nutrient lim. VB03 d VBStatus03

SwVB03Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus03

SwVB03Mrt vegetation biomass dead 0=no,1=yes - VBStatus03

nsfVB03 nr successive emersionﬂood VB03 d VBStatus03

ageVB03 age of vegetation cohort 3 d VBGrowth03

SWVB03Dec biomass is decaying after prev mort type 3 - VBGrowth03

fVB03 area scaled ﬂux dVB03 gC/(m2d) VBGrowth03

fC2VB03P1 mortality foliage VB03 to POC1 gC/(m2d) VBMort03

fC2VB03P2 mortality foliage VB03 to POC2 gC/(m2d) VBMort03

fC2VB03P3 mortality foliage VB03 to POC3 gC/(m2d) VBMort03

fN2VB03P1 mortality foliage VB03 to PON1 gN/(m2d) VBMort03

fN2VB03P2 mortality foliage VB03 to PON2 gN/(m2d) VBMort03

fN2VB03P3 mortality foliage VB03 to PON3 gN/(m2d) VBMort03

fP2VB03P1 mortality foliage VB03 to POP1 gP/(m2d) VBMort03

fP2VB03P2 mortality foliage VB03 to POP2 gP/(m2d) VBMort03

fP2VB03P3 mortality foliage VB03 to POP3 gP/(m2d) VBMort03

fS2VB03P1 mortality foliage VB03 to POS1 gS/(m2d) VBMort03

fS2VB03P2 mortality foliage VB03 to POS2 gS/(m2d) VBMort03

fS2VB03P3 mortality foliage VB03 to POS3 gS/(m2d) VBMort03

fC5VB03P1 mortality ﬁneroot VB03 to POC1 gC/(m2d) VBMort03

fC5VB03P2 mortality ﬁneroot VB03 to POC2 gC/(m2d) VBMort03

fC5VB03P3 mortality ﬁneroot VB03 to POC3 gC/(m2d) VBMort03

fN5VB03P1 mortality ﬁneroot VB03 to PON1 gN/(m2d) VBMort03

fN5VB03P2 mortality ﬁneroot VB03 to PON2 gN/(m2d) VBMort03

fN5VB03P3 mortality ﬁneroot VB03 to PON3 gN/(m2d) VBMort03

fP5VB03P1 mortality ﬁneroot VB03 to POP1 gP/(m2d) VBMort03

fP5VB03P2 mortality ﬁneroot VB03 to POP2 gP/(m2d) VBMort03

fP5VB03P3 mortality ﬁneroot VB03 to POP3 gP/(m2d) VBMort03

fS5VB03P1 mortality ﬁneroot VB03 to POS1 gS/(m2d) VBMort03

fS5VB03P2 mortality ﬁneroot VB03 to POS2 gS/(m2d) VBMort03

fS5VB03P3 mortality ﬁneroot VB03 to POS3 gS/(m2d) VBMort03

fC1VB03P5 mortality stem VB03tto POC5 gC/m3/d VBMort03

fC3VB03P5 mortality branch VB03 to POC5 gC/m3/d VBMort03

fC4VB03P5 mortality root VB03 to POC5 gC/m3/d VBMort03

fN1VB03P5 mortality stem VB03tto PON5 gN/m3/d VBMort03

fN3VB03P5 mortality branch VB03 to PON5 gN/m3/d VBMort03

fN4VB03P5 mortality root VB03 to PON5 gN/m3/d VBMort03

fP1VB03P5 mortality stem VB03tto POP5 gP/m3/d VBMort03

fP3VB03P5 mortality branch VB03 to POP5 gP/m3/d VBMort03

fP4VB03P5 mortality root VB03 to POP5 gP/m3/d VBMort03

fS1VB03P5 mortality stem VB03tto POS5 gS/m3/d VBMort03

fS3VB03P5 mortality branch VB03 to POS5 gS/m3/d VBMort03

fS4VB03P5 mortality root VB03 to POS5 gS/m3/d VBMort03

fNVB03up uptake ﬁneroots VB03 gN/(m2d) VB03Upt

fPVB03up uptake roots VB03 gP/(m2d) VB03Upt

fSVB03up uptake roots VB03 gS/(m2d) VB03Upt

VB04Navail VB04 nitrogen availability in rooting zone gN/m2VB04availN

VB04Pavail VB04 phosphorus availability in rooting z. gP/m2VB04availN

VB04Savail VB04 sulfur availability in rooting zone gS/m2VB04availN

nsnlVB04 number of successive days nutrient lim. VB04 d VBStatus04

SwVB04Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus04

SwVB04Mrt vegetation biomass dead 0=no,1=yes - VBStatus04

nsfVB04 nr successive emersionﬂood VB04 d VBStatus04

ageVB04 age of vegetation cohort 4 d VBGrowth04

SWVB04Dec biomass is decaying after prev mort type 4 - VBGrowth04

fVB04 area scaled ﬂux dVB04 gC/(m2d) VBGrowth04

fC2VB04P1 mortality foliage VB04 to POC1 gC/(m2d) VBMort04

fC2VB04P2 mortality foliage VB04 to POC2 gC/(m2d) VBMort04

fC2VB04P3 mortality foliage VB04 to POC3 gC/(m2d) VBMort04

fN2VB04P1 mortality foliage VB04 to PON1 gN/(m2d) VBMort04

fN2VB04P2 mortality foliage VB04 to PON2 gN/(m2d) VBMort04

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DRAFT

Processes Library Tables, Technical Reference Manual

Table 8.1 – continued from previous page

Process Description Unit Process

fN2VB04P3 mortality foliage VB04 to PON3 gN/(m2d) VBMort04

fP2VB04P1 mortality foliage VB04 to POP1 gP/(m2d) VBMort04

fP2VB04P2 mortality foliage VB04 to POP2 gP/(m2d) VBMort04

fP2VB04P3 mortality foliage VB04 to POP3 gP/(m2d) VBMort04

fS2VB04P1 mortality foliage VB04 to POS1 gS/(m2d) VBMort04

fS2VB04P2 mortality foliage VB04 to POS2 gS/(m2d) VBMort04

fS2VB04P3 mortality foliage VB04 to POS3 gS/(m2d) VBMort04

fC5VB04P1 mortality ﬁneroot VB04 to POC1 gC/(m2d) VBMort04

fC5VB04P2 mortality ﬁneroot VB04 to POC2 gC/(m2d) VBMort04

fC5VB04P3 mortality ﬁneroot VB04 to POC3 gC/(m2d) VBMort04

fN5VB04P1 mortality ﬁneroot VB04 to PON1 gN/(m2d) VBMort04

fN5VB04P2 mortality ﬁneroot VB04 to PON2 gN/(m2d) VBMort04

fN5VB04P3 mortality ﬁneroot VB04 to PON3 gN/(m2d) VBMort04

fP5VB04P1 mortality ﬁneroot VB04 to POP1 gP/(m2d) VBMort04

fP5VB04P2 mortality ﬁneroot VB04 to POP2 gP/(m2d) VBMort04

fP5VB04P3 mortality ﬁneroot VB04 to POP3 gP/(m2d) VBMort04

fS5VB04P1 mortality ﬁneroot VB04 to POS1 gS/(m2d) VBMort04

fS5VB04P2 mortality ﬁneroot VB04 to POS2 gS/(m2d) VBMort04

fS5VB04P3 mortality ﬁneroot VB04 to POS3 gS/(m2d) VBMort04

fC1VB04P5 mortality stem VB04tto POC5 gC/m3/d VBMort04

fC3VB04P5 mortality branch VB04 to POC5 gC/m3/d VBMort04

fC4VB04P5 mortality root VB04 to POC5 gC/m3/d VBMort04

fN1VB04P5 mortality stem VB04tto PON5 gN/m3/d VBMort04

fN3VB04P5 mortality branch VB04 to PON5 gN/m3/d VBMort04

fN4VB04P5 mortality root VB04 to PON5 gN/m3/d VBMort04

fP1VB04P5 mortality stem VB04tto POP5 gP/m3/d VBMort04

fP3VB04P5 mortality branch VB04 to POP5 gP/m3/d VBMort04

fP4VB04P5 mortality root VB04 to POP5 gP/m3/d VBMort04

fS1VB04P5 mortality stem VB04tto POS5 gS/m3/d VBMort04

fS3VB04P5 mortality branch VB04 to POS5 gS/m3/d VBMort04

fS4VB04P5 mortality root VB04 to POS5 gS/m3/d VBMort04

fNVB04up uptake ﬁneroots VB04 gN/(m2d) VB04Upt

fPVB04up uptake roots VB04 gP/(m2d) VB04Upt

fSVB04up uptake roots VB04 gS/(m2d) VB04Upt

VB05Navail VB05 nitrogen availability in rooting zone gN/m2VB05availN

VB05Pavail VB05 phosphorus availability in rooting z. gP/m2VB05availN

VB05Savail VB05 sulfur availability in rooting zone gS/m2VB05availN

nsnlVB05 number of successive days nutrient lim. VB05 d VBStatus05

SwVB05Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus05

SwVB05Mrt vegetation biomass dead 0=no,1=yes - VBStatus05

nsfVB05 nr successive emersionﬂood VB05 d VBStatus05

ageVB05 age of vegetation cohort 5 d VBGrowth05

SWVB05Dec biomass is decaying after prev mort type 5 - VBGrowth05

fVB05 area scaled ﬂux dVB05 gC/(m2d) VBGrowth05

fC2VB05P1 mortality foliage VB05 to POC1 gC/(m2d) VBMort05

fC2VB05P2 mortality foliage VB05 to POC2 gC/(m2d) VBMort05

fC2VB05P3 mortality foliage VB05 to POC3 gC/(m2d) VBMort05

fN2VB05P1 mortality foliage VB05 to PON1 gN/(m2d) VBMort05

fN2VB05P2 mortality foliage VB05 to PON2 gN/(m2d) VBMort05

fN2VB05P3 mortality foliage VB05 to PON3 gN/(m2d) VBMort05

fP2VB05P1 mortality foliage VB05 to POP1 gP/(m2d) VBMort05

fP2VB05P2 mortality foliage VB05 to POP2 gP/(m2d) VBMort05

fP2VB05P3 mortality foliage VB05 to POP3 gP/(m2d) VBMort05

fS2VB05P1 mortality foliage VB05 to POS1 gS/(m2d) VBMort05

fS2VB05P2 mortality foliage VB05 to POS2 gS/(m2d) VBMort05

fS2VB05P3 mortality foliage VB05 to POS3 gS/(m2d) VBMort05

fC5VB05P1 mortality ﬁneroot VB05 to POC1 gC/(m2d) VBMort05

fC5VB05P2 mortality ﬁneroot VB05 to POC2 gC/(m2d) VBMort05

fC5VB05P3 mortality ﬁneroot VB05 to POC3 gC/(m2d) VBMort05

fN5VB05P1 mortality ﬁneroot VB05 to PON1 gN/(m2d) VBMort05

fN5VB05P2 mortality ﬁneroot VB05 to PON2 gN/(m2d) VBMort05

fN5VB05P3 mortality ﬁneroot VB05 to PON3 gN/(m2d) VBMort05

fP5VB05P1 mortality ﬁneroot VB05 to POP1 gP/(m2d) VBMort05

fP5VB05P2 mortality ﬁneroot VB05 to POP2 gP/(m2d) VBMort05

fP5VB05P3 mortality ﬁneroot VB05 to POP3 gP/(m2d) VBMort05

fS5VB05P1 mortality ﬁneroot VB05 to POS1 gS/(m2d) VBMort05

fS5VB05P2 mortality ﬁneroot VB05 to POS2 gS/(m2d) VBMort05

fS5VB05P3 mortality ﬁneroot VB05 to POS3 gS/(m2d) VBMort05

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120 of 256 Deltares

DRAFT

Segment related process input from other processes

Table 8.1 – continued from previous page

Process Description Unit Process

fC1VB05P5 mortality stem VB05tto POC5 gC/m3/d VBMort05

fC3VB05P5 mortality branch VB05 to POC5 gC/m3/d VBMort05

fC4VB05P5 mortality root VB05 to POC5 gC/m3/d VBMort05

fN1VB05P5 mortality stem VB05tto PON5 gN/m3/d VBMort05

fN3VB05P5 mortality branch VB05 to PON5 gN/m3/d VBMort05

fN4VB05P5 mortality root VB05 to PON5 gN/m3/d VBMort05

fP1VB05P5 mortality stem VB05tto POP5 gP/m3/d VBMort05

fP3VB05P5 mortality branch VB05 to POP5 gP/m3/d VBMort05

fP4VB05P5 mortality root VB05 to POP5 gP/m3/d VBMort05

fS1VB05P5 mortality stem VB05tto POS5 gS/m3/d VBMort05

fS3VB05P5 mortality branch VB05 to POS5 gS/m3/d VBMort05

fS4VB05P5 mortality root VB05 to POS5 gS/m3/d VBMort05

fNVB05up uptake roots VB05 gN/(m2d) VB05Upt

fPVB05up uptake roots VB05 gP/(m2d) VB05Upt

fSVB05up uptake roots VB05 gS/(m2d) VB05Upt

VB06Navail VB06 nitrogen availability in rooting zone gN/m2VB06availN

VB06Pavail VB06 phosphorus availability in rooting z. gP/m2VB06availN

VB06Savail VB06 sulfur availability in rooting zone gS/m2VB06availN

nsnlVB06 number of successive days nutrient lim. VB06 d VBStatus06

SwVB06Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus06

SwVB06Mrt vegetation biomass dead 0=no,1=yes - VBStatus06

nsfVB06 nr successive emersionﬂood VB06 d VBStatus06

ageVB06 age of vegetation cohort 6 d VBGrowth06

SWVB06Dec biomass is decaying after prev mort type 6 - VBGrowth06

fVB06 area scaled ﬂux dVB06 gC/(m2d) VBGrowth06

fC2VB06P1 mortality foliage VB06 to POC1 gC/(m2d) VBMort06

fC2VB06P2 mortality foliage VB06 to POC2 gC/(m2d) VBMort06

fC2VB06P3 mortality foliage VB06 to POC3 gC/(m2d) VBMort06

fN2VB06P1 mortality foliage VB06 to PON1 gN/(m2d) VBMort06

fN2VB06P2 mortality foliage VB06 to PON2 gN/(m2d) VBMort06

fN2VB06P3 mortality foliage VB06 to PON3 gN/(m2d) VBMort06

fP2VB06P1 mortality foliage VB06 to POP1 gP/(m2d) VBMort06

fP2VB06P2 mortality foliage VB06 to POP2 gP/(m2d) VBMort06

fP2VB06P3 mortality foliage VB06 to POP3 gP/(m2d) VBMort06

fS2VB06P1 mortality foliage VB06 to POS1 gS/(m2d) VBMort06

fS2VB06P2 mortality foliage VB06 to POS2 gS/(m2d) VBMort06

fS2VB06P3 mortality foliage VB06 to POS3 gS/(m2d) VBMort06

fC5VB06P1 mortality ﬁneroot VB06 to POC1 gC/(m2d) VBMort06

fC5VB06P2 mortality ﬁneroot VB06 to POC2 gC/(m2d) VBMort06

fC5VB06P3 mortality ﬁneroot VB06 to POC3 gC/(m2d) VBMort06

fN5VB06P1 mortality ﬁneroot VB06 to PON1 gN/(m2d) VBMort06

fN5VB06P2 mortality ﬁneroot VB06 to PON2 gN/(m2d) VBMort06

fN5VB06P3 mortality ﬁneroot VB06 to PON3 gN/(m2d) VBMort06

fP5VB06P1 mortality ﬁneroot VB06 to POP1 gP/(m2d) VBMort06

fP5VB06P2 mortality ﬁneroot VB06 to POP2 gP/(m2d) VBMort06

fP5VB06P3 mortality ﬁneroot VB06 to POP3 gP/(m2d) VBMort06

fS5VB06P1 mortality ﬁneroot VB06 to POS1 gS/(m2d) VBMort06

fS5VB06P2 mortality ﬁneroot VB06 to POS2 gS/(m2d) VBMort06

fS5VB06P3 mortality ﬁneroot VB06 to POS3 gS/(m2d) VBMort06

fC1VB06P5 mortality stem VB06tto POC5 gC/m3/d VBMort06

fC3VB06P5 mortality branch VB06 to POC5 gC/m3/d VBMort06

fC4VB06P5 mortality root VB06 to POC5 gC/m3/d VBMort06

fN1VB06P5 mortality stem VB06tto PON5 gN/m3/d VBMort06

fN3VB06P5 mortality branch VB06 to PON5 gN/m3/d VBMort06

fN4VB06P5 mortality root VB06 to PON5 gN/m3/d VBMort06

fP1VB06P5 mortality stem VB06tto POP5 gP/m3/d VBMort06

fP3VB06P5 mortality branch VB06 to POP5 gP/m3/d VBMort06

fP4VB06P5 mortality root VB06 to POP5 gP/m3/d VBMort06

fS1VB06P5 mortality stem VB06tto POS5 gS/m3/d VBMort06

fS3VB06P5 mortality branch VB06 to POS5 gS/m3/d VBMort06

fS4VB06P5 mortality root VB06 to POS5 gS/m3/d VBMort06

fNVB06up uptake ﬁneroots VB06 gN/(m2d) VB06Upt

fPVB06up uptake roots VB06 gP/(m2d) VB06Upt

fSVB06up uptake roots VB06 gS/(m2d) VB06Upt

VB07Navail VB07 nitrogen availability in rooting zone gN/m2VB07availN

VB07Pavail VB07 phosphorus availability in rooting z. gP/m2VB07availN

VB07Savail VB07 sulfur availability in rooting zone gS/m2VB07availN

nsnlVB07 number of successive days nutrient lim. VB07 d VBStatus07

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Deltares 121 of 256

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Processes Library Tables, Technical Reference Manual

Table 8.1 – continued from previous page

Process Description Unit Process

SwVB07Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus07

SwVB07Mrt vegetation biomass dead 0=no,1=yes - VBStatus07

nsfVB07 nr successive emersionﬂood VB07 d VBStatus07

ageVB07 age of vegetation cohort 7 d VBGrowth07

SWVB07Dec biomass is decaying after prev mort type 7 - VBGrowth07

fVB07 area scaled ﬂux dVB07 gC/(m2d) VBGrowth07

fC2VB07P1 mortality foliage VB07 to POC1 gC/(m2d) VBMort07

fC2VB07P2 mortality foliage VB07 to POC2 gC/(m2d) VBMort07

fC2VB07P3 mortality foliage VB07 to POC3 gC/(m2d) VBMort07

fN2VB07P1 mortality foliage VB07 to PON1 gN/(m2d) VBMort07

fN2VB07P2 mortality foliage VB07 to PON2 gN/(m2d) VBMort07

fN2VB07P3 mortality foliage VB07 to PON3 gN/(m2d) VBMort07

fP2VB07P1 mortality foliage VB07 to POP1 gP/(m2d) VBMort07

fP2VB07P2 mortality foliage VB07 to POP2 gP/(m2d) VBMort07

fP2VB07P3 mortality foliage VB07 to POP3 gP/(m2d) VBMort07

fS2VB07P1 mortality foliage VB07 to POS1 gS/(m2d) VBMort07

fS2VB07P2 mortality foliage VB07 to POS2 gS/(m2d) VBMort07

fS2VB07P3 mortality foliage VB07 to POS3 gS/(m2d) VBMort07

fC5VB07P1 mortality ﬁneroot VB07 to POC1 gC/(m2d) VBMort07

fC5VB07P2 mortality ﬁneroot VB07 to POC2 gC/(m2d) VBMort07

fC5VB07P3 mortality ﬁneroot VB07 to POC3 gC/(m2d) VBMort07

fN5VB07P1 mortality ﬁneroot VB07 to PON1 gN/(m2d) VBMort07

fN5VB07P2 mortality ﬁneroot VB07 to PON2 gN/(m2d) VBMort07

fN5VB07P3 mortality ﬁneroot VB07 to PON3 gN/(m2d) VBMort07

fP5VB07P1 mortality ﬁneroot VB07 to POP1 gP/(m2d) VBMort07

fP5VB07P2 mortality ﬁneroot VB07 to POP2 gP/(m2d) VBMort07

fP5VB07P3 mortality ﬁneroot VB07 to POP3 gP/(m2d) VBMort07

fS5VB07P1 mortality ﬁneroot VB07 to POS1 gS/(m2d) VBMort07

fS5VB07P2 mortality ﬁneroot VB07 to POS2 gS/(m2d) VBMort07

fS5VB07P3 mortality ﬁneroot VB07 to POS3 gS/(m2d) VBMort07

fC1VB07P5 mortality stem VB07tto POC5 gC/m3/d VBMort07

fC3VB07P5 mortality branch VB07 to POC5 gC/m3/d VBMort07

fC4VB07P5 mortality root VB07 to POC5 gC/m3/d VBMort07

fN1VB07P5 mortality stem VB07tto PON5 gN/m3/d VBMort07

fN3VB07P5 mortality branch VB07 to PON5 gN/m3/d VBMort07

fN4VB07P5 mortality root VB07 to PON5 gN/m3/d VBMort07

fP1VB07P5 mortality stem VB07tto POP5 gP/m3/d VBMort07

fP3VB07P5 mortality branch VB07 to POP5 gP/m3/d VBMort07

fP4VB07P5 mortality root VB07 to POP5 gP/m3/d VBMort07

fS1VB07P5 mortality stem VB07tto POS5 gS/m3/d VBMort07

fS3VB07P5 mortality branch VB07 to POS5 gS/m3/d VBMort07

fS4VB07P5 mortality root VB07 to POS5 gS/m3/d VBMort07

fNVB07up uptake ﬁneroots VB07 gN/(m2d) VB07Upt

fPVB07up uptake roots VB07 gP/(m2d) VB07Upt

fSVB07up uptake roots VB07 gS/(m2d) VB07Upt

VB08Navail VB08 nitrogen availability in rooting zone gN/m2VB08availN

VB08Pavail VB08 phosphorus availability in rooting z. gP/m2VB08availN

VB08Savail VB08 sulfur availability in rooting zone gS/m2VB08availN

nsnlVB08 number of successive days nutrient lim. VB08 d VBStatus08

SwVB08Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus08

SwVB08Mrt vegetation biomass dead 0=no,1=yes - VBStatus08

nsfVB08 nr successive emersionﬂood VB08 d VBStatus08

ageVB08 age of vegetation cohort 8 d VBGrowth08

SWVB08Dec biomass is decaying after prev mort type 8 - VBGrowth08

fVB08 area scaled ﬂux dVB08 gC/(m2d) VBGrowth08

fC2VB08P1 mortality foliage VB08 to POC1 gC/(m2d) VBMort08

fC2VB08P2 mortality foliage VB08 to POC2 gC/(m2d) VBMort08

fC2VB08P3 mortality foliage VB08 to POC3 gC/(m2d) VBMort08

fN2VB08P1 mortality foliage VB08 to PON1 gN/(m2d) VBMort08

fN2VB08P2 mortality foliage VB08 to PON2 gN/(m2d) VBMort08

fN2VB08P3 mortality foliage VB08 to PON3 gN/(m2d) VBMort08

fP2VB08P1 mortality foliage VB08 to POP1 gP/(m2d) VBMort08

fP2VB08P2 mortality foliage VB08 to POP2 gP/(m2d) VBMort08

fP2VB08P3 mortality foliage VB08 to POP3 gP/(m2d) VBMort08

fS2VB08P1 mortality foliage VB08 to POS1 gS/(m2d) VBMort08

fS2VB08P2 mortality foliage VB08 to POS2 gS/(m2d) VBMort08

fS2VB08P3 mortality foliage VB08 to POS3 gS/(m2d) VBMort08

fC5VB08P1 mortality ﬁneroot VB08 to POC1 gC/(m2d) VBMort08

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122 of 256 Deltares

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Segment related process input from other processes

Table 8.1 – continued from previous page

Process Description Unit Process

fC5VB08P2 mortality ﬁneroot VB08 to POC2 gC/(m2d) VBMort08

fC5VB08P3 mortality ﬁneroot VB08 to POC3 gC/(m2d) VBMort08

fN5VB08P1 mortality ﬁneroot VB08 to PON1 gN/(m2d) VBMort08

fN5VB08P2 mortality ﬁneroot VB08 to PON2 gN/(m2d) VBMort08

fN5VB08P3 mortality ﬁneroot VB08 to PON3 gN/(m2d) VBMort08

fP5VB08P1 mortality ﬁneroot VB08 to POP1 gP/(m2d) VBMort08

fP5VB08P2 mortality ﬁneroot VB08 to POP2 gP/(m2d) VBMort08

fP5VB08P3 mortality ﬁneroot VB08 to POP3 gP/(m2d) VBMort08

fS5VB08P1 mortality ﬁneroot VB08 to POS1 gS/(m2d) VBMort08

fS5VB08P2 mortality ﬁneroot VB08 to POS2 gS/(m2d) VBMort08

fS5VB08P3 mortality ﬁneroot VB08 to POS3 gS/(m2d) VBMort08

fC1VB08P5 mortality stem VB08tto POC5 gC/m3/d VBMort08

fC3VB08P5 mortality branch VB08 to POC5 gC/m3/d VBMort08

fC4VB08P5 mortality root VB08 to POC5 gC/m3/d VBMort08

fN1VB08P5 mortality stem VB08tto PON5 gN/m3/d VBMort08

fN3VB08P5 mortality branch VB08 to PON5 gN/m3/d VBMort08

fN4VB08P5 mortality root VB08 to PON5 gN/m3/d VBMort08

fP1VB08P5 mortality stem VB08tto POP5 gP/m3/d VBMort08

fP3VB08P5 mortality branch VB08 to POP5 gP/m3/d VBMort08

fP4VB08P5 mortality root VB08 to POP5 gP/m3/d VBMort08

fS1VB08P5 mortality stem VB08tto POS5 gS/m3/d VBMort08

fS3VB08P5 mortality branch VB08 to POS5 gS/m3/d VBMort08

fS4VB08P5 mortality root VB08 to POS5 gS/m3/d VBMort08

fNVB08up uptake ﬁneroots VB08 gN/(m2d) VB08Upt

fPVB08up uptake roots VB08 gP/(m2d) VB08Upt

fSVB08up uptake roots VB08 gS/(m2d) VB08Upt

VB09Navail VB09 nitrogen availability in rooting zone gN/m2VB09availN

VB09Pavail VB09 phosphorus availability in rooting z. gP/m2VB09availN

VB09Savail VB09 sulfur availability in rooting zone gS/m2VB09availN

nsnlVB09 number of successive days nutrient lim. VB09 d VBStatus09

SwVB09Gro vegetation biomass growth allowed 0=no,1=yes - VBStatus09

SwVB09Mrt vegetation biomass dead 0=no,1=yes - VBStatus09

nsfVB09 nr successive emersionﬂood VB09 d VBStatus09

ageVB09 age of vegetation cohort 9 d VBGrowth09

SWVB09Dec biomass is decaying after prev mort type 9 - VBGrowth09

fVB09 area scaled ﬂux dVB09 gC/(m2d) VBGrowth09

fC2VB09P1 mortality foliage VB09 to POC1 gC/(m2d) VBMort09

fC2VB09P2 mortality foliage VB09 to POC2 gC/(m2d) VBMort09

fC2VB09P3 mortality foliage VB09 to POC3 gC/(m2d) VBMort09

fN2VB09P1 mortality foliage VB09 to PON1 gN/(m2d) VBMort09

fN2VB09P2 mortality foliage VB09 to PON2 gN/(m2d) VBMort09

fN2VB09P3 mortality foliage VB09 to PON3 gN/(m2d) VBMort09

fP2VB09P1 mortality foliage VB09 to POP1 gP/(m2d) VBMort09

fP2VB09P2 mortality foliage VB09 to POP2 gP/(m2d) VBMort09

fP2VB09P3 mortality foliage VB09 to POP3 gP/(m2d) VBMort09

fS2VB09P1 mortality foliage VB09 to POS1 gS/(m2d) VBMort09

fS2VB09P2 mortality foliage VB09 to POS2 gS/(m2d) VBMort09

fS2VB09P3 mortality foliage VB09 to POS3 gS/(m2d) VBMort09

fC5VB09P1 mortality ﬁneroot VB09 to POC1 gC/(m2d) VBMort09

fC5VB09P2 mortality ﬁneroot VB09 to POC2 gC/(m2d) VBMort09

fC5VB09P3 mortality ﬁneroot VB09 to POC3 gC/(m2d) VBMort09

fN5VB09P1 mortality ﬁneroot VB09 to PON1 gN/(m2d) VBMort09

fN5VB09P2 mortality ﬁneroot VB09 to PON2 gN/(m2d) VBMort09

fN5VB09P3 mortality ﬁneroot VB09 to PON3 gN/(m2d) VBMort09

fP5VB09P1 mortality ﬁneroot VB09 to POP1 gP/(m2d) VBMort09

fP5VB09P2 mortality ﬁneroot VB09 to POP2 gP/(m2d) VBMort09

fP5VB09P3 mortality ﬁneroot VB09 to POP3 gP/(m2d) VBMort09

fS5VB09P1 mortality ﬁneroot VB09 to POS1 gS/(m2d) VBMort09

fS5VB09P2 mortality ﬁneroot VB09 to POS2 gS/(m2d) VBMort09

fS5VB09P3 mortality ﬁneroot VB09 to POS3 gS/(m2d) VBMort09

fC1VB09P5 mortality stem VB09tto POC5 gC/m3/d VBMort09

fC3VB09P5 mortality branch VB09 to POC5 gC/m3/d VBMort09

fC4VB09P5 mortality root VB09 to POC5 gC/m3/d VBMort09

fN1VB09P5 mortality stem VB09tto PON5 gN/m3/d VBMort09

fN3VB09P5 mortality branch VB09 to PON5 gN/m3/d VBMort09

fN4VB09P5 mortality root VB09 to PON5 gN/m3/d VBMort09

fP1VB09P5 mortality stem VB09tto POP5 gP/m3/d VBMort09

fP3VB09P5 mortality branch VB09 to POP5 gP/m3/d VBMort09

continued on next page

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Table 8.1 – continued from previous page

Process Description Unit Process

fP4VB09P5 mortality root VB09 to POP5 gP/m3/d VBMort09

fS1VB09P5 mortality stem VB09tto POS5 gS/m3/d VBMort09

fS3VB09P5 mortality branch VB09 to POS5 gS/m3/d VBMort09

fS4VB09P5 mortality root VB09 to POS5 gS/m3/d VBMort09

fNVB09up uptake ﬁneroots VB09 gN/(m2d) VB09Upt

fPVB09up uptake roots VB09 gP/(m2d) VB09Upt

fSVB09up uptake roots VB09 gS/(m2d) VB09Upt

N-CDetCS1 N:C ratio Detritus S1 gN/gC S1_Comp

P-CDetCS1 P:C ratio Detritus S1 gP/gC S1_Comp

S-CDetCS1 Si:C ratio Detritus S1 gSi/gC S1_Comp

N-COOCS1 N:C ratio Other organics S1 gN/gC S1_Comp

P-COOCS1 P:C ratio Other organics S1 gP/gC S1_Comp

S-COOCS1 Si:C ratio Other organics S1 gSi/gC S1_Comp

N-CDetCS2 N:C ratio Detritus S2 gN/gC S2_Comp

P-CDetCS2 P:C ratio Detritus S2 gP/gC S2_Comp

S-CDetCS2 Si:C ratio Detritus S2 gSi/gC S2_Comp

N-COOCS2 N:C ratio Other organics S2 gN/gC S2_Comp

P-COOCS2 P:C ratio Other organics S2 gP/gC S2_Comp

S-COOCS2 Si:C ratio Other organics S2 gSi/gC S2_Comp

FrAAPS1 fraction AAP in layer S1 gP/gDM S1_Comp

FrAAPS2 fraction AAP in layer S2 gP/gDM S2_Comp

ExtVlODS VL extinction by DOC 1/m Extinc_VLG

C-SPOC1 C:S ratio fast decaying detritus gC/gS Compos

C-SPOC2 C:S ratio medium decaying detritus gC/gS Compos

C-SPOC3 C:S ratio slow detritus gC/gS Compos

C-SPOC4 C:S ratio refractory detritus gC/gS Compos

botsegVB01 bottom segment pointer - VBStatus01

botsegVB02 bottom segment pointer - VBStatus02

botsegVB03 bottom segment pointer - VBStatus03

botsegVB04 bottom segment pointer - VBStatus04

botsegVB05 bottom segment pointer - VBStatus05

botsegVB06 bottom segment pointer - VBStatus06

botsegVB07 bottom segment pointer - VBStatus07

botsegVB08 bottom segment pointer - VBStatus08

botsegVB09 bottom segment pointer - VBStatus09

MaxEM01 maximum biomass for macrophyt emerged 01 gC/m2MaxMacro

MaxSM01 maximum biomass for macrophyt submerged 01 gC/m2MaxMacro

MaxEM02 maximum biomass for EM02 gC/m2MaxMacro

MaxSM02 maximum biomass for SM02 gC/m2MaxMacro

MaxEM03 maximum biomass for EM03 gC/m2MaxMacro

MaxSM03 maximum biomass for SM03 gC/m2MaxMacro

MaxEM04 maximum biomass for EM04 gC/m2MaxMacro

MaxSM04 maximum biomass for SM04 gC/m2MaxMacro

MaxEM05 maximum biomass for EM05 gC/m2MaxMacro

MaxSM05 maximum biomass for SM05 gC/m2MaxMacro

IbotSeg Bottom segment number - Coverage

FrBmSM01 Fraction Biomass Layer macrophyte submerged 01 - MACDIS01

BmLaySM01 Biomass Layer macrophyt submerged 01 gC/m3MACDIS01

HactSM01 Actual Height SM 01 m MACDIS01

ITopSeg01 Tip segment number S01 - MACDIS01

FrBmSM02 Fraction Biomass Layer macrophyte submerged 02 - MACDIS02

BmLaySM02 Biomass Layer macrophyt submerged 02 gC/m3MACDIS02

HactSM02 Actual Height SM 02 m MACDIS02

ITopSeg02 Tip segment number S02 - MACDIS02

FrBmSM03 Fraction Biomass Layer macrophyte submerged 03 - MACDIS03

BmLaySM03 Biomass Layer macrophyt submerged 03 gC/m3MACDIS03

HactSM03 Actual Height SM 03 m MACDIS03

ITopSeg03 Tip segment number S03 - MACDIS03

FrBmSM04 Fraction Biomass Layer macrophyte submerged 04 - MACDIS04

BmLaySM04 Biomass Layer macrophyt submerged 04 gC/m3MACDIS04

HactSM04 Actual Height SM 04 m MACDIS04

ITopSeg04 Tip segment number S04 - MACDIS04

FrBmSM05 Fraction Biomass Layer macrophyte submerged 05 - MACDIS05

BmLaySM05 Biomass Layer macrophyt submerged 05 gC/m3MACDIS05

HactSM05 Actual Height SM 05 m MACDIS05

ITopSeg05 Tip segment number S05 - MACDIS05

LimRadSM01 radiation limitation function SM01 <0-1>- Rad_SM01

LimRadSM02 radiation limitation function SM02 <0-1>- Rad_SM02

LimRadSM03 radiation limitation function SM03 <0-1>- Rad_SM03

LimRadSM04 radiation limitation function SM04 <0-1>- Rad_SM04

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Table 8.1 – continued from previous page

Process Description Unit Process

LimRadSM05 radiation limitation function SM05 <0-1>- Rad_SM05

NH4S12 NH4 in S12 pore water gN/m3NPPoreS12

PO4S12 PO4 in S12 pore water gN/m3NPPoreS12

CDINSM01W average water concentration DIN for SM01 m MACNUTSM01

CPO4SM01W average water concentration PO4 for SM01 m MACNUTSM01

CCO2SM01 average concentration CO2+H2CO3 for SM01 m MACNUTSM01

CHCO3SM01 average concentration HCO3 for SM01 m MACNUTSM01

CDINSM01B average sediment concentration DIN for SM01 m MACNUTSM01

CPO4SM01B average sediment concentration PO4 for SM01 m MACNUTSM01

LimNutSM01 nutrient limitation function SM01 <0-1>- MACNUTSM01

FrootNSM01 fraction root uptake nitrogen SM01 - MACNUTSM01

FrootPSM01 fraction root uptake phosphorus SM01 - MACNUTSM01

CDINSM02W average water concentration DIN for SM02 m MACNUTSM02

CPO4SM02W average water concentration PO4 for SM02 m MACNUTSM02

CCO2SM02 average concentration CO2+H2CO3 for SM02 m MACNUTSM02

CHCO3SM02 average concentration HCO3 for SM02 m MACNUTSM02

CDINSM02B average sediment concentration DIN for SM02 m MACNUTSM02

CPO4SM02B average sediment concentration PO4 for SM02 m MACNUTSM02

LimNutSM02 nutrient limitation function SM02 <0-1>- MACNUTSM02

FrootNSM02 fraction root uptake nitrogen SM02 - MACNUTSM02

FrootPSM02 fraction root uptake phosphorus SM02 - MACNUTSM02

CDINSM03W average water concentration DIN for SM03 m MACNUTSM03

CPO4SM03W average water concentration PO4 for SM03 m MACNUTSM03

CCO2SM03 average concentration CO2+H2CO3 for SM03 m MACNUTSM03

CHCO3SM03 average concentration HCO3 for SM03 m MACNUTSM03

CDINSM03B average sediment concentration DIN for SM03 m MACNUTSM03

CPO4SM03B average sediment concentration PO4 for SM03 m MACNUTSM03

LimNutSM03 nutrient limitation function SM03 <0-1>- MACNUTSM03

FrootNSM03 fraction root uptake nitrogen SM03 - MACNUTSM03

FrootPSM03 fraction root uptake phosphorus SM03 - MACNUTSM03

CDINSM04W average water concentration DIN for SM04 m MACNUTSM04

CPO4SM04W average water concentration PO4 for SM04 m MACNUTSM04

CCO2SM04 average concentration CO2+H2CO3 for SM04 m MACNUTSM04

CHCO3SM04 average concentration HCO3 for SM04 m MACNUTSM04

CDINSM04B average sediment concentration DIN for SM04 m MACNUTSM04

CPO4SM04B average sediment concentration PO4 for SM04 m MACNUTSM04

LimNutSM04 nutrient limitation function SM04 <0-1>- MACNUTSM04

FrootNSM04 fraction root uptake nitrogen SM04 - MACNUTSM04

FrootPSM04 fraction root uptake phosphorus SM04 - MACNUTSM04

CDINSM05W average water concentration DIN for SM05 m MACNUTSM05

CPO4SM05W average water concentration PO4 for SM05 m MACNUTSM05

CCO2SM05 average concentration CO2+H2CO3 for SM05 m MACNUTSM05

CHCO3SM05 average concentration HCO3 for SM05 m MACNUTSM05

CDINSM05B average sediment concentration DIN for SM05 m MACNUTSM05

CPO4SM05B average sediment concentration PO4 for SM05 m MACNUTSM05

LimNutSM05 nutrient limitation function SM05 <0-1>- MACNUTSM05

FrootNSM05 fraction root uptake nitrogen SM05 - MACNUTSM05

FrootPSM05 fraction root uptake phosphorus SM05 - MACNUTSM05

FrTIMS2 fraction TIM in layer S2 gDM/gDM Res_Pickup

fSedIM1S2 sedimentation ﬂux IM1 towards S2 g/(m2d) Sed_IM1

fSedIM2S2 sedimentation ﬂux IM2 towards S2 g/(m2d) Sed_IM2

fSedIM3S2 sedimentation ﬂux IM3 towards S2 g/(m2d) Sed_IM3

fReﬂ fraction of radiation reﬂected at water surface - Reﬂection

MnTempSM01 depth/biomass-averaged temperature for SM01 ◦C MACNUTSM01

MnTempSM02 depth/biomass-averaged temperature for SM01 ◦C MACNUTSM02

MnTempSM03 depth/biomass-averaged temperature for SM01 ◦C MACNUTSM03

MnTempSM04 depth/biomass-averaged temperature for SM01 ◦C MACNUTSM04

MnTempSM05 depth/biomass-averaged temperature for SM01 ◦C MACNUTSM05

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9 Segment related process input with a default value

Table 9.1: Segment related process input with a default value

Process Description Unit Process

VertDisp vertical dispersion m2/s VertDisp

VxSedIM1 sedimentation velocity IM1 m/s Sed_IM1

VxSedIM2 sedimentation velocity IM2 m/s Sed_IM2

VxSedIM3 sedimentation velocity IM3 m/s Sed_IM3

VxSedDiat sedimentation velocity Diatoms m/s SedDiat

VxSedGreen sedimentation velocity Greens m/s Sed_Gre

VxSedAlg sedimentation velocity m/s SEDALG

VxSedAlg01 sedimentation velocity algae type 01 m/s SEDALG01

VxSedAlg02 sedimentation velocity algae type 02 m/s SEDALG02

VxSedAlg03 sedimentation velocity algae type 03 m/s SEDALG03

VxSedAlg04 sedimentation velocity algae type 04 m/s SEDALG04

VxSedAlg05 sedimentation velocity algae type 05 m/s SEDALG05

VxSedAlg06 sedimentation velocity algae type 06 m/s SEDALG06

VxSedAlg07 sedimentation velocity algae type 07 m/s SEDALG07

VxSedAlg08 sedimentation velocity algae type 08 m/s SEDALG08

VxSedAlg09 sedimentation velocity algae type 09 m/s SEDALG09

VxSedAlg10 sedimentation velocity algae type 10 m/s SEDALG10

VxSedAlg11 sedimentation velocity algae type 11 m/s SEDALG11

VxSedAlg12 sedimentation velocity algae type 12 m/s SEDALG12

VxSedAlg13 sedimentation velocity algae type 13 m/s SEDALG13

VxSedAlg14 sedimentation velocity algae type 14 m/s SEDALG14

VxSedAlg15 sedimentation velocity algae type 15 m/s SEDALG15

VxSedAlg16 sedimentation velocity algae type 16 m/s SEDALG16

VxSedAlg17 sedimentation velocity algae type 17 m/s SEDALG17

VxSedAlg18 sedimentation velocity algae type 18 m/s SEDALG18

VxSedAlg19 sedimentation velocity algae type 19 m/s SEDALG19

VxSedAlg20 sedimentation velocity algae type 20 m/s SEDALG20

VxSedAlg21 sedimentation velocity algae type 21 m/s SEDALG21

VxSedAlg22 sedimentation velocity algae type 22 m/s SEDALG22

VxSedAlg23 sedimentation velocity algae type 23 m/s SEDALG23

VxSedAlg24 sedimentation velocity algae type 24 m/s SEDALG24

VxSedAlg25 sedimentation velocity algae type 25 m/s SEDALG25

VxSedAlg26 sedimentation velocity algae type 26 m/s SEDALG26

VxSedAlg27 sedimentation velocity algae type 27 m/s SEDALG27

VxSedAlg28 sedimentation velocity algae type 28 m/s SEDALG28

VxSedAlg29 sedimentation velocity algae type 29 m/s SEDALG29

VxSedAlg30 sedimentation velocity algae type 30 m/s SEDALG30

VxSedPhyt sedimentation velocity phytoplankton m/s SedPhBlo_P

VxSedPhyt sedimentation velocity phytoplankton m/s SedPhBlo

VxSedPhyt sedimentation velocity phytoplankton m/s SedPhDyn

VxSedPOCna sedimentation velocity POC no algae m/s Sum_Sedim

VxSedPOC1 sedimentation velocity POC1 m/s Sed_POC1

VxSedPOC2 sedimentation velocity POC2 m/s Sed_POC2

VxSedPOC3 sedimentation velocity POC3 m/s Sed_POC3

VxSedPOC4 sedimentation velocity POC4 m/s Sed_POC4

VxRes0 resuspension velocity m/s AdvTra

VxBur0 burial velocity m/s AdvTra

VxSep0 seepage velocity m/s AdvTra

VxTur0 bio-turbation velocities m/s DSPTra

VxDif0 bio-irrigation velocities m/s DSPTra

VxDownOXY total downward transport in sediment m/s TraSe2_OXY

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10 Segment related process input with a default value

Table 10.1: Segment related process input with a default value

Process Description Unit Default

Continuity Continuity g/m31.000

OXY Dissolved Oxygen g/m310.000

CBOD5 carbonaceous BOD ﬁrst pool at 5 days gO2/m30.000

CBOD5_2 carbonaceous BOD second pool at 5 days gO2/m30.000

CBOD5_3 carbonaceous BOD third pool at 5 days gO2/m30.000

CBODu carbonaceous BOD ﬁrst pool ultimate gO2/m30.000

CBODu_2 carbonaceous BOD second pool ultimate gO2/m30.000

COD_Cr COD concentration by the Cr-method gO2/m30.000

COD_Mn COD concentration by the Mn-method gO2/m30.000

NBOD5 nitrogenous BOD at 5 days gO2/m30.000

NBODu nitrogenous BOD ultimate gO2/m30.000

SOD Sediment oxygen demand SOD gO2/m20.000

IM1 inorganic matter IM1 gDM/m30.000

IM1S1 IM1 in layer S1 gDM/m20.000

IM1S2 IM1 in layer S2 gDM/m20.000

IM2 inorganic matter IM2 gDM/m30.000

IM2S1 IM2 in layer S1 gDM/m20.000

IM2S2 IM2 in layer S2 gDM/m20.000

IM3 inorganic matter IM3 gDM/m30.000

IM3S1 IM3 in layer S1 gDM/m20.000

IM3S2 IM3 in layer S2 gDM/m20.000

Salinity Salinity g/kg 35.000

Cl Chloride g/m320000.000

NH4 Ammonium NH4 gN/m30.000

NO3 Nitrate NO3 gN/m30.000

PO4 Ortho-Phosphate PO4 gP/m30.000

AAP adsorbed ortho phosphate gP/m30.000

AAPS1 adsorbed O-PO4 in layer S1 gP/m20.000

AAPS2 adsorbed O-PO4 in layer S2 gP/m20.000

VIVP Vivianite-P gP/m30.000

APATP Apatite-P gP/m30.000

Si dissolved Silica Si gSi/m30.000

Opal Opal-Si gSi/m30.000

TIC total inorganic carbonate gC/m30.000

SO4 sulphate SO4 gS/m30.000

FeCO3 ironII carbonate concentration gFe/m30.000

FeIId total dissolved reducing iron gFe/m30.000

FeIIId dissolved oxidizing iron gFe/m30.000

FeIIIpa particulate amorphous oxidizing iron gFe/m30.000

FeIIIpc particulate crystalline oxidizing iron gFe/m30.000

FeS ironII sulphide gFe/m30.000

FeS2 pyrite gFe/m30.000

POC1 POC1 fast decomposing fraction gC/m30.000

POC2 POC2 medium decomposing fraction gC/m30.000

POC3 POC3 slow decomposing fraction gC/m30.000

POC4 POC4 particulate refractory fraction gC/m30.000

PON1 PON1 fast decomposing fraction gN/m30.000

PON2 PON2 medium decomposing fraction gN/m30.000

PON3 PON3 slow decomposing fraction gN/m30.000

PON4 PON4 particulate refractory fraction gN/m30.000

POP1 POP1 fast decomposing fraction gP/m30.000

POP2 POP2 medium decomposing fraction gP/m30.000

POP3 POP3 slow decomposing fraction gP/m30.000

POP4 POP4 particulate refractory fraction gP/m30.000

POS1 POS1 fast decomposing fraction gS/m30.000

POS2 POS2 medium decomposing fraction gS/m30.000

POS3 POS3 slow decomposing fraction gS/m30.000

POS4 POS4 particulate refractory fraction gS/m30.000

DOC Dissolved Organic Carbon DOC gC/m30.000

DON Dissolved Organic Nitrogen DON gN/m30.000

DOP Dissolved Organic Phosphorus DOP gP/m30.000

DOS Dissolved Organic Sulphur DOS gS/m30.000

DetCS1 DetC in layer S1 gC/m20.000

DetCS2 DetC in layer S2 gC/m20.000

DetNS1 DetN in layer S1 gN/m20.000

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Table 10.1 – continued from previous page

Process Description Unit Default

DetNS2 DetN in layer S2 gN/m20.000

DetPS1 DetP in layer S1 gP/m20.000

DetPS2 DetP in layer S2 gP/m20.000

DetSiS1 DetSi in layer S1 gSi/m20.000

DetSiS2 DetSi in layer S2 gSi/m20.000

OOCS1 OOC in layer S1 gC/m20.000

OOCS2 OOC in layer S2 gC/m20.000

OONS1 OON in layer S1 gN/m20.000

OONS2 OON in layer S2 gN/m20.000

OOPS1 OOP in layer S1 gP/m20.000

OOPS2 OOP in layer S2 gP/m20.000

OOSiS1 OOSi in layer S1 gSi/m20.000

OOSiS2 OOSi in layer S2 gSi/m20.000

BLOOMALG02 concentration of algae type 2 gC/m3-101.000

BLOOMALG03 concentration of algae type 3 gC/m3-101.000

BLOOMALG04 concentration of algae type 4 gC/m3-101.000

BLOOMALG05 concentration of algae type 5 gC/m3-101.000

BLOOMALG06 concentration of algae type 6 gC/m3-101.000

BLOOMALG07 concentration of algae type 7 gC/m3-101.000

BLOOMALG08 concentration of algae type 8 gC/m3-101.000

BLOOMALG09 concentration of algae type 9 gC/m3-101.000

BLOOMALG10 concentration of algae type 10 gC/m3-101.000

BLOOMALG11 concentration of algae type 11 gC/m3-101.000

BLOOMALG12 concentration of algae type 12 gC/m3-101.000

BLOOMALG13 concentration of algae type 13 gC/m3-101.000

BLOOMALG14 concentration of algae type 14 gC/m3-101.000

BLOOMALG15 concentration of algae type 15 gC/m3-101.000

BLOOMALG16 concentration of algae type 16 gC/m3-101.000

BLOOMALG17 concentration of algae type 17 gC/m3-101.000

BLOOMALG18 concentration of algae type 18 gC/m3-101.000

BLOOMALG19 concentration of algae type 19 gC/m3-101.000

BLOOMALG20 concentration of algae type 20 gC/m3-101.000

BLOOMALG21 concentration of algae type 21 gC/m3-101.000

BLOOMALG22 concentration of algae type 22 gC/m3-101.000

BLOOMALG23 concentration of algae type 23 gC/m3-101.000

BLOOMALG24 concentration of algae type 24 gC/m3-101.000

BLOOMALG25 concentration of algae type 25 gC/m3-101.000

BLOOMALG26 concentration of algae type 26 gC/m3-101.000

BLOOMALG27 concentration of algae type 27 gC/m3-101.000

BLOOMALG28 concentration of algae type 28 gC/m3-101.000

BLOOMALG29 concentration of algae type 29 gC/m3-101.000

BLOOMALG30 concentration of algae type 30 gC/m3-101.000

Diat Diatoms gC/m30.000

DiatS1 Diatoms in layer S1 gC/m20.000

DiatS2 Diatoms in layer S2 gC/m20.000

Green Algae non-Diatoms gC/m30.000

GreenS1 Algae in layer S1 gC/m20.000

GreenS2 Algae in layer S2 gC/m20.000

MPB1peliS1 MPB epipelic biomass in layer S1 gC/m20.000

MPB1peliS2 MPB epipelic biomass in layer S2 gC/m20.000

MPB2psamS1 MPB n-diat biomass in layer S1 gC/m20.000

MPB2psamS2 MPB n-diat biomass in sediment S2 gC/m20.000

Surf horizontal surface area of a DELWAQ segment m20.100

LocSedDept Sediment layer depth to bottom of segment m 0.000

ZThreshold depth threshold for emersion m 0.010

SwEmersion switch indicating submersion0 or emersion1 - 0.000

XYScaleFac Mult for meteo to segment coordinates - 1.000

NoMeteoSta Number of Meteo stations in calculation - 1.000

Mete◦ClcSW Option 1=nearest; 2= lin dist 3=squared dist - 1.000

RadSW Short wave radiation reaching water W/m20.000

VWind wind speed m/s 3.000

RelHumAir Relative air humidity % 80.000

TempAir Air temperature ◦C 15.000

PAtm Air pressure mbar 1000.000

SunFac Percentage sunshine % 0.000

fReﬂSW Reﬂection factor for Qsw - 0.050

SWEmiss Switch for calculation of emissivity - 1.000

SBC StefanBolzman Constant W/m2/K-4 0.000

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Process Description Unit Default

fReﬂA Reﬂection factor for Qa - 0.030

EmissWat Emissivity colour factor of surface water - 0.970

NatTemp air temperature ◦C 15.000

RhoWat0 density of water at 4◦C kg/m31000.000

CwindA Coefﬁcient in wind function a - 4.400

CwindB Coefﬁcient in wind function b - 1.820

CwindC Coefﬁcient in wind function c - 0.000

Hwindm Height at which wind speed is measured m 10.000

Hwinda Height of wind speed needed for wind function m 10.000

Ctauwind Roughness coef for calculation vwind - 0.050

cpa Speciﬁc heat capacity of air J/kg,K 1005.000

RadRB Heat exchange between water and riverbed W/m20.000

CP speciﬁc heat of water J/kg/◦C 4183.000

CorrTemp1D Correction of temperature near discharge 1D ◦C 0.000

TempWref Reference water temperature for wind function ◦C 15.000

SwitchTemp switch modelled temp is absolute0 or surplus1 - 1.000

MinDepthT minimal depth for heatﬂux calculation m 0.050

Latitude latitude of study area degrees 52.100

RefDay daynumber of reference day simulation d 0.000

AuxSys ratio between days and system clock scu/d 86400.000

DayRadSurf actual irradiance over the day W/m20.000

FactRcHeat Factor on heat exchange - 1.000

ZHeatExch Zeroth-order heat exchange ◦C/d 0.000

SwTempDF switch temperature increase on tidal ﬂats - 0.000

ThSedDT thickness sed. layer subjected to temp. change m 0.000

RadMax maximal irradiance W/m21400.000

RTradmax max. rate temp. increase tidal ﬂats ◦C/d 0.000

DelTradmax max. temp. increase tidal ﬂats radiation ◦C 0.000

DelTev temperature decrease evaporation tidal ﬂats ◦C 0.000

Temp ambient water temperature ◦C 15.000

MaxVeloc maximum horizontal ﬂow velocity m/s 0.000

SWCalcVelo switch 1=lin avg, 2=Flow avg, 3=Area avg - 1.000

SWAvgVelo switch 1=Pythagoras, 2=Min, 3=Max - 1.000

Velocity horizontal ﬂow velocity m/s 0.500

ScaleVdisp scaling factor for vertical diffusion - 1.000

DetC Detritus Carbon DetC gC/m30.000

DetN Detritus Nitrogen DetN gN/m30.000

DetP Detritus Phosphorus DetP gP/m30.000

DetSi Detritus Silica DetSi gSi/m30.000

DispConst horizontal dispersion constant - 0.000

HorzDispMx maximum value horizontal dispersion m2/s ***************

Dfact_a Factor a in dispersion calculation - 10.000

Dfact_b Factor b in dispersion calculation - 0.800

Dfact_c Factor c in dispersion calculation - 1.200

Dback Background dispersion m2/s 10.000

Dmin Minimal dispersion coefﬁcient m2/s 0.000

Dmax Maximal Dispersion coefﬁcient m2/s 1000.000

RcDecTR1 decay rate tracer1 for AGE calculations 1/d 0.010

RcDecTR2 decay rate tracer2 for AGE calculations 1/d 0.010

RcDecTR3 decay rate tracer3 for AGE calculations 1/d 0.010

RcDecTR4 decay rate tracer4 for AGE calculations 1/d 0.010

RcDecTR5 decay rate tracer5 for AGE calculations 1/d 0.010

Rough bottom roughness/friction m 0.001

Manncoef Mannings Coefﬁcent m 0.026

SwChezy switch 1=White/Coolbrook, 2=Manning - 1.000

WaveHeight calculated height of a wind induced wave m 0.000

WaveLength calculated length of a wind induced wave m 0.000

WavePeriod calculated period of a wind induced wave s 0.000

TauShip bottom shear stress by ship movement N/m20.000

SWTauVeloc Switch Tauveloc 1=calculate|2=TauFlow - 1.000

TauFlow bottom shear stress by FLOW N/m20.000

SWTau switch <1=Tamminga|2=Swart|3=Soulsby>- 1.000

pH_min minimum allowed calculated pH - 1.000

pH_max maximum allowed calculated pH - 14.000

pH pH - 7.000

Poros volumetric porosity - 1.000

CO2 CO2 g/m30.000

DisCO2 concentration of dissolved carbon dioxide g/m30.000

DisH2CO3 concentration of dissolved true H2CO3 gC/m30.000

DisHCO3 concentration of dissolved HCO3- gC/m30.000

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Process Description Unit Default

FrCO3dis fraction dissolved free carbonate - 0.000

ExtVlAlg extinction coeff. visible light by algae m2/gC 0.200

BLOOMALG algae concentration gC/m3-101.000

FixAlg benthic:<0, resuspended:>0, plankton:=0 - 0.000

ExtVlPhyt VL extinction by phytoplankton 1/m 0.000

NAlgBloom number of algae types in BLOOM - 30.000

SW_ﬁxin_y switch possible scaling of input, DO NOT EDIT - 1.000

ExtVlAlg01 VL speciﬁc extinction coefﬁcient algae type 01 m2/gC 0.200

ExtVlAlg02 VL speciﬁc extinction coefﬁcient algae type 02 m2/gC 0.200

ExtVlAlg03 VL speciﬁc extinction coefﬁcient algae type 03 m2/gC 0.200

ExtVlAlg04 VL speciﬁc extinction coefﬁcient algae type 04 m2/gC 0.200

ExtVlAlg05 VL speciﬁc extinction coefﬁcient algae type 05 m2/gC 0.200

ExtVlAlg06 VL speciﬁc extinction coefﬁcient algae type 06 m2/gC 0.200

ExtVlAlg07 VL speciﬁc extinction coefﬁcient algae type 07 m2/gC 0.200

ExtVlAlg08 VL speciﬁc extinction coefﬁcient algae type 08 m2/gC 0.200

ExtVlAlg09 VL speciﬁc extinction coefﬁcient algae type 09 m2/gC 0.200

ExtVlAlg10 VL speciﬁc extinction coefﬁcient algae type 10 m2/gC 0.200

ExtVlAlg11 VL speciﬁc extinction coefﬁcient algae type 11 m2/gC 0.200

ExtVlAlg12 VL speciﬁc extinction coefﬁcient algae type 12 m2/gC 0.200

ExtVlAlg13 VL speciﬁc extinction coefﬁcient algae type 13 m2/gC 0.200

ExtVlAlg14 VL speciﬁc extinction coefﬁcient algae type 14 m2/gC 0.200

ExtVlAlg15 VL speciﬁc extinction coefﬁcient algae type 15 m2/gC 0.200

ExtVlAlg16 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg17 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg18 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg19 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg20 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg21 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg22 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg23 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg24 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg25 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg26 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg27 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg28 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg29 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

ExtVlAlg30 VL speciﬁc extinction coefﬁcient algae ty m2/gC 0.200

FixAlg01 algae type 01 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg02 algae type 02 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg03 algae type 03 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg04 algae type 04 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg05 algae type 05 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg06 algae type 06 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg07 algae type 07 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg08 algae type 08 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg09 algae type 09 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg10 algae type 10 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg11 algae type 11 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg12 algae type 12 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg13 algae type 13 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg14 algae type 14 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg15 algae type 15 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg16 algae type 16 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg17 algae type 17 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg18 algae type 18 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg19 algae type 19 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg20 algae type 20 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg21 algae type 21 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg22 algae type 22 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg23 algae type 23 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg24 algae type 24 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg25 algae type 25 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg26 algae type 26 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg27 algae type 27 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg28 algae type 28 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg29 algae type 29 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

FixAlg30 algae type 30 ﬁxed 0=not app,>0=sus,<0=ﬁxed - 0.000

NAlgDynamo number of algae types in DYNAMO - 2.000

SW_ﬁxin_n switch possible scaling of input, DO NOT EDIT - 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

ExtVlGreen VL speciﬁc extinction coefﬁcient Greens m2/gC 0.150

ExtVlDiat VL speciﬁc extinction coefﬁcient Diatoms m2/gC 0.150

ExtUVAlg extinction coefﬁcent UV light by algae m2/gC 0.150

ExtUvPhyt UV extinction by phytoplankton 1/m 0.000

ExtUVAlg01 UV speciﬁc extinction coefﬁcient algae type 01 m2/gC 0.150

ExtUVAlg02 UV speciﬁc extinction coefﬁcient algae type 02 m2/gC 0.150

ExtUVAlg03 UV speciﬁc extinction coefﬁcient algae type 03 m2/gC 0.150

ExtUVAlg04 UV speciﬁc extinction coefﬁcient algae type 04 m2/gC 0.150

ExtUVAlg05 UV speciﬁc extinction coefﬁcient algae type 05 m2/gC 0.150

ExtUVAlg06 UV speciﬁc extinction coefﬁcient algae type 06 m2/gC 0.150

ExtUVAlg07 UV speciﬁc extinction coefﬁcient algae type 07 m2/gC 0.150

ExtUVAlg08 UV speciﬁc extinction coefﬁcient algae type 08 m2/gC 0.150

ExtUVAlg09 UV speciﬁc extinction coefﬁcient algae type 09 m2/gC 0.150

ExtUVAlg10 UV speciﬁc extinction coefﬁcient algae type 10 m2/gC 0.150

ExtUVAlg11 UV speciﬁc extinction coefﬁcient algae type 11 m2/gC 0.150

ExtUVAlg12 UV speciﬁc extinction coefﬁcient algae type 12 m2/gC 0.150

ExtUVAlg13 UV speciﬁc extinction coefﬁcient algae type 13 m2/gC 0.150

ExtUVAlg14 UV speciﬁc extinction coefﬁcient algae type 14 m2/gC 0.150

ExtUVAlg15 UV speciﬁc extinction coefﬁcient algae type 15 m2/gC 0.150

ExtUVAlg16 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg17 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg18 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg19 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg20 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg21 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg22 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg23 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg24 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg25 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg26 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg27 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg28 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg29 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVAlg30 UV speciﬁc extinction coefﬁcient algae ty m2/gC 0.150

ExtUVGreen UV speciﬁc extinction coefﬁcient Greens m2/gC 0.150

ExtUVDiat UV speciﬁc extinction coefﬁcient Diatoms m2/gC 0.150

ExtVlDOC VL speciﬁc extinction coefﬁcient DOC m2/gC 0.000

ExtVlPOC1 VL speciﬁc extinction coefﬁcient POC1 m2/gC 0.100

ExtVlPOC2 VL speciﬁc extinction coefﬁcient POC2 m2/gC 0.100

ExtVlPOC3 VL speciﬁc extinction coefﬁcient POC3 m2/gC 0.100

ExtVlPOC4 VL speciﬁc extinction coefﬁcient POC4 m2/gC 0.100

ExtUVDOC UV speciﬁc extinction coefﬁcient DOC m2/gC 0.000

ExtUVPOC1 UV speciﬁc extinction coefﬁcient POC1 m2/gC 0.100

ExtUVPOC2 UV speciﬁc extinction coefﬁcient POC2 m2/gC 0.100

ExtUVPOC3 UV speciﬁc extinction coefﬁcient POC3 m2/gC 0.100

ExtUVPOC4 UV speciﬁc extinction coefﬁcient POC4 m2/gC 0.100

ExtVlIM1 VL speciﬁc extinction coefﬁcient IM1 m2/gDM 0.010

ExtVlIM2 VL speciﬁc extinction coefﬁcient IM2 m2/gDM 0.010

ExtVlIM3 VL speciﬁc extinction coefﬁcient IM3 m2/gDM 0.010

ExtVlBak background extinction visible light 1/m 0.080

ExtVlMacro VL extinction by macrophytes 1/m 0.000

SW_Uitz Extinction by Uitzicht On 1 or Off 0 - 0.000

UitZDEPT1 Z1 depth m 1.200

UitZDEPT2 Z2 depth m 1.000

UitZCORCH CORa correction factor - 2.500

UitZC_DET C3 coeff. absorption ash weight & detritus - 0.026

UitZC_GL1 C1 coeff. absorption ash weight & detritus - 0.730

UitZC_GL2 C2 coeff. absorption ash weight & detritus - 1.000

UitZHELHM Hel_h constant nm-1 0.014

UitZTAU Tau constant calculation transparency - 7.800

UitZangle Angle of incidence solar radiation degrees 30.000

DMCFDetC DM:C ratio DetC gDM/gC 2.500

ExtVLSal0 extra VL extinction at Salinity = 0 1/m 0.000

SalExt0 salinity value for extra extinction = 0 g/kg 34.920

ExtUvIM1 UV speciﬁc extinction coefﬁcent IM1 m2/gDM 0.010

ExtUvIM2 UV speciﬁc extinction coefﬁcent IM2 m2/gDM 0.010

ExtUvIM3 UV speciﬁc extinction coefﬁcent IM3 m2/gDM 0.010

ExtUvBak background extinction UV light 1/m 0.080

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Process Description Unit Default

ExtUvMacro UV extinction by macrophytes 1/m 0.000

ExtUVSal0 extra UV extinction at Salinity = 0 1/m 0.000

ExtUv total extinction coefﬁcient UV light 1/m 3.000

a_enh enhancement factor in radiation calculation - 1.500

DayL daylength <0-1>d 0.580

SWDepAve switch for module DepAve 0=off, 1=on - 0.000

TimMultBl ratio bloom/delwaq time step - 1.000

BloomDepth average depth over Bloom time step m 0.000

SwVTRANS switch effect of vertical mixing on light - 0.000

ThrAlgNH4 threshold concentration uptake ammonium gN/m30.000

ThrAlgNO3 threshold concentration uptake nitrate gN/m30.000

ThrAlgPO4 threshold concentration uptake phosphate gP/m30.000

ThrAlgSi threshold concentration uptake silicium gSi/m30.000

SWBloomOut switch on BLOOM output 0=no,1=yes - 0.000

SWOxyProd switch on oxygen prod. 0=BLOOM, 1=VAROXY - 0.000

FrAutAlg frac. mort. algae dissolved as nutrients - 0.350

FrDetAlg frac. mort. algae detritus production - 0.650

DMCFALG DM:C ratio algae gDM/gC 2.500

NCRAlg N:C ratio per algae type gN/gC 0.200

PCRAlg P:C ratio per algae type gP/gC 0.020

SCRAlg Si:C ratio per algae type gSi/gC 0.002

XNCRAlg N:C for heterotrophic algae types gN/gC 0.000

XPCRAlg P:C for heterotrophic algae types gP/gC 0.000

FNCRAlg N/C for nitrogen ﬁxing algae types gN/gC 0.000

ChlaCAlg Chlorophyll-a:C ratio per algae type gChla/gC 0.030

PPMaxAlg pot. maximum growth rate at 0 dg C 1/d 0.350

TcPMxAlg temperature coefﬁcient for growth - 1.060

TFPMxAlg growth response temp. 0-lin,<>0-expon - 1.000

Mort0Alg mortality rate at 0 dg C 1/d 0.045

TcMrtAlg temperature coefﬁcient for mortality - 1.085

MRespAlg maintenance respiration rate at 0 dg C 1/d 0.031

TcRspAlg temperature coefﬁcient for respiration - 1.072

SDMixAlg distribution water column: fraction of depth - 1.000

MrtExAlg extra rapid mortality rate 1/d/C 0.000

Mort2Alg salinity dependent mortality rate at 0 dg C 1/d 0.000

MrtB1Alg coeff. b1 salinity dependent mort.func. gCl/m30.002

MrtB2Alg coeff. b2 salinity dependent mort.func. gCl/m38000.000

SpecAlg01 number of the group for algae type 01 - 0.000

SpecAlg02 number of the group for algae type 02 - 0.000

SpecAlg03 number of the group for algae type 03 - 0.000

SpecAlg04 number of the group for algae type 04 - 0.000

SpecAlg05 number of the group for algae type 05 - 0.000

SpecAlg06 number of the group for algae type 06 - 0.000

SpecAlg07 number of the group for algae type 07 - 0.000

SpecAlg08 number of the group for algae type 08 - 0.000

SpecAlg09 number of the group for algae type 09 - 0.000

SpecAlg10 number of the group for algae type 10 - 0.000

SpecAlg11 number of the group for algae type 11 - 0.000

SpecAlg12 number of the group for algae type 12 - 0.000

SpecAlg13 number of the group for algae type 13 - 0.000

SpecAlg14 number of the group for algae type 14 - 0.000

SpecAlg15 number of the group for algae type 15 - 0.000

SpecAlg16 number of the group for algae type 16 - 0.000

SpecAlg17 number of the group for algae type 17 - 0.000

SpecAlg18 number of the group for algae type 18 - 0.000

SpecAlg19 number of the group for algae type 19 - 0.000

SpecAlg20 number of the group for algae type 20 - 0.000

SpecAlg21 number of the group for algae type 21 - 0.000

SpecAlg22 number of the group for algae type 22 - 0.000

SpecAlg23 number of the group for algae type 23 - 0.000

SpecAlg24 number of the group for algae type 24 - 0.000

SpecAlg25 number of the group for algae type 25 - 0.000

SpecAlg26 number of the group for algae type 26 - 0.000

SpecAlg27 number of the group for algae type 27 - 0.000

SpecAlg28 number of the group for algae type 28 - 0.000

SpecAlg29 number of the group for algae type 29 - 0.000

SpecAlg30 number of the group for algae type 30 - 0.000

FrAutAlg01 fraction autolysis algae type 01 - 0.350

FrAutAlg02 fraction autolysis algae type 02 - 0.350

FrAutAlg03 fraction autolysis algae type 03 - 0.350

FrAutAlg04 fraction autolysis algae type 04 - 0.350

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Process Description Unit Default

FrAutAlg05 fraction autolysis algae type 05 - 0.350

FrAutAlg06 fraction autolysis algae type 06 - 0.350

FrAutAlg07 fraction autolysis algae type 07 - 0.350

FrAutAlg08 fraction autolysis algae type 08 - 0.350

FrAutAlg09 fraction autolysis algae type 09 - 0.350

FrAutAlg10 fraction autolysis algae type 10 - 0.350

FrAutAlg11 fraction autolysis algae type 11 - 0.350

FrAutAlg12 fraction autolysis algae type 12 - 0.350

FrAutAlg13 fraction autolysis algae type 13 - 0.350

FrAutAlg14 fraction autolysis algae type 14 - 0.350

FrAutAlg15 fraction autolysis algae type 15 - 0.350

FrAutAlg16 fraction autolysis algae type 16 - 0.350

FrAutAlg17 fraction autolysis algae type 17 - 0.350

FrAutAlg18 fraction autolysis algae type 18 - 0.350

FrAutAlg19 fraction autolysis algae type 19 - 0.350

FrAutAlg20 fraction autolysis algae type 20 - 0.350

FrAutAlg21 fraction autolysis algae type 21 - 0.350

FrAutAlg22 fraction autolysis algae type 22 - 0.350

FrAutAlg23 fraction autolysis algae type 23 - 0.350

FrAutAlg24 fraction autolysis algae type 24 - 0.350

FrAutAlg25 fraction autolysis algae type 25 - 0.350

FrAutAlg26 fraction autolysis algae type 26 - 0.350

FrAutAlg27 fraction autolysis algae type 27 - 0.350

FrAutAlg28 fraction autolysis algae type 28 - 0.350

FrAutAlg29 fraction autolysis algae type 29 - 0.350

FrAutAlg30 fraction autolysis algae type 30 - 0.350

FrDetAlg01 fraction detritus by mortality algae type 01 - 0.650

FrDetAlg02 fraction detritus by mortality algae type 02 - 0.650

FrDetAlg03 fraction detritus by mortality algae type 03 - 0.650

FrDetAlg04 fraction detritus by mortality algae type 04 - 0.650

FrDetAlg05 fraction detritus by mortality algae type 05 - 0.650

FrDetAlg06 fraction detritus by mortality algae type 06 - 0.650

FrDetAlg07 fraction detritus by mortality algae type 07 - 0.650

FrDetAlg08 fraction detritus by mortality algae type 08 - 0.650

FrDetAlg09 fraction detritus by mortality algae type 09 - 0.650

FrDetAlg10 fraction detritus by mortality algae type 10 - 0.650

FrDetAlg11 fraction detritus by mortality algae type 11 - 0.650

FrDetAlg12 fraction detritus by mortality algae type 12 - 0.650

FrDetAlg13 fraction detritus by mortality algae type 13 - 0.650

FrDetAlg14 fraction detritus by mortality algae type 14 - 0.650

FrDetAlg15 fraction detritus by mortality algae type 15 - 0.650

FrDetAlg16 fraction detritus by mortality algae type 16 - 0.650

FrDetAlg17 fraction detritus by mortality algae type 17 - 0.650

FrDetAlg18 fraction detritus by mortality algae type 18 - 0.650

FrDetAlg19 fraction detritus by mortality algae type 19 - 0.650

FrDetAlg20 fraction detritus by mortality algae type 20 - 0.650

FrDetAlg21 fraction detritus by mortality algae type 21 - 0.650

FrDetAlg22 fraction detritus by mortality algae type 22 - 0.650

FrDetAlg23 fraction detritus by mortality algae type 23 - 0.650

FrDetAlg24 fraction detritus by mortality algae type 24 - 0.650

FrDetAlg25 fraction detritus by mortality algae type 25 - 0.650

FrDetAlg26 fraction detritus by mortality algae type 26 - 0.650

FrDetAlg27 fraction detritus by mortality algae type 27 - 0.650

FrDetAlg28 fraction detritus by mortality algae type 28 - 0.650

FrDetAlg29 fraction detritus by mortality algae type 29 - 0.650

FrDetAlg30 fraction detritus by mortality algae type 30 - 0.650

DMCFAlg01 DM:C ratio algae type 01 gDM/gC 2.500

DMCFAlg02 DM:C ratio algae type 02 gDM/gC 2.500

DMCFAlg03 DM:C ratio algae type 03 gDM/gC 2.500

DMCFAlg04 DM:C ratio algae type 04 gDM/gC 2.500

DMCFAlg05 DM:C ratio algae type 05 gDM/gC 2.500

DMCFAlg06 DM:C ratio algae type 06 gDM/gC 2.500

DMCFAlg07 DM:C ratio algae type 07 gDM/gC 2.500

DMCFAlg08 DM:C ratio algae type 08 gDM/gC 2.500

DMCFAlg09 DM:C ratio algae type 09 gDM/gC 2.500

DMCFAlg10 DM:C ratio algae type 10 gDM/gC 2.500

DMCFAlg11 DM:C ratio algae type 11 gDM/gC 2.500

DMCFAlg12 DM:C ratio algae type 12 gDM/gC 2.500

DMCFAlg13 DM:C ratio algae type 13 gDM/gC 2.500

DMCFAlg14 DM:C ratio algae type 14 gDM/gC 2.500

DMCFAlg15 DM:C ratio algae type 15 gDM/gC 2.500

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Process Description Unit Default

DMCFAlg16 DM:C ratio algae type 16 gDM/gC 2.500

DMCFAlg17 DM:C ratio algae type 17 gDM/gC 2.500

DMCFAlg18 DM:C ratio algae type 18 gDM/gC 2.500

DMCFAlg19 DM:C ratio algae type 19 gDM/gC 2.500

DMCFAlg20 DM:C ratio algae type 20 gDM/gC 2.500

DMCFAlg21 DM:C ratio algae type 21 gDM/gC 2.500

DMCFAlg22 DM:C ratio algae type 22 gDM/gC 2.500

DMCFAlg23 DM:C ratio algae type 23 gDM/gC 2.500

DMCFAlg24 DM:C ratio algae type 24 gDM/gC 2.500

DMCFAlg25 DM:C ratio algae type 25 gDM/gC 2.500

DMCFAlg26 DM:C ratio algae type 26 gDM/gC 2.500

DMCFAlg27 DM:C ratio algae type 27 gDM/gC 2.500

DMCFAlg28 DM:C ratio algae type 28 gDM/gC 2.500

DMCFAlg29 DM:C ratio algae type 29 gDM/gC 2.500

DMCFAlg30 DM:C ratio algae type 30 gDM/gC 2.500

NCRAlg01 N:C ratio algae type 01 gN/gC 0.200

NCRAlg02 N:C ratio algae type 02 gN/gC 0.200

NCRAlg03 N:C ratio algae type 03 gN/gC 0.200

NCRAlg04 N:C ratio algae type 04 gN/gC 0.200

NCRAlg05 N:C ratio algae type 05 gN/gC 0.200

NCRAlg06 N:C ratio algae type 06 gN/gC 0.200

NCRAlg07 N:C ratio algae type 07 gN/gC 0.200

NCRAlg08 N:C ratio algae type 08 gN/gC 0.200

NCRAlg09 N:C ratio algae type 09 gN/gC 0.200

NCRAlg10 N:C ratio algae type 10 gN/gC 0.200

NCRAlg11 N:C ratio algae type 11 gN/gC 0.200

NCRAlg12 N:C ratio algae type 12 gN/gC 0.200

NCRAlg13 N:C ratio algae type 13 gN/gC 0.200

NCRAlg14 N:C ratio algae type 14 gN/gC 0.200

NCRAlg15 N:C ratio algae type 15 gN/gC 0.200

NCRAlg16 N:C ratio algae type 16 gN/gC 0.200

NCRAlg17 N:C ratio algae type 17 gN/gC 0.200

NCRAlg18 N:C ratio algae type 18 gN/gC 0.200

NCRAlg19 N:C ratio algae type 19 gN/gC 0.200

NCRAlg20 N:C ratio algae type 20 gN/gC 0.200

NCRAlg21 N:C ratio algae type 21 gN/gC 0.200

NCRAlg22 N:C ratio algae type 22 gN/gC 0.200

NCRAlg23 N:C ratio algae type 23 gN/gC 0.200

NCRAlg24 N:C ratio algae type 24 gN/gC 0.200

NCRAlg25 N:C ratio algae type 25 gN/gC 0.200

NCRAlg26 N:C ratio algae type 26 gN/gC 0.200

NCRAlg27 N:C ratio algae type 27 gN/gC 0.200

NCRAlg28 N:C ratio algae type 28 gN/gC 0.200

NCRAlg29 N:C ratio algae type 29 gN/gC 0.200

NCRAlg30 N:C ratio algae type 30 gN/gC 0.200

PCRAlg01 P:C ratio algae type 01 gP/gC 0.020

PCRAlg02 P:C ratio algae type 02 gP/gC 0.020

PCRAlg03 P:C ratio algae type 03 gP/gC 0.020

PCRAlg04 P:C ratio algae type 04 gP/gC 0.020

PCRAlg05 P:C ratio algae type 05 gP/gC 0.020

PCRAlg06 P:C ratio algae type 06 gP/gC 0.020

PCRAlg07 P:C ratio algae type 07 gP/gC 0.020

PCRAlg08 P:C ratio algae type 08 gP/gC 0.020

PCRAlg09 P:C ratio algae type 09 gP/gC 0.020

PCRAlg10 P:C ratio algae type 10 gP/gC 0.020

PCRAlg11 P:C ratio algae type 11 gP/gC 0.020

PCRAlg12 P:C ratio algae type 12 gP/gC 0.020

PCRAlg13 P:C ratio algae type 13 gP/gC 0.020

PCRAlg14 P:C ratio algae type 14 gP/gC 0.020

PCRAlg15 P:C ratio algae type 15 gP/gC 0.020

PCRAlg16 P:C ratio algae type 16 gP/gC 0.020

PCRAlg17 P:C ratio algae type 17 gP/gC 0.020

PCRAlg18 P:C ratio algae type 18 gP/gC 0.020

PCRAlg19 P:C ratio algae type 19 gP/gC 0.020

PCRAlg20 P:C ratio algae type 20 gP/gC 0.020

PCRAlg21 P:C ratio algae type 21 gP/gC 0.020

PCRAlg22 P:C ratio algae type 22 gP/gC 0.020

PCRAlg23 P:C ratio algae type 23 gP/gC 0.020

PCRAlg24 P:C ratio algae type 24 gP/gC 0.020

PCRAlg25 P:C ratio algae type 25 gP/gC 0.020

PCRAlg26 P:C ratio algae type 26 gP/gC 0.020

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Process Description Unit Default

PCRAlg27 P:C ratio algae type 27 gP/gC 0.020

PCRAlg28 P:C ratio algae type 28 gP/gC 0.020

PCRAlg29 P:C ratio algae type 29 gP/gC 0.020

PCRAlg30 P:C ratio algae type 30 gP/gC 0.020

SCRAlg01 Si:C ratio algae type 01 gSi/gC 0.002

SCRAlg02 Si:C ratio algae type 02 gSi/gC 0.002

SCRAlg03 Si:C ratio algae type 03 gSi/gC 0.002

SCRAlg04 Si:C ratio algae type 04 gSi/gC 0.002

SCRAlg05 Si:C ratio algae type 05 gSi/gC 0.002

SCRAlg06 Si:C ratio algae type 06 gSi/gC 0.002

SCRAlg07 Si:C ratio algae type 07 gSi/gC 0.002

SCRAlg08 Si:C ratio algae type 08 gSi/gC 0.002

SCRAlg09 Si:C ratio algae type 09 gSi/gC 0.002

SCRAlg10 Si:C ratio algae type 10 gSi/gC 0.002

SCRAlg11 Si:C ratio algae type 11 gSi/gC 0.002

SCRAlg12 Si:C ratio algae type 12 gSi/gC 0.002

SCRAlg13 Si:C ratio algae type 13 gSi/gC 0.002

SCRAlg14 Si:C ratio algae type 14 gSi/gC 0.002

SCRAlg15 Si:C ratio algae type 15 gSi/gC 0.002

SCRAlg16 Si:C ratio algae type 16 gSi/gC 0.002

SCRAlg17 Si:C ratio algae type 17 gSi/gC 0.002

SCRAlg18 Si:C ratio algae type 18 gSi/gC 0.002

SCRAlg19 Si:C ratio algae type 19 gSi/gC 0.002

SCRAlg20 Si:C ratio algae type 20 gSi/gC 0.002

SCRAlg21 Si:C ratio algae type 21 gSi/gC 0.002

SCRAlg22 Si:C ratio algae type 22 gSi/gC 0.002

SCRAlg23 Si:C ratio algae type 23 gSi/gC 0.002

SCRAlg24 Si:C ratio algae type 24 gSi/gC 0.002

SCRAlg25 Si:C ratio algae type 25 gSi/gC 0.002

SCRAlg26 Si:C ratio algae type 26 gSi/gC 0.002

SCRAlg27 Si:C ratio algae type 27 gSi/gC 0.002

SCRAlg28 Si:C ratio algae type 28 gSi/gC 0.002

SCRAlg29 Si:C ratio algae type 29 gSi/gC 0.002

SCRAlg30 Si:C ratio algae type 30 gSi/gC 0.002

ChlaCAlg01 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg02 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg03 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg04 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg05 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg06 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg07 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg08 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg09 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg10 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg11 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg12 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg13 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg14 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg15 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg16 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg17 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg18 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg19 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg20 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg21 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg22 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg23 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg24 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg25 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg26 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg27 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg28 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg29 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

ChlaCAlg30 Chlorophyll-a:C ratio per algae type gChla/gC 0.030

PPMaxAlg01 maximum production rate algae type 01 1/d 0.350

PPMaxAlg02 maximum production rate algae type 02 1/d 0.350

PPMaxAlg03 maximum production rate algae type 03 1/d 0.350

PPMaxAlg04 maximum production rate algae type 04 1/d 0.350

PPMaxAlg05 maximum production rate algae type 05 1/d 0.350

PPMaxAlg06 maximum production rate algae type 06 1/d 0.350

PPMaxAlg07 maximum production rate algae type 07 1/d 0.350

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Process Description Unit Default

PPMaxAlg08 maximum production rate algae type 08 1/d 0.350

PPMaxAlg09 maximum production rate algae type 09 1/d 0.350

PPMaxAlg10 maximum production rate algae type 10 1/d 0.350

PPMaxAlg11 maximum production rate algae type 11 1/d 0.350

PPMaxAlg12 maximum production rate algae type 12 1/d 0.350

PPMaxAlg13 maximum production rate algae type 13 1/d 0.350

PPMaxAlg14 maximum production rate algae type 14 1/d 0.350

PPMaxAlg15 maximum production rate algae type 15 1/d 0.350

PPMaxAlg16 maximum production rate algae type 16 1/d 0.350

PPMaxAlg17 maximum production rate algae type 17 1/d 0.350

PPMaxAlg18 maximum production rate algae type 18 1/d 0.350

PPMaxAlg19 maximum production rate algae type 19 1/d 0.350

PPMaxAlg20 maximum production rate algae type 20 1/d 0.350

PPMaxAlg21 maximum production rate algae type 21 1/d 0.350

PPMaxAlg22 maximum production rate algae type 22 1/d 0.350

PPMaxAlg23 maximum production rate algae type 23 1/d 0.350

PPMaxAlg24 maximum production rate algae type 24 1/d 0.350

PPMaxAlg25 maximum production rate algae type 25 1/d 0.350

PPMaxAlg26 maximum production rate algae type 26 1/d 0.350

PPMaxAlg27 maximum production rate algae type 27 1/d 0.350

PPMaxAlg28 maximum production rate algae type 28 1/d 0.350

PPMaxAlg29 maximum production rate algae type 29 1/d 0.350

PPMaxAlg30 maximum production rate algae type 30 1/d 0.350

TcPMxAlg01 temp. coeff. for growth processes algae type 01 - 1.060

TcPMxAlg02 temp. coeff. for growth processes algae type 02 - 1.060

TcPMxAlg03 temp. coeff. for growth processes algae type 03 - 1.060

TcPMxAlg04 temp. coeff. for growth processes algae type 04 - 1.060

TcPMxAlg05 temp. coeff. for growth processes algae type 05 - 1.060

TcPMxAlg06 temp. coeff. for growth processes algae type 06 - 1.060

TcPMxAlg07 temp. coeff. for growth processes algae type 07 - 1.060

TcPMxAlg08 temp. coeff. for growth processes algae type 08 - 1.060

TcPMxAlg09 temp. coeff. for growth processes algae type 09 - 1.060

TcPMxAlg10 temp. coeff. for growth processes algae type 10 - 1.060

TcPMxAlg11 temp. coeff. for growth processes algae type 11 - 1.060

TcPMxAlg12 temp. coeff. for growth processes algae type 12 - 1.060

TcPMxAlg13 temp. coeff. for growth processes algae type 13 - 1.060

TcPMxAlg14 temp. coeff. for growth processes algae type 14 - 1.060

TcPMxAlg15 temp. coeff. for growth processes algae type 15 - 1.060

TcPMxAlg16 temp. coeff. for growth processes algae type 16 - 1.060

TcPMxAlg17 temp. coeff. for growth processes algae type 17 - 1.060

TcPMxAlg18 temp. coeff. for growth processes algae type 18 - 1.060

TcPMxAlg19 temp. coeff. for growth processes algae type 19 - 1.060

TcPMxAlg20 temp. coeff. for growth processes algae type 20 - 1.060

TcPMxAlg21 temp. coeff. for growth processes algae type 21 - 1.060

TcPMxAlg22 temp. coeff. for growth processes algae type 22 - 1.060

TcPMxAlg23 temp. coeff. for growth processes algae type 23 - 1.060

TcPMxAlg24 temp. coeff. for growth processes algae type 24 - 1.060

TcPMxAlg25 temp. coeff. for growth processes algae type 25 - 1.060

TcPMxAlg26 temp. coeff. for growth processes algae type 26 - 1.060

TcPMxAlg27 temp. coeff. for growth processes algae type 27 - 1.060

TcPMxAlg28 temp. coeff. for growth processes algae type 28 - 1.060

TcPMxAlg29 temp. coeff. for growth processes algae type 29 - 1.060

TcPMxAlg30 temp. coeff. for growth processes algae type 30 - 1.060

TFPMxAlg01 temp. dependency PMAX algae type01 0=lin,<>0=exp - 1.000

TFPMxAlg02 temp. dependency PMAX algae type02 0=lin,<>0=exp - 1.000

TFPMxAlg03 temp. dependency PMAX algae type03 0=lin,<>0=exp - 1.000

TFPMxAlg04 temp. dependency PMAX algae type04 0=lin,<>0=exp - 1.000

TFPMxAlg05 temp. dependency PMAX algae type05 0=lin,<>0=exp - 1.000

TFPMxAlg06 temp. dependency PMAX algae type06 0=lin,<>0=exp - 1.000

TFPMxAlg07 temp. dependency PMAX algae type07 0=lin,<>0=exp - 1.000

TFPMxAlg08 temp. dependency PMAX algae type08 0=lin,<>0=exp - 1.000

TFPMxAlg09 temp. dependency PMAX algae type09 0=lin,<>0=exp - 1.000

TFPMxAlg10 temp. dependency PMAX algae type10 0=lin,<>0=exp - 1.000

TFPMxAlg11 temp. dependency PMAX algae type11 0=lin,<>0=exp - 1.000

TFPMxAlg12 temp. dependency PMAX algae type12 0=lin,<>0=exp - 1.000

TFPMxAlg13 temp. dependency PMAX algae type13 0=lin,<>0=exp - 1.000

TFPMxAlg14 temp. dependency PMAX algae type14 0=lin,<>0=exp - 1.000

TFPMxAlg15 temp. dependency PMAX algae type15 0=lin,<>0=exp - 1.000

TFPMxAlg16 temp. dependency PMAX algae type16 0=lin,<>0=e - 1.000

TFPMxAlg17 temp. dependency PMAX algae type17 0=lin,<>0=e - 1.000

TFPMxAlg18 temp. dependency PMAX algae type18 0=lin,<>0=e - 1.000

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Process Description Unit Default

TFPMxAlg19 temp. dependency PMAX algae type19 0=lin,<>0=e - 1.000

TFPMxAlg20 temp. dependency PMAX algae type20 0=lin,<>0=e - 1.000

TFPMxAlg21 temp. dependency PMAX algae type21 0=lin,<>0=e - 1.000

TFPMxAlg22 temp. dependency PMAX algae type22 0=lin,<>0=e - 1.000

TFPMxAlg23 temp. dependency PMAX algae type23 0=lin,<>0=e - 1.000

TFPMxAlg24 temp. dependency PMAX algae type24 0=lin,<>0=e - 1.000

TFPMxAlg25 temp. dependency PMAX algae type25 0=lin,<>0=e - 1.000

TFPMxAlg26 temp. dependency PMAX algae type26 0=lin,<>0=e - 1.000

TFPMxAlg27 temp. dependency PMAX algae type27 0=lin,<>0=e - 1.000

TFPMxAlg28 temp. dependency PMAX algae type28 0=lin,<>0=e - 1.000

TFPMxAlg29 temp. dependency PMAX algae type29 0=lin,<>0=e - 1.000

TFPMxAlg30 temp. dependency PMAX algae type30 0=lin,<>0=e - 1.000

Mort0Alg01 mortality rate at 0 ◦C algae type 01 1/d 0.045

Mort0Alg02 mortality rate at 0 ◦C algae type 02 1/d 0.045

Mort0Alg03 mortality rate at 0 ◦C algae type 03 1/d 0.045

Mort0Alg04 mortality rate at 0 ◦C algae type 04 1/d 0.045

Mort0Alg05 mortality rate at 0 ◦C algae type 05 1/d 0.045

Mort0Alg06 mortality rate at 0 ◦C algae type 06 1/d 0.045

Mort0Alg07 mortality rate at 0 ◦C algae type 07 1/d 0.045

Mort0Alg08 mortality rate at 0 ◦C algae type 08 1/d 0.045

Mort0Alg09 mortality rate at 0 ◦C algae type 09 1/d 0.045

Mort0Alg10 mortality rate at 0 ◦C algae type 10 1/d 0.045

Mort0Alg11 mortality rate at 0 ◦C algae type 11 1/d 0.045

Mort0Alg12 mortality rate at 0 ◦C algae type 12 1/d 0.045

Mort0Alg13 mortality rate at 0 ◦C algae type 13 1/d 0.045

Mort0Alg14 mortality rate at 0 ◦C algae type 14 1/d 0.045

Mort0Alg15 mortality rate at 0 ◦C algae type 15 1/d 0.045

Mort0Alg16 mortality rate at 0 ◦C algae type 16 1/d 0.045

Mort0Alg17 mortality rate at 0 ◦C algae type 17 1/d 0.045

Mort0Alg18 mortality rate at 0 ◦C algae type 18 1/d 0.045

Mort0Alg19 mortality rate at 0 ◦C algae type 19 1/d 0.045

Mort0Alg20 mortality rate at 0 ◦C algae type 20 1/d 0.045

Mort0Alg21 mortality rate at 0 ◦C algae type 21 1/d 0.045

Mort0Alg22 mortality rate at 0 ◦C algae type 22 1/d 0.045

Mort0Alg23 mortality rate at 0 ◦C algae type 23 1/d 0.045

Mort0Alg24 mortality rate at 0 ◦C algae type 24 1/d 0.045

Mort0Alg25 mortality rate at 0 ◦C algae type 25 1/d 0.045

Mort0Alg26 mortality rate at 0 ◦C algae type 26 1/d 0.045

Mort0Alg27 mortality rate at 0 ◦C algae type 27 1/d 0.045

Mort0Alg28 mortality rate at 0 ◦C algae type 28 1/d 0.045

Mort0Alg29 mortality rate at 0 ◦C algae type 29 1/d 0.045

Mort0Alg30 mortality rate at 0 ◦C algae type 30 1/d 0.045

TcMrtAlg01 temperature coeff. for mortality algae type 01 - 1.085

TcMrtAlg02 temperature coeff. for mortality algae type 02 - 1.085

TcMrtAlg03 temperature coeff. for mortality algae type 03 - 1.085

TcMrtAlg04 temperature coeff. for mortality algae type 04 - 1.085

TcMrtAlg05 temperature coeff. for mortality algae type 05 - 1.085

TcMrtAlg06 temperature coeff. for mortality algae type 06 - 1.085

TcMrtAlg07 temperature coeff. for mortality algae type 07 - 1.085

TcMrtAlg08 temperature coeff. for mortality algae type 08 - 1.085

TcMrtAlg09 temperature coeff. for mortality algae type 09 - 1.085

TcMrtAlg10 temperature coeff. for mortality algae type 10 - 1.085

TcMrtAlg11 temperature coeff. for mortality algae type 11 - 1.085

TcMrtAlg12 temperature coeff. for mortality algae type 12 - 1.085

TcMrtAlg13 temperature coeff. for mortality algae type 13 - 1.085

TcMrtAlg14 temperature coeff. for mortality algae type 14 - 1.085

TcMrtAlg15 temperature coeff. for mortality algae type 15 - 1.085

TcMrtAlg16 temperature coeff. for mortality algae type 16 - 1.085

TcMrtAlg17 temperature coeff. for mortality algae type 17 - 1.085

TcMrtAlg18 temperature coeff. for mortality algae type 18 - 1.085

TcMrtAlg19 temperature coeff. for mortality algae type 19 - 1.085

TcMrtAlg20 temperature coeff. for mortality algae type 20 - 1.085

TcMrtAlg21 temperature coeff. for mortality algae type 21 - 1.085

TcMrtAlg22 temperature coeff. for mortality algae type 22 - 1.085

TcMrtAlg23 temperature coeff. for mortality algae type 23 - 1.085

TcMrtAlg24 temperature coeff. for mortality algae type 24 - 1.085

TcMrtAlg25 temperature coeff. for mortality algae type 25 - 1.085

TcMrtAlg26 temperature coeff. for mortality algae type 26 - 1.085

TcMrtAlg27 temperature coeff. for mortality algae type 27 - 1.085

TcMrtAlg28 temperature coeff. for mortality algae type 28 - 1.085

TcMrtAlg29 temperature coeff. for mortality algae type 29 - 1.085

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Table 10.1 – continued from previous page

Process Description Unit Default

TcMrtAlg30 temperature coeff. for mortality algae type 30 - 1.085

MRespAlg01 maintenance respiration rate algae type 01 1/d 0.031

MRespAlg02 maintenance respiration rate algae type 02 1/d 0.031

MRespAlg03 maintenance respiration rate algae type 03 1/d 0.031

MRespAlg04 maintenance respiration rate algae type 04 1/d 0.031

MRespAlg05 maintenance respiration rate algae type 05 1/d 0.031

MRespAlg06 maintenance respiration rate algae type 06 1/d 0.031

MRespAlg07 maintenance respiration rate algae type 07 1/d 0.031

MRespAlg08 maintenance respiration rate algae type 08 1/d 0.031

MRespAlg09 maintenance respiration rate algae type 09 1/d 0.031

MRespAlg10 maintenance respiration rate algae type 10 1/d 0.031

MRespAlg11 maintenance respiration rate algae type 11 1/d 0.031

MRespAlg12 maintenance respiration rate algae type 12 1/d 0.031

MRespAlg13 maintenance respiration rate algae type 13 1/d 0.031

MRespAlg14 maintenance respiration rate algae type 14 1/d 0.031

MRespAlg15 maintenance respiration rate algae type 15 1/d 0.031

MRespAlg16 maintenance respiration rate algae type 16 1/d 0.031

MRespAlg17 maintenance respiration rate algae type 17 1/d 0.031

MRespAlg18 maintenance respiration rate algae type 18 1/d 0.031

MRespAlg19 maintenance respiration rate algae type 19 1/d 0.031

MRespAlg20 maintenance respiration rate algae type 20 1/d 0.031

MRespAlg21 maintenance respiration rate algae type 21 1/d 0.031

MRespAlg22 maintenance respiration rate algae type 22 1/d 0.031

MRespAlg23 maintenance respiration rate algae type 23 1/d 0.031

MRespAlg24 maintenance respiration rate algae type 24 1/d 0.031

MRespAlg25 maintenance respiration rate algae type 25 1/d 0.031

MRespAlg26 maintenance respiration rate algae type 26 1/d 0.031

MRespAlg27 maintenance respiration rate algae type 27 1/d 0.031

MRespAlg28 maintenance respiration rate algae type 28 1/d 0.031

MRespAlg29 maintenance respiration rate algae type 29 1/d 0.031

MRespAlg30 maintenance respiration rate algae type 30 1/d 0.031

TcRspAlg01 temperature coeff. for respiration algae type 01 - 1.072

TcRspAlg02 temperature coeff. for respiration algae type 02 - 1.072

TcRspAlg03 temperature coeff. for respiration algae type 03 - 1.072

TcRspAlg04 temperature coeff. for respiration algae type 04 - 1.072

TcRspAlg05 temperature coeff. for respiration algae type 05 - 1.072

TcRspAlg06 temperature coeff. for respiration algae type 06 - 1.072

TcRspAlg07 temperature coeff. for respiration algae type 07 - 1.072

TcRspAlg08 temperature coeff. for respiration algae type 08 - 1.072

TcRspAlg09 temperature coeff. for respiration algae type 09 - 1.072

TcRspAlg10 temperature coeff. for respiration algae type 10 - 1.072

TcRspAlg11 temperature coeff. for respiration algae type 11 - 1.072

TcRspAlg12 temperature coeff. for respiration algae type 12 - 1.072

TcRspAlg13 temperature coeff. for respiration algae type 13 - 1.072

TcRspAlg14 temperature coeff. for respiration algae type 14 - 1.072

TcRspAlg15 temperature coeff. for respiration algae type 15 - 1.072

TcRspAlg16 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg17 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg18 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg19 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg20 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg21 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg22 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg23 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg24 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg25 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg26 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg27 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg28 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg29 temperature coeff. for respiration algae type 1 - 1.072

TcRspAlg30 temperature coeff. for respiration algae type 1 - 1.072

SDMixAlg01 distribution in water column algae type 01 - 1.000

SDMixAlg02 distribution in water column algae type 02 - 1.000

SDMixAlg03 distribution in water column algae type 03 - 1.000

SDMixAlg04 distribution in water column algae type 04 - 1.000

SDMixAlg05 distribution in water column algae type 05 - 1.000

SDMixAlg06 distribution in water column algae type 06 - 1.000

SDMixAlg07 distribution in water column algae type 07 - 1.000

SDMixAlg08 distribution in water column algae type 08 - 1.000

SDMixAlg09 distribution in water column algae type 09 - 1.000

SDMixAlg10 distribution in water column algae type 10 - 1.000

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Table 10.1 – continued from previous page

Process Description Unit Default

SDMixAlg11 distribution in water column algae type 11 - 1.000

SDMixAlg12 distribution in water column algae type 12 - 1.000

SDMixAlg13 distribution in water column algae type 13 - 1.000

SDMixAlg14 distribution in water column algae type 14 - 1.000

SDMixAlg15 distribution in water column algae type 15 - 1.000

SDMixAlg16 distribution in water column algae type 16 - 1.000

SDMixAlg17 distribution in water column algae type 17 - 1.000

SDMixAlg18 distribution in water column algae type 18 - 1.000

SDMixAlg19 distribution in water column algae type 19 - 1.000

SDMixAlg20 distribution in water column algae type 20 - 1.000

SDMixAlg21 distribution in water column algae type 21 - 1.000

SDMixAlg22 distribution in water column algae type 22 - 1.000

SDMixAlg23 distribution in water column algae type 23 - 1.000

SDMixAlg24 distribution in water column algae type 24 - 1.000

SDMixAlg25 distribution in water column algae type 25 - 1.000

SDMixAlg26 distribution in water column algae type 26 - 1.000

SDMixAlg27 distribution in water column algae type 27 - 1.000

SDMixAlg28 distribution in water column algae type 28 - 1.000

SDMixAlg29 distribution in water column algae type 29 - 1.000

SDMixAlg30 distribution in water column algae type 30 - 1.000

MrtExAlg01 coefﬁcient increased mortality rate algae type 01 1/(d ◦C) 0.000

MrtExAlg02 coefﬁcient increased mortality rate algae type 02 1/(d ◦C) 0.000

MrtExAlg03 coefﬁcient increased mortality rate algae type 03 1/(d ◦C) 0.000

MrtExAlg04 coefﬁcient increased mortality rate algae type 04 1/(d ◦C) 0.000

MrtExAlg05 coefﬁcient increased mortality rate algae type 05 1/(d ◦C) 0.000

MrtExAlg06 coefﬁcient increased mortality rate algae type 06 1/(d ◦C) 0.000

MrtExAlg07 coefﬁcient increased mortality rate algae type 07 1/(d ◦C) 0.000

MrtExAlg08 coefﬁcient increased mortality rate algae type 08 1/(d ◦C) 0.000

MrtExAlg09 coefﬁcient increased mortality rate algae type 09 1/(d ◦C) 0.000

MrtExAlg10 coefﬁcient increased mortality rate algae type 10 1/(d ◦C) 0.000

MrtExAlg11 coefﬁcient increased mortality rate algae type 11 1/(d ◦C) 0.000

MrtExAlg12 coefﬁcient increased mortality rate algae type 12 1/(d ◦C) 0.000

MrtExAlg13 coefﬁcient increased mortality rate algae type 13 1/(d ◦C) 0.000

MrtExAlg14 coefﬁcient increased mortality rate algae type 14 1/(d ◦C) 0.000

MrtExAlg15 coefﬁcient increased mortality rate algae type 15 1/(d ◦C) 0.000

MrtExAlg16 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg17 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg18 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg19 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg20 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg21 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg22 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg23 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg24 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg25 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg26 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg27 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg28 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg29 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

MrtExAlg30 coefﬁcient increased mortality rate algae 1/(d ◦C) 0.000

Mort2Alg01 salinity dependent mortality rate algae type 01 1/d 0.000

Mort2Alg02 salinity dependent mortality rate algae type 02 1/d 0.000

Mort2Alg03 salinity dependent mortality rate algae type 03 1/d 0.000

Mort2Alg04 salinity dependent mortality rate algae type 04 1/d 0.000

Mort2Alg05 salinity dependent mortality rate algae type 05 1/d 0.000

Mort2Alg06 salinity dependent mortality rate algae type 06 1/d 0.000

Mort2Alg07 salinity dependent mortality rate algae type 07 1/d 0.000

Mort2Alg08 salinity dependent mortality rate algae type 08 1/d 0.000

Mort2Alg09 salinity dependent mortality rate algae type 09 1/d 0.000

Mort2Alg10 salinity dependent mortality rate algae type 10 1/d 0.000

Mort2Alg11 salinity dependent mortality rate algae type 11 1/d 0.000

Mort2Alg12 salinity dependent mortality rate algae type 12 1/d 0.000

Mort2Alg13 salinity dependent mortality rate algae type 13 1/d 0.000

Mort2Alg14 salinity dependent mortality rate algae type 14 1/d 0.000

Mort2Alg15 salinity dependent mortality rate algae type 15 1/d 0.000

Mort2Alg16 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg17 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg18 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg19 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg20 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg21 salinity dependent mortality rate algae type 1/d 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

Mort2Alg22 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg23 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg24 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg25 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg26 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg27 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg28 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg29 salinity dependent mortality rate algae type 1/d 0.000

Mort2Alg30 salinity dependent mortality rate algae type 1/d 0.000

MrtB1Alg01 coefﬁcient b1 in salinity stress funct. algae 01 gCl/m30.002

MrtB1Alg02 coefﬁcient b1 in salinity stress funct. algae 02 gCl/m30.002

MrtB1Alg03 coefﬁcient b1 in salinity stress funct. algae 03 gCl/m30.002

MrtB1Alg04 coefﬁcient b1 in salinity stress funct. algae 04 gCl/m30.002

MrtB1Alg05 coefﬁcient b1 in salinity stress funct. algae 05 gCl/m30.002

MrtB1Alg06 coefﬁcient b1 in salinity stress funct. algae 06 gCl/m30.002

MrtB1Alg07 coefﬁcient b1 in salinity stress funct. algae 07 gCl/m30.002

MrtB1Alg08 coefﬁcient b1 in salinity stress funct. algae 08 gCl/m30.002

MrtB1Alg09 coefﬁcient b1 in salinity stress funct. algae 09 gCl/m30.002

MrtB1Alg10 coefﬁcient b1 in salinity stress funct. algae 10 gCl/m30.002

MrtB1Alg11 coefﬁcient b1 in salinity stress funct. algae 11 gCl/m30.002

MrtB1Alg12 coefﬁcient b1 in salinity stress funct. algae 12 gCl/m30.002

MrtB1Alg13 coefﬁcient b1 in salinity stress funct. algae 13 gCl/m30.002

MrtB1Alg14 coefﬁcient b1 in salinity stress funct. algae 14 gCl/m30.002

MrtB1Alg15 coefﬁcient b1 in salinity stress funct. algae 15 gCl/m30.002

MrtB1Alg16 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg17 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg18 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg19 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg20 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg21 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg22 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg23 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg24 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg25 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg26 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg27 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg28 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg29 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB1Alg30 coefﬁcient b1 in salinity stress funct. a gCl/m30.002

MrtB2Alg01 coefﬁcient b2 in salinity stress funct. algae 01 gCl/m38000.000

MrtB2Alg02 coefﬁcient b2 in salinity stress funct. algae 02 gCl/m38000.000

MrtB2Alg03 coefﬁcient b2 in salinity stress funct. algae 03 gCl/m38000.000

MrtB2Alg04 coefﬁcient b2 in salinity stress funct. algae 04 gCl/m38000.000

MrtB2Alg05 coefﬁcient b2 in salinity stress funct. algae 05 gCl/m38000.000

MrtB2Alg06 coefﬁcient b2 in salinity stress funct. algae 06 gCl/m38000.000

MrtB2Alg07 coefﬁcient b2 in salinity stress funct. algae 07 gCl/m38000.000

MrtB2Alg08 coefﬁcient b2 in salinity stress funct. algae 08 gCl/m38000.000

MrtB2Alg09 coefﬁcient b2 in salinity stress funct. algae 09 gCl/m38000.000

MrtB2Alg10 coefﬁcient b2 in salinity stress funct. algae 10 gCl/m38000.000

MrtB2Alg11 coefﬁcient b2 in salinity stress funct. algae 11 gCl/m38000.000

MrtB2Alg12 coefﬁcient b2 in salinity stress funct. algae 12 gCl/m38000.000

MrtB2Alg13 coefﬁcient b2 in salinity stress funct. algae 13 gCl/m38000.000

MrtB2Alg14 coefﬁcient b2 in salinity stress funct. algae 14 gCl/m38000.000

MrtB2Alg15 coefﬁcient b2 in salinity stress funct. algae 15 gCl/m38000.000

MrtB2Alg16 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg17 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg18 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg19 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg20 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg21 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg22 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg23 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg24 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg25 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg26 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg27 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg28 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

MrtB2Alg29 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

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Table 10.1 – continued from previous page

Process Description Unit Default

MrtB2Alg30 coefﬁcient b2 in salinity stress funct. a gCl/m38000.000

Phyt total carbon in phytoplankton gC/m30.000

AlgN total nitrogen in algae gN/m30.000

AlgP total phosphorus in algae gP/m30.000

AlgSi total silica in algae gSi/m30.000

AlgDM total DM in algae gDM/m30.000

Chlfa Chlorophyll-a concentration mg/m30.000

FCSEDIM2 organic carbon in sediment fraction 2 gOC/gDM 0.000

FCSEDIM3 organic carbon in sediment fraction 3 gOC/gDM 0.000

DMCFOOC DM:C ratio POC gDM/gC 2.500

FCSEDIM2S1 organic carbon in sediment fraction 2 in layer S1 gOC/gDM 0.000

FCSEDIM3S1 organic carbon in sediment fraction 3 in layer S1 gOC/gDM 0.000

DMCFOOCS DM:C ratio POCS1 and POCS2 gDM/gC 1.700

FCSEDIM2S2 organic carbon in sediment fraction 2 in layer S2 gOC/gDM 0.000

FCSEDIM3S2 organic carbon in sediment fraction 3 in layer S2 gOC/gDM 0.000

NCRatDiat N:C ratio Diatoms gN/gC 0.160

NCRatGreen N:C ratio Greens gN/gC 0.160

PCRatDiat P:C ratio Diatoms gP/gC 0.020

PCRatGreen P:C ratio Greens gP/gC 0.020

SCRatDiat Si:C ratio Diatoms gSi/gC 0.490

SCRatGreen Si:C ratio Greens gSi/gC 0.000

DMCFDiat DM:C ratio Diatoms gDM/gC 2.500

DMCFGreen DM:C ratio GreenS gDM/gC 2.500

Ditochl Chlorophyll-a:C ratio in Diatoms mg Chlfa/g C 50.000

Grtochl Chlorophyll-a:C ratio in Greens mg Chlfa/g C 50.000

POCnoa total POC no algae gC/m30.000

DMCFIM1 DM:C ratio IM1 gDM/gDM 1.000

DMCFIM2 DM:C ratio IM2 gDM/gDM 1.000

DMCFIM3 DM:C ratio IM3 gDM/gDM 1.000

DMCFDetCS DM:C ratio DetCS1 and DetCS2 gDM/gC 1.700

DMCFDiatS DM:C ratio DiatS1 and DiatS2 gDM/gC 1.700

DMCFGreenS DM:C ratio GreenS1 and GreenS2 gDM/gC 1.700

RHOIM1 bulk density IM1 gDM/m32600000.000

RHOIM2 bulk density IM2 gDM/m32600000.000

RHOIM3 bulk density IM3 gDM/m32600000.000

RHODetC bulk density DetC gDM/m31300000.000

RHOOOC bulk density OOC gDM/m31300000.000

RHODiat bulk density Diatoms gDM/m31300000.000

RHOGreen bulk density Greens gDM/m31300000.000

PORS1 porosity of sediment layer S1 - 0.000

DmCfMPB1 DM:C ratio MPB1 algae gDM/gC 2.500

DmCfMPB2 DM:C ratio MPB2 algae gDM/gC 2.500

RhoOM dry bulk density organic matter gDM/m3OM 1300000.000

DMS1 total amount of dry matter in layer S1 gDM/m20.000

POCS1 total POC in layer S1 gC/m20.000

PHYTS1 total carbon in phytoplankton in layer S1 gC/m20.000

ActThS1 actual thickness layer S1 m 0.100

PORS2 porosity of sediment layer S2 m3pores/m3bulk 0.000

DMS2 total amount of dry matter in layer S2 gDM/m20.000

POCS2 total POC in layer S2 gC/m20.000

PHYTS2 total carbon in phytoplankton in layer S2 gC/m20.000

RHOS2 overall bulk density layer S2 g/m30.000

ActThS2 actual thickness layer S2 m 0.100

FrIM1S2 fraction IM1 in layer S2 gDM/gDM 0.000

FrIM2S2 fraction IM2 in layer S2 gDM/gDM 0.000

FrIM3S2 fraction IM3 in layer S2 gDM/gDM 0.000

FrDetCS2 fraction DetC in layer S2 gC/gDM 0.000

FrOOCS2 fraction OOC in layer S2 gC/gDM 0.000

FrDiatS2 fraction Diatoms in layer S2 gC/gDM 0.000

FrMPB1S2 fraction MPB1 in layer S2 gC/gDM 0.000

FrMPB2S2 fraction MPB2 in layer S2 gC/gDM 0.000

dummy dummy input item - 0.000

DmCfPOC1 DM:C ratio POC1 gDM/gC 2.500

DmCfPOC2 DM:C ratio POC2 gDM/gC 2.500

DmCfPOC3 DM:C ratio POC3 gDM/gC 2.500

DmCfPOC4 DM:C ratio POC4 gDM/gC 2.500

SS suspended solids g/m310.000

RhoIM dry bulk density inorganic matter gDM/m3IM 2600000.000

RcMrtEColi ﬁrst-order mortality rate EColi 1/d 0.800

TcMrtEColi temperature coefﬁcient for mortality EColi - 1.070

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Process Description Unit Default

CTMrtEColi critical temperature for mortality EColi ◦C 2.000

CFRAD conversion factor RAD to mortality rate m2/W/d 0.086

FrUvVL fraction UV light in visible light - 0.120

SpMrtEColi chloride enhanced mortality rate EColi m3/g/d 0.000

RcMrtFColi ﬁrst-order mortality rate FColi 1/d 0.800

TcMrtFColi temperature coefﬁcient for mortality FColi - 1.070

CTMrtFColi critical temperature for mortality FColi ◦C 2.000

SpMrtFColi chloride enhanced mortality rate FColi m3/g/d 0.000

RcMrtTColi ﬁrst-order mortality rate TColi 1/d 0.800

TcMrtTColi temperature coefﬁcient for mortality TColi - 1.070

CTMrtTColi critical temperature for mortality TColi ◦C 2.000

SpMrtTColi chloride enhanced mortality rate TColi m3/g/d 0.000

RcMrtEnCoc ﬁrst-order mortality rate EnCoc 1/d 0.800

TcMrtEnCoc temperature coefﬁcient for mortality EnCoc - 1.070

CTMrtEnCoc critical temperature for mortality EnCoc ◦C 2.000

SpMrtEnCoc chloride enhanced mortality rate EnCoc m3/g/d 0.000

SWSatCO2 switch for CO2 saturation formulation 1, 2 - 1.000

PCO2 partial atmospheric CO2 pressure atm 0.000

SWRearCO2 switch for CO2 reaeration formulation 11,14 - 14.000

KLRearCO2 CO2 reaeration transfer coefﬁcient m/d 1.000

TCRearCO2 temperature coefﬁcient for rearation CO2 - 1.016

fcover fraction of water surface covered <0-1>- 0.000

KLRMaxCO2 maximum KLREAR CO2 for temperature correction m/d 1000.000

KLRMinCO2 minimum rearation transfer coefﬁcient CO2 m/d 0.200

Rain rainfall rate mm/h 0.000

coefACO2 gas transfer CO2 coefﬁcient transmission m/d 1.660

coefB1CO2 gas transfer CO2 coefﬁcient wind scale 1 no unit 0.260

coefB2CO2 gas transfer CO2 coefﬁcient wind scale 2 no unit 1.000

coefC1CO2 gas transfer CO2 coefﬁcient rain scale 1 no unit 0.660

coefC2CO2 gas transfer CO2 coefﬁcient rain scale 2 no unit 1.000

coefD1CO2 fresh water coefﬁcient1 for Schmidt nr CO2 no unit 1800.060

coefD2CO2 fresh water coefﬁcient2 for Schmidt nr CO2 no unit 120.100

coefD3CO2 fresh water coefﬁcient3 for Schmidt nr CO2 no unit 3.782

coefD4CO2 fresh water coefﬁcient4 for Schmidt nr CO2 no unit 0.048

SWAdsP switch PO4 adsorption <0=Kd|1=Langmuir|2=pHdep>- 1.000

KdPO4AAP distrib. coeff. - or ads. eq. const. m3/gP 0.100

MaxPO4AAP adsorption capacity TIM for PO4 gP/gFe 0.150

KadsP_20 Adsorption equilibrium constant at 20 ◦C (mol l)ˆ1-a 3.800

TCKadsP temperature dependency constant Kads - 1.000

RcAdPO4AAP adsorption rate PO4 –>AAP 1/d 1.000

a_OH-PO4 OH-:PO4 ratio in sorption reaction molOH/molPO4 0.200

fr_FeIM1 fraction Fe in inorg. matter IM1 gFe/gDM 0.030

fr_FeIM2 fraction Fe in inorg. matter IM2 gFe/gDM 0.005

fr_FeIM3 fraction Fe in inorg. matter IM3 gFe/gDM 0.001

fr_Feox fraction reactive Fe of total Fe - 1.000

Cc_oxPsor critical oxygen conc for P sorption gO2/m30.000

SWVnAdsP switch to select old0 or new1 version - 0.000

fr_Fe fraction Fe in solid matter gFe/gDM 0.020

RCadsPgem pseudo ﬁrst-order rate PO4 sorption 1/d 1.000

QPIM2 quality IM2 for P gP/gDM 0.000

QPIM3 quality IM3 for P gP/gDM 0.000

ZDenSed zeroth-order denitriﬁcation ﬂux in the sediment gN/(m2d) 0.000

RcDenSed ﬁrst-order denitriﬁcation rate in the sediment m/d 0.100

TcDen temperature coefﬁcient for denitriﬁcation - 1.120

CTDEN critical temperature for denitriﬁcation ◦C 2.000

ZDenWat zero-order denitriﬁcation rate in water column gN/m3/d 0.000

RcDen20 MM-denitriﬁcation reaction rate at 20 ◦C gN/m3/d 0.100

TcDenWat temperature coefﬁcient for denitriﬁcation - 1.070

KsNiDen half saturation constant for nitrate cons. gN/m30.500

KsOxDen half saturation constant for oxygen inhib. g/m31.000

Rc0DenOx zero-order denit. rate at low temperature gN/m3/d 0.000

COXDEN critical oxygen concentration for denitriﬁcation g/m33.000

SWVnDen switch to select old 0 or new 1 version - 0.000

RcDenWat ﬁrst-order denitriﬁcation rate in water column 1/d 0.100

OOXDEN optimum oxygen concentration for denitriﬁcation gO2/m31.000

Curvat curvature of DO function for denitriﬁcation - 1.000

ZNit zeroth-order nitriﬁcation ﬂux gN/m3/d 0.000

RcNit20 MM- nitriﬁcation rate at 20 ◦C gN/m3/d 0.100

TcNit temperature coefﬁcient for nitriﬁcation - 1.070

KsAmNit half saturation constant for ammonium cons. gN/m30.500

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Table 10.1 – continued from previous page

Process Description Unit Default

KsOxNit half saturation constant for DO cons. g/m31.000

CTNit critical temperature for nitriﬁcation ◦C 3.000

Rc0NitOx zero-order nitriﬁcation rate at neg. DO gN/m3/d 0.000

COXNIT critical oxygen concentration for nitriﬁcation g/m31.000

SWVnNit switch for old 0, new 1, TEWOR 2 version - 0.000

RcNit ﬁrst-order nitriﬁcation rate 1/d 0.100

OOXNIT optimum oxygen concentration for nitriﬁcation gO2/m35.000

CFLNIT oxygen function level for oxygen below COXNIT - 0.000

CurvNit curvature of DO function for nitriﬁcation - 0.000

SWSatOXY switch for oxygen saturation formulation 1, 2 - 1.000

SWRear switch for oxygen reaeration formulation 1-13 - 1.000

KLRear reaeration transfer coefﬁcient m/d 1.000

TCRear temperature coefﬁcient for rearation - 1.016

KLRearMax maximum KLREAR oxygen for temp. correction m/d 1000.000

KLRearMin minimum rearation transfer coefﬁcient oxygen m/d 0.200

coefAOxy gas transfer Oxy coefﬁcient transmission m/d 1.660

coefB1Oxy gas transfer O2 coefﬁcient wind scale 1 no unit 0.260

coefB2Oxy gas transfer O2 coefﬁcient wind scale 2 no unit 1.000

coefC1Oxy gas transfer O2 coefﬁcient rain scale 1 no unit 0.660

coefC2Oxy gas transfer O2 coefﬁcient rain scale 2 no unit 1.000

coefD1Oxy fresh water coefﬁcient1 for Schmidt nr Oxy no unit 1800.060

coefD2Oxy fresh water coefﬁcient2 for Schmidt nr Oxy no unit 120.100

coefD3Oxy fresh water coefﬁcient3 for Schmidt nr Oxy no unit 3.782

coefD4Oxy fresh water coefﬁcient4 for Schmidt nr Oxy no unit 0.048

RefHour hour at start of the simulation h 0.000

T1MxPP start of period of maximum primary production h 9.000

T2MxPP end of period of maximum primary production h 17.000

ZMinDetCS1 zeroth-order mineralisation ﬂux DetC in layer S1 gC/(m2d) 0.000

RcDetCS1 ﬁrst-order mineralisation rate DetC in layer S1 1/d 0.030

TcBMDetC temperature coeff. mineralisation DetC in sediment - 1.090

CTMin critical temperature for mineralisation ◦C 3.000

SedZoneSW SWITCH 0=no SWITCH, <0 per segment, >0 per zone - 0.000

dMinDetCS1 mineralisation ﬂux DetCS1 gC/m3/d 0.000

ZMinDetCS2 zeroth-order mineralisation ﬂux DetC in layer S2 gC/(m2d) 0.000

RcDetCS2 ﬁrst-order mineralisation rate DetC in layer S2 1/d 0.030

dMinDetCS2 mineralisation ﬂux DetCS2 gC/m3/d 0.000

ZMinDetNS1 zeroth-order mineralisation ﬂux DetN in layer S1 gN/(m2d) 0.000

RcDetNS1 ﬁrst-order mineralisation rate DetN in layer S1 1/d 0.030

TcBMDetN temperature coeff. mineralisation DetN in sediment - 1.090

dMinDetNS1 mineralisation ﬂux DetNS1 gN/m3/d 0.000

dSWMinDNS1 SWITCH mineralisation ﬂux DetN in layer S1 gN/m3/d 0.000

ZMinDetNS2 zeroth-order mineralisation ﬂux DetN in layer S2 gN/(m2d) 0.000

RcDetNS2 ﬁrst-order mineralisation rate DetN in layer S2 1/d 0.030

ZMinDetPS1 zeroth-order mineralisation ﬂux DetP in layer S1 gP/(m2d) 0.000

RcDetPS1 ﬁrst-order mineralisation rate DetP in layer S1 1/d 0.030

TcBMDetP temperature coeff. mineralisation DetP in sediment - 1.090

dMinDetPS1 mineralisation ﬂux DetPS1 gP/m3/d 0.000

dSWMinDPS1 SWITCH mineralisation ﬂux DetP in layer S1 gN/m3/d 0.000

ZMinDetPS2 zeroth-order mineralisation ﬂux DetP in layer S2 gP/(m2d) 0.000

RcDetPS2 ﬁrst-order mineralisation rate DetP in layer S2 1/d 0.030

ZMinDetSS1 zeroth-order mineralisation ﬂux DetSi in layer S1 gSi/(m2d) 0.000

RcDetSiS1 ﬁrst-order mineralisation rate DetSi in layer S1 1/d 0.015

TcBMDetSi temp. coeff. mineralisation DetSi in sediment - 1.090

dMinDetSiS mineralisation ﬂux DetSiS1 gSi/m3/d 0.000

dSWMinDSS1 SWITCH mineralisation ﬂux DetSi in layer S1 gSi/m3/d 0.000

ZMinDetSS2 zeroth-order mineralisation ﬂux DetSi in layer S2 gSi/(m2d) 0.000

RcDetSiS2 ﬁrst-order mineralisation rate DetSi in layer S2 1/d 0.015

ZMinOOCS1 zeroth-order mineralisation ﬂux OOC in layer S1 gC/(m2d) 0.000

RcOOCS1 ﬁrst-order mineralisation rate OOC in layer S1 1/d 0.030

TcBMOOC temperature coeff. mineralisation OOC in sediment - 1.090

dMinOOCS1 mineralisation ﬂux OOCS1 gC/m3/d 0.000

ZMinOOCS2 zeroth-order mineralisation ﬂux OOC in layer S2 gC/(m2d) 0.000

RcOOCS2 ﬁrst-order mineralisation rate OOC in layer S2 1/d 0.030

dMinOOCS2 mineralisation ﬂux OOCS2 gC/m3/d 0.000

ZMinOONS1 zeroth-order mineralisation ﬂux OON in layer S1 gN/(m2d) 0.000

RcOONS1 ﬁrst-order mineralisation rate OON in layer S1 1/d 0.030

TcBMOON temperature coeff. mineralisation OON in sediment - 1.090

ZMinOONS2 zeroth-order mineralisation ﬂux OON in layer S2 gN/(m2d) 0.000

RcOONS2 ﬁrst-order mineralisation rate OON in layer S2 1/d 0.030

ZMinOOPS1 zeroth-order mineralisation ﬂux OOP in layer S1 gP/(m2d) 0.000

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Process Description Unit Default

RcOOPS1 ﬁrst-order mineralisation rate OOP in layer S1 1/d 0.030

TcBMOOP temperature coeff. mineralisation OOP in sediment - 1.090

ZMinOOPS2 zeroth-order mineralisation ﬂux OOP in layer S2 gP/(m2d) 0.000

RcOOPS2 ﬁrst-order mineralisation rate OOP in layer S2 1/d 0.030

ZMinOOSS1 zeroth-order mineralisation ﬂux OOSi in layer S1 gSi/(m2d) 0.000

RcOOSiS1 ﬁrst-order mineralisation rate OOSi in layer S1 1/d 0.015

TcBMOOSi temperature coeff. mineralisation OOSi in sediment - 1.090

ZMinOOSS2 zeroth-order mineralisation ﬂux OOSi in layer S2 gSi/(m2d) 0.000

RcOOSiS2 ﬁrst-order mineralisation rate OOSi in layer S2 1/d 0.015

ZMinAAPS1 zeroth-order desorption ﬂux AAP in layer S1 gP/(m2d) 0.000

RcAAPS1 ﬁrst-order AAP desorption rate in layer S1 1/d 0.010

TcAAPS1 temperature coefﬁcient desorption in sediment - 1.000

CTMinAAPS critical temperature for desorption ◦C -10.000

ZMinAAPS2 zeroth-order desorption ﬂux AAP in layer S2 gP/(m2d) 0.000

RcAAPS2 ﬁrst-order AAP desorption rate in layer S2 1/d 0.010

TcAAPS2 temperature coefﬁcient desorption in sediment - 1.000

SwOXYDem switch oxygen consumption0=BOD, 1=COD, 2=both - 0.000

RcBOD decay rate BOD ﬁrst pool at 20 ◦C 1/d 0.300

RcBOD_2 decay rate BOD second pool at 20 ◦C 1/d 0.150

RcCOD decay rate COD at 20 ◦C 1/d 0.050

RcBODN ﬁrst-order mineralisation rate BODN 1/d 0.300

TcBOD temperature coefﬁcient decay BOD - 1.040

TcCOD temperature coefﬁcient decay COD - 1.020

TcBODN temperature coefﬁcient decay BODN - 1.080

COXBOD critical oxygen concentration for BOD decay gO2/m31.000

OOXBOD optimum oxygen concentration for BOD decay gO2/m35.000

CFLBOD oxygen function level for oxygen below COXBOD - 0.300

CurvBOD curvature of DO function for mineralisation BOD - 0.000

LAgeFun lower value of age function BOD decay - 1.000

UAgeFun upper value of age function BOD decay - 1.000

LAgeIndx lower value of age index BOD decay - 2.000

UAgeIndx upper value of age index BOD decay - 3.000

BOD5/uPHYT BOD5:BODu ratio in phytoplankton - 0.600

AlgFrBOD fraction algae contributing to BOD-inf - 0.500

OXCCF O2:C ratio in mineralisation gO2/gC 2.670

BOD5/infPO BOD5:BODu ratio in POC - 0.600

POCFrBOD fraction of POC contributing to BOD-inf - 1.000

EffCOD_Cr efﬁciency of Cr method for COD - 0.900

EffCOD_Mn efﬁciency of Mn method for COD - 0.500

AMCCF amount oxygen used for nitrogen in miner. gO2/gC 0.550

RCBOD_3 decay rate BOD third pool at 20 ◦C 1/d 0.100

KMOX half sat const for limit. of BOD oxydation gO2/m31.000

kT_dec temperature coefﬁcient for decomposition - 1.047

a_dNpr target N:C ratio in refractory detritus gN/gC 0.050

a_dPpr target P:C ratio in refractory detritus gP/gC 0.005

a_dSpr target S:C ratio in refractory detritus gS/gC 0.005

al_dNf lower limit N:C ratio in fast decomp. detr gN/gC 0.100

al_dPf lower limit P:C ratio in fast decomp. detr gP/gC 0.010

au_dNf upper limit N:C ratio in fast decomp. detr gN/gC 0.150

au_dPf upper limit P:C ratio in fast decomp. detr gP/gC 0.015

b_ni attenuation factor decomp. in denitrifying zone - 1.000

b_su attenuation factor decomp. in sulphate red.zone - 1.000

b_poc1poc2 fraction POC1 converted to POC2 - 0.000

f_minPOC1 mineralization ﬂux POC1 gC/m3/d 0.000

al_dNm lower limit N:C ratio in med. decomp. detr gN/gC 0.060

al_dPm lower limit P:C ratio in med. decomp. detr gP/gC 0.006

au_dNm upper limit N:C ratio in med. decomp. detr gN/gC 0.120

au_dPm upper limit P:C ratio in med. decomp. detr gP/gC 0.012

b_poc2poc3 fraction POC2 converted to POC3 - 0.000

b_poc2doc fraction POC2 converted to DOC - 0.000

f_minPOC2 mineralization ﬂux POC2 gC/m3/d 0.000

al_dNs lower limit N:C ratio in slow decomp. detr gN/gC 0.060

al_dPs lower limit P:C ratio in slow decomp. detr gP/gC 0.006

au_dNs upper limit N:C ratio in slow decomp. detr gN/gC 0.120

au_dPs upper limit P:C ratio in slow decomp. detr gP/gC 0.012

b_poc3poc4 fraction POC3 converted to POC4 - 0.000

b_poc3doc fraction POC3 converted to DOC - 0.000

f_minPOC3 mineralization ﬂux POC3 gC/m3/d 0.000

f_minPOC4 mineralization ﬂux POC4 gC/m3/d 0.000

al_dNPOC5 lower limit N:C ratio in POC5 gN/gC 0.060

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Table 10.1 – continued from previous page

Process Description Unit Default

al_dPPOC5 lower limit P:C ratio in POC5 gP/gC 0.006

au_dNPOC5 upper limit N:C ratio in POC5 gN/gC 0.100

au_dPPOC5 upper limit P:C ratio in POC5 gP/gC 0.010

b_poc5poc4 fraction POC5 converted to POC4 - 0.400

b_poc5doc fraction POC5 converted to DOC - 0.040

f_minPOC5 mineralization ﬂux POC5 submerged gC/m3/d 0.000

f_minDOC mineralization ﬂux DOC gC/m3/d 0.000

EqVivDisP equilibrium concentration PO4 with vivianite gP/m30.050

RCprecP20 pseudo 1st order rate P-precipitation 20◦C 1/d 0.000

TCprecipP temperature dependency constant precipitation - 1.000

RCdissP20 2nd order dissolution/oxidation rate VIVP m3/g/d 0.000

TCdissolP temperature dependency constant dissolution - 1.000

Cc_oxVivP critical oxygen conc for vivianite oxid. gO2/m30.000

Ceq_disSi Saturation concentration of Si with opal gSi/m310.000

RCdisSi20 2nd order dissolution rate SiO2 at 20 ◦C m3/gSi/d 0.000

TCdisSi temperature dependency dissolution Si - 1.000

fSODaut autonomous SOD no effect SOD stat.var gO2/(m2d) 0.000

fSOD zeroth-order sediment oxygen demand ﬂux gO2/(m2d) 0.000

RcSOD decay rate SOD at 20 ◦C 1/d 0.100

TcSOD temperature coefﬁcient decay SOD - 1.040

SwCH4bub switch 1=include CH4 bubbles, 0=not - 0.000

HSED Total sediment thickness m 0.100

KAPC constant ? 1.600

thetak temperature constant ? 1.079

edwcsd diffusion coefﬁcient ? 0.000

diamb Diameter of methane bubbles cm 1.000

kappad transfer coefﬁcient m/dag 0.003

COXSOD critical oxygen concentration for SOD decay gO2/m30.000

OOXSOD optimum oxygen concentration for SOD decay gO2/m32.000

TcGroGreen temperature coeff. for growth processes Greens - 1.040

TcDecGreen temp. coeff. for respiration and mortality Greens - 1.070

TFGroGreen temperature function growth Greens <0-1>- 1.000

TFMrtGreen temperature function mortality Greens <0-1>- 1.000

TcGroDiat temperature coeff. for growth processes Diatoms - 1.040

TcDecDiat temp. coeff. for respiration and mortality Diatoms - 1.070

TFGroDiat temperature function growth Diatoms <0-1>- 1.000

TFMrtDiat temperature function mortality Diatoms <0-1>- 1.000

OptDLGreen daylength for growth saturation Greens d 0.580

LimDLGreen daylength limitation function for Greens <0-1>- 1.000

OptDLDiat daylength for growth saturation Diatoms d 0.500

LimDLdiat daylength limitation function for Diatoms <0-1>- 1.000

OptDLDiaS1 daylength for growth saturation Diatoms d 0.500

LimDLdiaS1 daylength limit. funct. for Diatoms layer S1 <0-1>- 1.000

PrfNH4gree ammonium preferency over nitrate Greens - 1.000

KMDINgreen half-saturation value N Greens gN/m30.005

KMPgreen half-saturation value P Greens gP/m30.001

LimNutGree nutrient limitation function Greens <0-1>- 1.000

PrfNH4diat ammonium preferency over nitrate Diatoms - 1.000

KMDINdiat half-saturation value N Diatoms gN/m30.005

KMPdiat half-saturation value P Diatoms gP/m30.001

KMSidiat half-saturation value Si Diatoms gSi/m30.027

LimNutDiat nutrient limitation function Diatoms <0-1>- 1.000

RadSatGree total radiation growth saturation greens W/m230.000

LimRadGree radiation limitation function Greens <0-1>- 1.000

RadSatDiat total radiation growth saturation Diatoms W/m225.000

LimRadDiat radiation limitation function Diatoms <0-1>- 1.000

RadSatDiS1 total radiation growth saturation Diatoms layer S1 W/m22.500

LimRadDiS1 radiation limit. funct. Diatoms in layer S1 <0-1>- 1.000

PPMaxGreen maximum production rate Greens 1/d 1.800

MRespGreen maintenance respiration Greens st.temp - 0.045

GRespGreen growth respiration factor Greens - 0.150

Mort0Green mortality rate constant Greens 1/d 0.350

MortSGreen mortality rate Greens at high salinity 1/d 0.350

MinGreen Minimum level Greens in mortality gC/m30.000

PPMaxDiat maximum production rate Diatoms 1/d 2.300

MRespDiat maintenance respiration Diatoms st.temp - 0.036

GRespDiat growth respiration factor Diatoms - 0.110

Mort0Diat mortality rate constant Diatoms 1/d 0.250

MortSDiat mortality rate Diatoms at high salinity 1/d 0.250

MinDiat Minimum level Diatoms in mortality gC/m30.000

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Table 10.1 – continued from previous page

Process Description Unit Default

RcGroDiat primary production rate minus respirationDiatoms 1/d 0.000

RcRespDiat respiration rate Diatoms 1/d 0.000

fPPDiat net primary production of Diatoms gC/(m2d) 0.000

fMrtDiat mortality ﬂux Diatoms gC/(m2d) 0.000

MRespDiaS1 maintenance respiration Diatoms st.temp - 0.036

GRespDiaS1 growth respiration factor Diatoms in layer S1 - 0.110

MrtSedDiat mortality rate Diatoms in the sediment 1/d 3.000

KMDINdiaS1 half-saturation value N Diatoms in layer S1 gN/m30.001

KMPdiatS1 half-saturation value P Diatoms in layer S1 gP/m30.001

KMSidiatS1 half-saturation value Si Diatoms in layer S1 gSi/m30.027

FrMinS1Bac fraction miner.detritus N to bacteria in layer S1 - 0.270

NH4Crit critical concentration for uptake of NH4 gN/m30.010

NH4KRIT critical NH4 concentration gN/m30.010

FrAutGreen fraction autolysis Greens - 0.300

FrDetGreen fraction to detritus by mortality Greens - 0.700

FrAutDiat fraction autolysis Diatoms - 0.300

FrDetDiat fraction detritus by mortality Diatoms - 0.700

fMrtGreeS1 mortality ﬂux Greens in layer S1 gC/(m2d) 0.000

FrAutDiatS fraction autolysis Diatoms in the sediment - 0.000

FrDetDiatS fraction to detritus by mortality Diatoms sediment - 1.000

KsOxCon half saturation constant for DO limitation g/m32.000

KsFeRed half saturation constant for Fe limitation gFe/m32.000

KsSuRed half saturation constant for SO4 limitation gS/m32.000

KsOxDenInh half saturation constant for oxygen inhib. g/m30.200

KsNiIRdInh half sat. const. NO3 inhib. iron reduction gN/m30.200

KsNiSRdInh half sat. const. NO3 inhib. SO4 reduction gN/m30.200

KsSuMetInh half saturation constant for SO4 inhibition gS/m31.000

TcOxCon temperature coeff. for oxygen consumption - 1.070

TcIRed temperature coeff. for iron reduction - 1.120

TcSRed temperature coeff. for sulphate reduction - 1.120

TcMet temperature coeff. for methanogenesis - 1.120

RedFacDen reduction factor for denitrif. at low temp. - 1.000

RedFacIRed reduction factor for iron red. at low temp. - 1.000

RedFacSRed reduction factor for sulph. red. at low temp. - 1.000

RedFacMet reduction factor for methanog. at low temp. - 1.000

CoxDenInh crit. diss. ox. conc. for inhib. denitrif. g/m31.000

CoxIRedInh crit. diss. ox. conc. for inhib. iron red. g/m30.200

CoxSRedInh crit. diss. ox. conc. for inhib. sulph. red. g/m30.200

CoxMetInh crit. diss. ox. conc. for inhib. methanog. g/m30.020

CniMetInh crit. nitrate conc. for inhib. methanog. gN/m30.100

CTBactAc critical temp. for speciﬁc bacterial activity ◦C 3.000

FrMetGeCH4 fraction of methanogenesis towards CH4 - 0.500

fScEbul scaling factor for methane ebullition - 1.000

AtmPrCH4 atmospheric methane pressure atm 0.000

SWVolCH4 switch for methane volat. formulation <15>- 15.000

KLVolCH4 water transfer coefﬁcient for methane m/d 1.000

TCVolCH4 volatilisation temperature coefﬁcient - 1.016

KLRMaxCH4 maximum KLREAR CH4 for temperature correction m/d 1000.000

KLRMinCH4 minimum rearation transfer coefﬁcient CH4 m/d 0.200

coefACH4 gas transfer CH4 coefﬁcient transmission m/d 1.660

coefB1CH4 gas transfer CH4 coefﬁcient wind scale 1 no unit 0.260

coefB2CH4 gas transfer CH4 coefﬁcient wind scale 2 no unit 1.000

coefC1CH4 gas transfer CH4 coefﬁcient rain scale 1 no unit 0.660

coefC2CH4 gas transfer CH4 coefﬁcient rain scale 2 no unit 1.000

coefD1CH4 fresh water coefﬁcient1 for Schmidt nr CH4 no unit 1800.060

coefD2CH4 fresh water coefﬁcient2 for Schmidt nr CH4 no unit 120.100

coefD3CH4 fresh water coefﬁcient3 for Schmidt nr CH4 no unit 3.782

coefD4CH4 fresh water coefﬁcient4 for Schmidt nr CH4 no unit 0.048

lKstH2S log acidity constant for H2S l.mol-1 - -7.100

TcKstH2S temperature coefﬁcient for KstH2S - 1.000

lKstHS log acidity constant for HS- l.mol-1 - -14.000

TcKstHS temperature coefﬁcient for KstHS - 1.000

DisHSWK HS- in water column (mol l) 0.000

DisSWK S– in water column (mol l) 0.000

FrS2dis fraction dissolved free sulphide - 0.000

SUDS1 total dissolved sulphide concentration gS/m30.000

lKstH2Ss log acidity constant for H2S l.mol-1 - -7.100

TcKstH2Ss temperature coefﬁcient for KstH2S - 1.000

lKstHSs log acidity constant for HS- l.mol-1 - -14.000

TcKstHSs temperature coefﬁcient for KstHS - 1.000

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Process Description Unit Default

pHS1 pH - 7.000

SUDS2 total dissolved sulphide concentration gS/m30.000

pHS2 pH - 7.000

Rc0Sox zero-order oxidation rate gS/m3/d 0.000

RcSox20 second order oxidation rate at 20 ◦C m3.d/g 0.100

TcSox temperature coefﬁcient for oxidation - 1.070

CoxSUD critical DO concentration for oxidation g/m30.000

DisSEqFeS saturation free sulphide concentration (mol l) 0.000

RcDisS20 ﬁrst order dissolution rate at 20 ◦C 1/d 1000000.000

TcDisS temperature coeff. for dissolution sulphide - 1.070

RcPrcS20 ﬁrst order precipitation rate at 20 ◦C 1/d 1000000.000

TcPrcS temperature coeff. for precipitation sulphide - 1.070

Rc0MetOx zero-order oxid. rate with DO at low temp gC/m3/d 0.000

RcMetOx20 MM- oxidation rate with DO at 20 ◦C gN/m3/d 0.100

TcMetOx temperature coefﬁcient for oxid. with DO - 1.070

KsMet half saturation constant for methane gC/m30.500

KsOxMet half saturation constant for DO g/m31.000

CoxMet critical DO concentration for oxidation g/m30.500

Rc0MetSu zero-order oxid. rate with SU at low temp gC/m3/d 0.000

RcMetSu20 MM- oxidation rate with sulphate at 20 ◦C gS/m3/d 0.100

TcMetSu temperature coefﬁcient for oxid. with sulphate - 1.070

KsSuMet half saturation constant for SO4 inhibition gS/m31.000

CsuMet critical sulphate concentration for oxid. gS/m30.000

CTMetOx critical temperature for methane oxidation ◦C 3.000

RadMetInh irradiation for full inhibition W/m2300.000

KSRadSh shape factor for light inhibition function - 25.000

lKstFe3OH log stability constant for Fe3OH2+ l.mol-1 - -3.050

lKstFe3OH2 log stability constant for Fe3OH2+ l.mol-1 - -6.310

TcKFe3OH temperature coefﬁcient for KstFe3OH - 1.000

TcKFe3OH2 temperature coefﬁcient for KstFe3OH2 - 1.000

lKstFe2OH log stability constant for Fe2OH+ l.mol-1 - -9.500

lKstFe2OH2 log stability constant for Fe2OH2 l.mol-1 - -17.000

TcKFe2OH temperature coefﬁcient for KstFe2OH - 1.000

TcKFe2OH2 temperature coefﬁcient for KstFe2OH2 - 1.000

FrFe3dis fraction dissolved free ironIII - 0.000

FrFe2dis fraction dissolved free ironII - 0.000

RcI1oxox20 rate of Fe2+ oxid. with oxygen at 20 ◦C m3/gO2/d 0.000

RcI2oxox20 rate of FeOH+ oxid. with oxygen at 20 ◦C m3/gO2/d 0.000

RcI3oxox20 rate of FeOH2 oxid. with oxygen T=20 m3/gO2/d 0.000

RcI1oxni20 rate of Fe2+ oxidation with nitrate T=20 m3/gN/d 0.000

RcI2oxni20 rate of FeOH+ oxidation with nitrate T=20 m3/gN/d 0.000

RcI3oxni20 rate of FeOH2 oxid. with nitrate T=20 m3/gN/d 0.000

TcIox temperature coefﬁcient for iron oxidation - 1.000

RcFeSox20 speciﬁc rate of iron sulphide oxidation m3/gO2/d 0.000

RcFeS2ox20 speciﬁc rate of pyrite oxidation m3/gO2/d 0.000

TcFeSox temperature coeff. for iron sulphide oxidation - 0.000

RcFeaH2S20 rate of amorphous iron red. with H2S m3/gS/d 0.000

RcFecH2S20 rate of crystalline iron red. with H2S m3/gS/d 0.000

RcFeaFeS20 rate of amorphous iron red. with FeS m3/gFe/d 0.000

RcFecFeS20 rate of crystalline iron red. with FeS m3/gFe/d 0.000

TcFeRed temperature coeff. for abiotic iron reduction - 0.000

lKspFeOH3 log solubility product for FeOH3 - 0.000

RcAgFe320 speciﬁc ironIII aging rate at 20 ◦C 1/d 0.000

RcDisFe320 speciﬁc ironIII dissolution rate at 20 ◦C 1/d 0.000

RcPrcFe320 speciﬁc ironIII precipitation rate gFe/m3/d 0.000

TcAgFe3 temperature coeff. for ironIII aging - 0.000

TcDisFe3 temperature coeff. for ironIII dissolution - 0.000

TcPrcFe3 temperature coeff. for ironIII precipitation - 0.000

lKspFeS log solubility product for FeS - 0.000

lKspFeCO3 log solubility product for FeCO3 - 0.000

RcPyrite20 speciﬁc pyrite formation rate at 20 ◦C gS/m3/d 0.000

RcDisFeS20 ironII sulphide dissolution rate 1/d 0.000

RcPrcFeS20 ironII sulphide precipitation rate gFe/m3/d 0.000

RcDisFeC20 ironII carbonate dissolution rate 1/d 0.000

RcPrcFeC20 ironII carbonate precipitation rate gFe/m3/d 0.000

TcPyrite temperature coeff. for pyrite formation - 0.000

TcDisFeS temperature coeff. for ironII sulphide diss. - 0.000

TcPrcFeS temperature coeff. for ironII sulphide prec. - 0.000

TcDisFeCO3 temperature coeff. for ironII carbonate diss. - 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

TcPrcFeCO3 temperature coeff. for ironII carbonate prec. - 0.000

CrSS crit. susp. solid concentration for ﬂocculation gDM/m3100.000

nIM1 coefﬁcient in ﬂocculation function IM1 - 0.000

TcSED temperature coefﬁcient for sedimentation - 1.000

SMax salinity at which salinity function is maximal g/kg 5.000

EnhSedIM1 salinity enhanced settling factor for IM1 - 1.000

VSedIM1 sedimentation velocity IM1 m/d 0.100

nIM2 coefﬁcient in ﬂocculation function IM2 - 0.000

EnhSedIM2 salinity enhanced settling factor for IM2 - 1.000

VSedIM2 sedimentation velocity IM2 m/d 0.100

nIM3 coefﬁcient in ﬂocculation function IM3 - 0.000

EnhSedIM3 salinity enhanced settling factor for IM3 - 1.000

VSedIM3 sedimentation velocity IM3 m/d 0.100

nDiat coefﬁcient in ﬂocculation function Diatoms - 0.000

EnhSedDiat salinity enhanced settling factor for Diatoms - 1.000

VSedDiat sedimentation velocity Diatoms m/d 0.100

nGreen coefﬁcient in ﬂocculation function Greens - 0.000

EnhSedGree salinity enhanced settling factor for Greens - 1.000

VSedGreen sedimentation velocity Greens m/d 0.000

nAlg coefﬁcient in ﬂocculation function - 0.000

EnhSdAlg salinity enhanced settling factor for algae - 1.000

nAlg01 coefﬁcient in ﬂocculation function algae type 01 - 0.000

EnhSdAlg01 salinity enhanced settling factor algae type 01 - 1.000

VSedAlg01 sedimentation velocity algae type 01 m/d 0.000

nAlg02 coefﬁcient in ﬂocculation function algae type 02 - 0.000

EnhSdAlg02 salinity enhanced settling factor algae type 02 - 1.000

VSedAlg02 sedimentation velocity algae type 02 m/d 0.000

nAlg03 coefﬁcient in ﬂocculation function algae type 03 - 0.000

EnhSdAlg03 salinity enhanced settling factor algae type 03 - 1.000

VSedAlg03 sedimentation velocity algae type 03 m/d 0.000

nAlg04 coefﬁcient in ﬂocculation function algae type 04 - 0.000

EnhSdAlg04 salinity enhanced settling factor algae type 04 - 1.000

VSedAlg04 sedimentation velocity algae type 04 m/d 0.000

nAlg05 coefﬁcient in ﬂocculation function algae type 05 - 0.000

EnhSdAlg05 salinity enhanced settling factor algae type 05 - 1.000

VSedAlg05 sedimentation velocity algae type 05 m/d 0.000

nAlg06 coefﬁcient in ﬂocculation function algae type 06 - 0.000

EnhSdAlg06 salinity enhanced settling factor algae type 06 - 1.000

VSedAlg06 sedimentation velocity algae type 06 m/d 0.000

nAlg07 coefﬁcient in ﬂocculation function algae type 07 - 0.000

EnhSdAlg07 salinity enhanced settling factor algae type 07 - 1.000

VSedAlg07 sedimentation velocity algae type 07 m/d 0.000

nAlg08 coefﬁcient in ﬂocculation function algae type 08 - 0.000

EnhSdAlg08 salinity enhanced settling factor algae type 08 - 1.000

VSedAlg08 sedimentation velocity algae type 08 m/d 0.000

nAlg09 coefﬁcient in ﬂocculation function algae type 09 - 0.000

EnhSdAlg09 salinity enhanced settling factor algae type 09 - 1.000

VSedAlg09 sedimentation velocity algae type 09 m/d 0.000

nAlg10 coefﬁcient in ﬂocculation function algae type 10 - 0.000

EnhSdAlg10 salinity enhanced settling factor algae type 10 - 1.000

VSedAlg10 sedimentation velocity algae type 10 m/d 0.000

nAlg11 coefﬁcient in ﬂocculation function algae type 11 - 0.000

EnhSdAlg11 salinity enhanced settling factor algae type 11 - 1.000

VSedAlg11 sedimentation velocity algae type 11 m/d 0.000

nAlg12 coefﬁcient in ﬂocculation function algae type 12 - 0.000

EnhSdAlg12 salinity enhanced settling factor algae type 12 - 1.000

VSedAlg12 sedimentation velocity algae type 12 m/d 0.000

nAlg13 coefﬁcient in ﬂocculation function algae type 13 - 0.000

EnhSdAlg13 salinity enhanced settling factor algae type 13 - 1.000

VSedAlg13 sedimentation velocity algae type 13 m/d 0.000

nAlg14 coefﬁcient in ﬂocculation function algae type 14 - 0.000

EnhSdAlg14 salinity enhanced settling factor algae type 14 - 1.000

VSedAlg14 sedimentation velocity algae type 14 m/d 0.000

nAlg15 coefﬁcient in ﬂocculation function algae type 15 - 0.000

EnhSdAlg15 salinity enhanced settling factor algae type 15 - 1.000

VSedAlg15 sedimentation velocity algae type 15 m/d 0.000

nAlg16 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg16 salinity enhanced settling factor algae type 16 - 1.000

VSedAlg16 sedimentation velocity algae type 16 m/d 0.000

nAlg17 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg17 salinity enhanced settling factor algae type 17 - 1.000

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Table 10.1 – continued from previous page

Process Description Unit Default

VSedAlg17 sedimentation velocity algae type 17 m/d 0.000

nAlg18 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg18 salinity enhanced settling factor algae type 18 - 1.000

VSedAlg18 sedimentation velocity algae type 18 m/d 0.000

nAlg19 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg19 salinity enhanced settling factor algae type 19 - 1.000

VSedAlg19 sedimentation velocity algae type 19 m/d 0.000

nAlg20 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg20 salinity enhanced settling factor algae type 20 - 1.000

VSedAlg20 sedimentation velocity algae type 20 m/d 0.000

nAlg21 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg21 salinity enhanced settling factor algae type 21 - 1.000

VSedAlg21 sedimentation velocity algae type 21 m/d 0.000

nAlg22 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg22 salinity enhanced settling factor algae type 22 - 1.000

VSedAlg22 sedimentation velocity algae type 22 m/d 0.000

nAlg23 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg23 salinity enhanced settling factor algae type 23 - 1.000

VSedAlg23 sedimentation velocity algae type 23 m/d 0.000

nAlg24 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg24 salinity enhanced settling factor algae type 24 - 1.000

VSedAlg24 sedimentation velocity algae type 24 m/d 0.000

nAlg25 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg25 salinity enhanced settling factor algae type 25 - 1.000

VSedAlg25 sedimentation velocity algae type 25 m/d 0.000

nAlg26 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg26 salinity enhanced settling factor algae type 26 - 1.000

VSedAlg26 sedimentation velocity algae type 26 m/d 0.000

nAlg27 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg27 salinity enhanced settling factor algae type 27 - 1.000

VSedAlg27 sedimentation velocity algae type 27 m/d 0.000

nAlg28 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg28 salinity enhanced settling factor algae type 28 - 1.000

VSedAlg28 sedimentation velocity algae type 28 m/d 0.000

nAlg29 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg29 salinity enhanced settling factor algae type 29 - 1.000

VSedAlg29 sedimentation velocity algae type 29 m/d 0.000

nAlg30 coefﬁcient in ﬂocculation function algae type - 0.000

EnhSdAlg30 salinity enhanced settling factor algae type 30 - 1.000

VSedAlg30 sedimentation velocity algae type 30 m/d 0.000

ZSedIM1 zeroth-order sedimentation ﬂux IM1 g/(m2d) 0.000

TaucSIM1 critical shear stress for sedimentation IM1 N/m20.100

MinDepth minimum waterdepth for sedimentation/resuspension m 0.100

fSedIM1 sedimentation ﬂux IM1 towards S1 g/(m2d) 0.000

ZSedIM2 zeroth-order sedimentation ﬂux IM2 g/(m2d) 0.000

TaucSIM2 critical shear stress for sedimentation IM2 N/m20.100

fSedIM2 sedimentation ﬂux IM2 towards S1 g/(m2d) 0.000

ZSedIM3 zeroth-order sedimentation ﬂux IM3 g/(m2d) 0.000

TaucSIM3 critical shear stress for sedimentation IM3 N/m20.100

fSedIM3 sedimentation ﬂux IM3 towards S1 g/(m2d) 0.000

ZSedDiat zeroth-order sedimentation ﬂux Diatoms gC/(m2d) 0.000

TaucSDiat critical shear stress for sedimentation Diatoms N/m20.100

fSedDiat sedimentation ﬂux Diatoms gC/(m2d) 0.000

ZSedGreen zeroth-order sedimentation ﬂux Greens gC/(m2d) 0.000

TaucSGreen critical shear stress for sedimentation Greens N/m20.100

fSedGreen sedimentation ﬂux Greens gC/(m2d) 0.000

ZSedAlg zeroth-order sedimentation ﬂux algae gC/(m2d) 0.000

TaucS critical shear stress for sedimentation algae N/m20.100

fSedAlg02 sedimentation ﬂux algae type 02 gC/(m2d) 0.000

fSedAlg03 sedimentation ﬂux algae type 03 gC/(m2d) 0.000

fSedAlg04 sedimentation ﬂux algae type 04 gC/(m2d) 0.000

fSedAlg05 sedimentation ﬂux algae type 05 gC/(m2d) 0.000

fSedAlg06 sedimentation ﬂux algae type 06 gC/(m2d) 0.000

fSedAlg07 sedimentation ﬂux algae type 07 gC/(m2d) 0.000

fSedAlg08 sedimentation ﬂux algae type 08 gC/(m2d) 0.000

fSedAlg09 sedimentation ﬂux algae type 09 gC/(m2d) 0.000

fSedAlg10 sedimentation ﬂux algae type 10 gC/(m2d) 0.000

fSedAlg11 sedimentation ﬂux algae type 11 gC/(m2d) 0.000

fSedAlg12 sedimentation ﬂux algae type 12 gC/(m2d) 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

fSedAlg13 sedimentation ﬂux algae type 13 gC/(m2d) 0.000

fSedAlg14 sedimentation ﬂux algae type 14 gC/(m2d) 0.000

fSedAlg15 sedimentation ﬂux algae type 15 gC/(m2d) 0.000

fSedAlg16 sedimentation ﬂux algae type 16 gC/(m2d) 0.000

fSedAlg17 sedimentation ﬂux algae type 17 gC/(m2d) 0.000

fSedAlg18 sedimentation ﬂux algae type 18 gC/(m2d) 0.000

fSedAlg19 sedimentation ﬂux algae type 19 gC/(m2d) 0.000

fSedAlg20 sedimentation ﬂux algae type 20 gC/(m2d) 0.000

fSedAlg21 sedimentation ﬂux algae type 21 gC/(m2d) 0.000

fSedAlg22 sedimentation ﬂux algae type 22 gC/(m2d) 0.000

fSedAlg23 sedimentation ﬂux algae type 23 gC/(m2d) 0.000

fSedAlg24 sedimentation ﬂux algae type 24 gC/(m2d) 0.000

fSedAlg25 sedimentation ﬂux algae type 25 gC/(m2d) 0.000

fSedAlg26 sedimentation ﬂux algae type 26 gC/(m2d) 0.000

fSedAlg27 sedimentation ﬂux algae type 27 gC/(m2d) 0.000

fSedAlg28 sedimentation ﬂux algae type 28 gC/(m2d) 0.000

fSedAlg29 sedimentation ﬂux algae type 29 gC/(m2d) 0.000

fSedAlg30 sedimentation ﬂux algae type 30 gC/(m2d) 0.000

ZSedBOD5 zeroth-order sedimentation ﬂux CBOD5 gO2/(m2d) 0.000

VSedBOD5 sedimentation velocity CBOD5 m/d 0.100

TaucSBOD critical shear stress for sedimentation BOD N/m2***************

fSedBOD5 sedimentation ﬂux CBOD5 gO2/(m2d) 0.000

ZSedBOD5_2 zeroth-order sedimentation ﬂux CBOD5_2 gO2/(m2d) 0.000

VSedBOD5_2 sedimentation velocity CBOD5_2 m/d 0.100

fSedBOD5_2 sedimentation ﬂux CBOD5_2 gO2/(m2d) 0.000

ZSedBOD5_3 zeroth-order sedimentation ﬂux CBOD5_3 gO2/(m2d) 0.000

VSedBOD5_3 sedimentation velocity CBOD5_3 m/d 0.100

fSedBOD5_3 sedimentation ﬂux CBOD5_3 gO2/(m2d) 0.000

ZSedBODu zeroth-order sedimentation ﬂux CBODu gO2/(m2d) 0.000

VSedBODu sedimentation velocity CBODu m/d 0.100

fSedBODu sedimentation ﬂux CBODu gO2/(m2d) 0.000

ZSedBODu_2 zeroth-order sedimentation ﬂux CBODu_2 gO2/(m2d) 0.000

VSedBODu_2 sedimentation velocity CBODu_2 m/d 0.100

fSedBODu_2 sedimentation ﬂux CBODu_2 gO2/(m2d) 0.000

ZSedCODCr zeroth-order sedimentation ﬂux COD_Cr gO2/(m2d) 0.000

VSedCODCr sedimentation velocity COD_Cr m/d 0.000

fSedCODCr sedimentation ﬂux COD_Cr gO2/(m2d) 0.000

ZSedCODMn zeroth-order sedimentation ﬂux COD_Mn gO2/(m2d) 0.000

VSedCODMn sedimentation velocity COD_Mn m/d 0.000

fSedCODMn sedimentation ﬂux COD_Mn gO2/(m2d) 0.000

ZSedNBOD5 zeroth-order sedimentation ﬂux NBOD5 gO2/(m2d) 0.000

VSedNBOD5 sedimentation velocity NBOD5 m/d 0.100

fSedNBOD5 sedimentation ﬂux NBOD5 gO2/(m2d) 0.000

ZSedNBODu zeroth-order sedimentation ﬂux NBODu gO2/(m2d) 0.000

VSedNBODu sedimentation velocity NBODu m/d 0.100

fSedNBODu sedimentation ﬂux NBODu gO2/(m2d) 0.000

fSedPHYT total sedimentation ﬂux phytoplankton gC/(m2d) 0.000

fSedAlgDM total sedimentation ﬂux phytoplankton as DM gDM/(m2d) 0.000

fSedPOCnoa total sedimentation ﬂux POC no algae gC/(m2d) 0.000

ZSedMPB1 zeroth-order sedimentation ﬂux MPB1peli gC/(m2d) 0.000

VSedMPB1 sedimentation velocity MPB1 algae m/d 0.000

TaucSMPB1 critical shear stress for sedimentation MPB1 N/m20.100

ZSedMPB2 zeroth-order sedimentation ﬂux MPB2psam gC/(m2d) 0.000

VSedMPB2 sedimentation velocity MPB2 algae m/d 0.000

TaucSMPB2 critical shear stress for sedimentation MPB2 N/m20.100

ZSedOpal zeroth-order sedimentation ﬂux Opal gSi/(m2d) 0.000

VSedOpal sedimentation velocity Opal m/d 0.500

TaucSOpal critical shear stress for sedimentation Opal N/m20.100

ZSedPOC1 zeroth-order sedimentation ﬂux POC1 gC/(m2d) 0.000

VSedPOC1 sedimentation velocity POC1 m/d 0.500

TaucSPOC1 critical shear stress for sedimentation POC1 N/m20.100

fSedPOC1 sedimentation ﬂux POC1 gC/(m2d) 0.000

ZSedPOC2 zeroth-order sedimentation ﬂux POC2 gC/(m2d) 0.000

VSedPOC2 sedimentation velocity POC2 m/d 0.500

TaucSPOC2 critical shear stress for sedimentation POC2 N/m20.100

fSedPOC2 sedimentation ﬂux POC2 gC/(m2d) 0.000

ZSedPOC3 zeroth-order sedimentation ﬂux POC3 gC/(m2d) 0.000

VSedPOC3 sedimentation velocity POC3 m/d 0.500

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Table 10.1 – continued from previous page

Process Description Unit Default

TaucSPOC3 critical shear stress for sedimentation POC3 N/m20.100

fSedPOC3 sedimentation ﬂux POC3 gC/(m2d) 0.000

ZSedPOC4 zeroth-order sedimentation ﬂux POC4 gC/(m2d) 0.000

VSedPOC4 sedimentation velocity POC4 m/d 0.500

TaucSPOC4 critical shear stress for sedimentation POC4 N/m20.100

fSedPOC4 sedimentation ﬂux POC4 gC/(m2d) 0.000

ZSedVIVP zeroth-order sedimentation ﬂux VIVP gP/(m2d) 0.000

VSedVIVP sedimentation velocity VIVP m/d 0.500

TaucSVIVP critical shear stress for sedimentation VIVP N/m20.100

ZSedAPATP zeroth-order sedimentation ﬂux APATP gP/(m2d) 0.000

VSedAPATP sedimentation velocity APATP m/d 0.500

TaucSAPAT critical shear stress sedimentation APATP N/m20.100

ZSedFe3pa zeroth-order sedimentation ﬂux Fe3pa gFe/(m2d) 0.000

VSedFe3pa sedimentation velocity Fe3pa m/d 0.500

TaucFe3pa crit. shear stress for sedimentation Fe3pa N/m20.100

ZSedFe3pc zeroth-order sedimentation ﬂux Fe3pc gFe/(m2d) 0.000

VSedFe3pc sedimentation velocity Fe3pc m/d 0.500

TaucFe3pc crit. shear stress for sedimentation Fe3pc N/m20.100

ZSedFeS zeroth-order sedimentation ﬂux FeS gFe/(m2d) 0.000

VSedFeS sedimentation velocity FeS m/d 0.500

TaucFeS crit. shear stress for sedimentation FeS N/m20.100

ZSedFeS2 zeroth-order sedimentation ﬂux FeS2 gFe/(m2d) 0.000

VSedFeS2 sedimentation velocity FeS2 m/d 0.500

TaucFeS2 crit. shear stress for sedimentation FeS2 N/m20.100

ZSedFeCO3 zeroth-order sedimentation ﬂux FeCO3 gFe/(m2d) 0.000

VSedFeCO3 sedimentation velocity FeCO3 m/d 0.500

TaucFeCO3 crit. shear stress for sedimentation FeCO3 N/m20.100

fSedDM total sedimentation ﬂux dry matter gDM/(m2d) 0.000

ZSedAAP zeroth-order sedimentation ﬂux AAP gP/(m2d) 0.000

VSedAAP sedimentation velocity AAP m/d 0.500

TaucSAAP critical shear stress for sedimentation AAP N/m20.100

ZResDM zeroth-order resuspension ﬂux gDM/(m2d) 0.000

VResDM ﬁrst order resuspension velocity DM 1/d 0.000

TaucRS1DM critical shear stress for resuspension DM layer S1 N/m20.200

TaucRS2DM critical shear stress for resuspension DM layer S2 N/m20.500

fResS1DM total resuspension ﬂux DM from layer S1 g/(m2d) 0.000

fResS2DM total resuspension ﬂux DM from layer S2 gDM/(m2d) 0.000

fResS1Diat resuspension ﬂux Diatoms from layer S1 gC/(m2d) 0.000

fResS2Diat resuspension ﬂux Diatoms from layer S2 gC/(m2d) 0.000

ZBurDMS1 zeroth-order burial ﬂux for layer S1 gDM/(m2d) 0.000

ZBurDMS2 zeroth-order burial ﬂux for layer S2 gDM/(m2d) 0.000

VBurDMS1 ﬁrst order burial rate for layer S1 1/d 0.000

VBurDMS2 ﬁrst order burial rate for layer S2 1/d 0.000

MaxTHS1 maximum thickness layer S1 m 0.050

MaxTHS2 maximum thickness layer S2 m 0.500

SWSediment switch for sediment 0=ﬁxed, 1=variable - 0.000

FixTHS1 ﬁxed thickness of layer S1 m 0.050

FixTHS2 ﬁxed thickness of layer S2 m 0.500

fBurS1DM total burial ﬂux DM from layer S1 gDM/(m2d) 0.000

fBurS2DM total burial ﬂux DM from layer S2 gDM/(m2d) 0.000

ZDigS1DM zeroth order digging ﬂux to layer S1 gDM/(m2d) 0.000

ZDigS2DM zeroth order digging ﬂux to layer S2 gDM/(m2d) 0.000

fDigS1DM total digging ﬂux DM to layer S1 gDM/(m2d) 0.000

fDigS2DM total digging ﬂux DM to layer S2 gDM/(m2d) 0.000

SWDigS1 switch for digging S1 0=actual, 1=deeper - 0.000

SWDigS2 switch for digging S2 0=actual, 1=deeper - 0.000

FrIM1S3 fraction IM1 in layer S3 gDM/gDM 0.000

FrDetCS3 fraction DetC in layer S3 gC/gDM 0.000

FrOOCS3 fraction OOC in layer S3 gC/gDM 0.000

FrDiatS3 fraction Diatoms in layer S3 gC/gDM 0.000

VBurDM ﬁrst order burial rate 1/d 0.000

TauCrDM critical shear stress for resuspension DM N/m20.200

MinTh minimum layer thickness m 0.000

MaxTh maximum sediment thickness m 0.100

Porinp target volumetric porosity m3pores/m3bulk 0.000

VSeep seepage/inﬂtration m/d 0.000

SwErosion switch erosion 0=Partheniades, 1=de Boer - 0.000

alpha salpha for density distribution Rayleigh ? 2.000

fResCommun communicate fResTDM between ADVTRA-CONSOL g/(m2d) 0.000

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Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

Diﬂen thickness of laminar layer m 0.002

ALK alkalinity concentration mol HCO3-/m35.000

CECIM2 Cation Exchange Capacity IM2 eq/gDM 0.000

CECIM3 Cation Exchange Capacity IM3 eq/gDM 0.000

CaRFKpCD coefﬁcient a for reprofunction Cd various -7.680

CbRFKpCD coefﬁcient b for reprofunction Cd various 1.894

CcRFKpCD coefﬁcient c for reprofunction Cd various -0.060

CdRFKpCD coefﬁcient d for reprofunction Cd various -0.058

CgRFKpCD coefﬁcient g for reprofunction Cd various 0.000

ClRFKpCD coefﬁcient l for reprofunction Cd various -0.715

CmRFKpCD coefﬁcient m for reprofunction Cd various 0.000

CnRFKpCD coefﬁcient n for reprofunction Cd various 0.000

CoRFKpCD coefﬁcient o for reprofunction Cd various 0.000

SWRepro reprofunction option 1=Rhine, 2=NorthSea - 1.000

KdCdIM1 partition coefﬁcient Cd-IM1 m3/kgDM 130.000

KdCdIM2 partition coefﬁcient Cd-IM2 m3/kgDM 130.000

KdCdIM3 partition coefﬁcient Cd-IM3 m3/kgDM 130.000

CaRFKpCu coefﬁcient a for reprofunction Cu various -10.351

CbRFKpCu coefﬁcient b for reprofunction Cu various 2.826

CcRFKpCu coefﬁcient c for reprofunction Cu various -0.159

CdRFKpCu coefﬁcient d for reprofunction Cu various 0.994

CgRFKpCu coefﬁcient g for reprofunction Cu various -0.138

ClRFKpCu coefﬁcient l for reprofunction Cu various -0.101

CmRFKpCu coefﬁcient m for reprofunction Cu various -0.209

CnRFKpCu coefﬁcient n for reprofunction Cu various -0.025

CoRFKpCu coefﬁcient o for reprofunction Cu various 0.000

KdCuIM1 partition coefﬁcient Cu-IM1 m3/kgDM 50.000

KdCuIM2 partition coefﬁcient Cu-IM2 m3/kgDM 50.000

KdCuIM3 partition coefﬁcient Cu-IM3 m3/kgDM 50.000

CaRFKpPb coefﬁcient a for reprofunction Pb various -2.264

CbRFKpPb coefﬁcient b for reprofunction Pb various 1.270

CcRFKpPb coefﬁcient c for reprofunction Pb various -0.071

CdRFKpPb coefﬁcient d for reprofunction Pb various 0.000

CgRFKpPb coefﬁcient g for reprofunction Pb various 0.000

ClRFKpPb coefﬁcient l for reprofunction Pb various -0.141

CmRFKpPb coefﬁcient m for reprofunction Pb various -0.112

CnRFKpPb coefﬁcient n for reprofunction Pb various -0.014

CoRFKpPb coefﬁcient o for reprofunction Pb various 0.000

KdPbIM1 partition coefﬁcient Pb-IM1 m3/kgDM 640.000

KdPbIM2 partition coefﬁcient Pb-IM2 m3/kgDM 640.000

KdPbIM3 partition coefﬁcient Pb-IM3 m3/kgDM 640.000

CaRFKpZn coefﬁcient a for reprofunction Zn various -25.811

CbRFKpZn coefﬁcient b for reprofunction Zn various 6.719

CcRFKpZn coefﬁcient c for reprofunction Zn various -0.394

CdRFKpZn coefﬁcient d for reprofunction Zn various 1.337

CgRFKpZn coefﬁcient g for reprofunction Zn various 0.000

ClRFKpZn coefﬁcient l for reprofunction Zn various -0.201

CmRFKpZn coefﬁcient m for reprofunction Zn various 0.000

CnRFKpZn coefﬁcient n for reprofunction Zn various -0.059

CoRFKpZn coefﬁcient o for reprofunction Zn various -0.027

KdZnIM1 partition coefﬁcient Zn-IM1 m3/kgDM 110.000

KdZnIM2 partition coefﬁcient Zn-IM2 m3/kgDM 110.000

KdZnIM3 partition coefﬁcient Zn-IM3 m3/kgDM 110.000

CaRFKpHg coefﬁcient a for reprofunction Hg various -33.411

CbRFKpHg coefﬁcient b for reprofunction Hg various 9.632

CcRFKpHg coefﬁcient c for reprofunction Hg various -0.616

CdRFKpHg coefﬁcient d for reprofunction Hg various 0.000

CgRFKpHg coefﬁcient g for reprofunction Hg various 0.000

ClRFKpHg coefﬁcient l for reprofunction Hg various -0.936

CmRFKpHg coefﬁcient m for reprofunction Hg various 0.000

CnRFKpHg coefﬁcient n for reprofunction Hg various 0.000

CoRFKpHg coefﬁcient o for reprofunction Hg various 0.000

KdHgIM1 partition coefﬁcient Hg-IM1 m3/kgDM 170.000

KdHgIM2 partition coefﬁcient Hg-IM2 m3/kgDM 170.000

KdHgIM3 partition coefﬁcient Hg-IM3 m3/kgDM 170.000

CaRFKpNi coefﬁcient a for reprofunction Ni various -22.654

CbRFKpNi coefﬁcient b for reprofunction Ni various 5.702

CcRFKpNi coefﬁcient c for reprofunction Ni various -0.329

CdRFKpNi coefﬁcient d for reprofunction Ni various 0.000

CgRFKpNi coefﬁcient g for reprofunction Ni various 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

ClRFKpNi coefﬁcient l for reprofunction Ni various -0.171

CmRFKpNi coefﬁcient m for reprofunction Ni various 0.289

CnRFKpNi coefﬁcient n for reprofunction Ni various -0.039

CoRFKpNi coefﬁcient o for reprofunction Ni various -0.049

KdNiIM1 partition coefﬁcient Ni-IM1 m3/kgDM 9.000

KdNiIM2 partition coefﬁcient Ni-IM2 m3/kgDM 9.000

KdNiIM3 partition coefﬁcient Ni-IM3 m3/kgDM 9.000

CaRFKpCr coefﬁcient a for reprofunction Cr various -40.123

CbRFKpCr coefﬁcient b for reprofunction Cr various 11.121

CcRFKpCr coefﬁcient c for reprofunction Cr various -0.709

CdRFKpCr coefﬁcient d for reprofunction Cr various 0.000

CgRFKpCr coefﬁcient g for reprofunction Cr various -0.244

ClRFKpCr coefﬁcient l for reprofunction Cr various -0.110

CmRFKpCr coefﬁcient m for reprofunction Cr various 0.000

CnRFKpCr coefﬁcient n for reprofunction Cr various 0.000

CoRFKpCr coefﬁcient o for reprofunction Cr various 0.000

KdCrIM1 partition coefﬁcient Cr-IM1 m3/kgDM 290.000

KdCrIM2 partition coefﬁcient Cr-IM2 m3/kgDM 290.000

KdCrIM3 partition coefﬁcient Cr-IM3 m3/kgDM 290.000

CaRFKpAs coefﬁcient a for reprofunction As various 3.555

CbRFKpAs coefﬁcient b for reprofunction As various -0.164

CcRFKpAs coefﬁcient c for reprofunction As various 0.010

CdRFKpAs coefﬁcient d for reprofunction As various -0.016

CgRFKpAs coefﬁcient g for reprofunction As various 0.000

ClRFKpAs coefﬁcient l for reprofunction As various -0.196

CmRFKpAs coefﬁcient m for reprofunction As various 0.000

CnRFKpAs coefﬁcient n for reprofunction As various 0.000

CoRFKpAs coefﬁcient o for reprofunction As various 0.000

KdAsIM1 partition coefﬁcient for As and IM1 m3/kgDW 282.000

KdAsIM2 partition coefﬁcient for As and IM2 m3/kgDW 282.000

KdAsIM3 partition coefﬁcient for As and IM3 m3/kgDW 282.000

XDOCCd efﬁciency DOC relative to POC for Cd - 0.180

KdCdPOC partition coefﬁcient Cd-POC m3/kgC 0.000

KdCdPHYT partition coefﬁcient Cd-PHYT m3/kgC 0.000

HLTAdsCd half-life time non-eq. adsorption Cd d 0.000

HLTDesCd half-life time non-eq. desorption Cd d 0.000

SWWaterKCh switch for oxic 1 or suﬁdic 0 water - 1.000

MolWtCd Molweight Cd g/mol 112.400

logKCdSs precipitation constant Cd+S<==>CdSs log1/(mol l)ˆ2 27.900

logKCdSaq complexation constant Cd+S<==>CdS0aq log1/(mol l) 18.000

logKCdHSaq complexation constant Cd+HS<==>CdHS+aq log1/(mol l) 9.200

SwSedNo switch for using module in water column - 0.000

HMGroup1 Heavy metal group 1 General - 1.000

FrCdIM1 fraction Cd adsorbed to IM1 - 0.000

FrCdIM2 fraction Cd adsorbed to IM2 - 0.000

FrCdIM3 fraction Cd adsorbed to IM3 - 0.000

FrCdPOC fraction Cd adsorbed to POC - 0.000

FrCdPHYT fraction Cd adsorbed to phytoplankton - 0.000

QCdIM2 quality IM2 for Cd gCd/gDM 0.000

QCdIM3 quality IM3 for Cd gCd/gDM 0.000

QCdPOC quality POC for Cd gCd/gC 0.000

QCdPHYT quality phytoplankton for Cd gCd/gC 0.000

XDOCCr efﬁciency DOC relative to POC for Cr - 0.180

KdCrPOC partition coefﬁcient Cr-POC m3/kgC 0.000

KdCrPHYT partition coefﬁcient Cr-PHYT m3/kgC 0.000

HLTAdsCr half-life time non-eq. adsorption Cr d 0.000

HLTDesCr half-life time non-eq. desorption Cr d 0.000

logKCrSol solubility product Cr hydroxide log(mol l)ˆ4 0.000

MolWtCr Molweight Cr g/mol 52.000

logKCrOH1 complexation constant CrOH log(mol l) 0.000

logKCrOH2 complexation constant CrOH2 log(mol l)ˆ2 0.000

logKCrOH3 complexation constant CrOH3 log(mol l)ˆ3 0.000

HMGroup2 Heavy metal group 2 Cr - 2.000

FrCrIM1 fraction Cr adsorbed to IM1 - 0.000

FrCrIM2 fraction Cr adsorbed to IM2 - 0.000

FrCrIM3 fraction Cr adsorbed to IM3 - 0.000

FrCrPOC fraction Cr adsorbed to POC - 0.000

FrCrPHYT fraction Cr adsorbed to phytoplankton - 0.000

QCrIM2 quality IM2 for Cr gCr/gDM 0.000

QCrIM3 quality IM3 for Cr gCr/gDM 0.000

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Process Description Unit Default

QCrPOC quality POC for Cr gCr/gC 0.000

QCrPHYT quality phytoplankton for Cr gCr/gC 0.000

XDOCCu efﬁciency DOC relative to POC for Cu - 0.180

KdCuPOC partition coefﬁcient Cu-POC m3/kgC 0.000

KdCuPHYT partition coefﬁcient Cu-PHYT m3/kgC 0.000

HLTAdsCu half-life time non-eq. adsorption Cu d 0.000

HLTDesCu half-life time non-eq. desorption Cu d 0.000

MolWtCu Molweight Cu g/mol 63.550

logKCuSs precipitation constant Cu+S<==>CuSs log1/(mol l)ˆ2 27.900

logKCuSaq complexation constant Cu+S<==>CuS0aq log1/(mol l) 18.000

logKCuHSaq complexation constant Cu+HS<==>CuHS+aq log1/(mol l) 9.200

FrCuIM1 fraction Cu adsorbed to IM1 - 0.000

FrCuIM2 fraction Cu adsorbed to IM2 - 0.000

FrCuIM3 fraction Cu adsorbed to IM3 - 0.000

FrCuPOC fraction Cu adsorbed to POC - 0.000

FrCuPHYT fraction Cu adsorbed to phytoplankton - 0.000

QCuIM2 quality IM2 for Cu gCu/gDM 0.000

QCuIM3 quality IM3 for Cu gCu/gDM 0.000

QCuPOC quality POC for Cu gCu/gC 0.000

QCuPHYT quality phytoplankton for Cu gCu/gC 0.000

XDOCHg efﬁciency DOC relative to POC for Hg - 0.180

KdHgPOC partition coefﬁcient Hg-POC m3/kgC 0.000

KdHgPHYT partition coefﬁcient Hg-PHYT m3/kgC 0.000

HLTAdsHg half-life time non-eq. adsorption Hg d 0.000

HLTDesHg half-life time non-eq. desorption Hg d 0.000

MolWtHg Molweight Hg g/mol 200.590

logKHgSs precipitation constant Hg+S<==>HgSs log1/(mol l)ˆ2 27.900

logKHgSaq complexation constant Hg+S<==>HgS0aq log1/(mol l) 18.000

logKHgHSaq complexation constant Hg+HS<==>HgHS+aq log1/(mol l) 9.200

FrHgIM1 fraction Hg adsorbed to IM1 - 0.000

FrHgIM2 fraction Hg adsorbed to IM2 - 0.000

FrHgIM3 fraction Hg adsorbed to IM3 - 0.000

FrHgPOC fraction Hg adsorbed to POC - 0.000

FrHgPHYT fraction Hg adsorbed to phytoplankton - 0.000

QHgIM2 quality IM2 for Hg gHg/gDM 0.000

QHgIM3 quality IM3 for Hg gHg/gDM 0.000

QHgPOC quality POC for Hg gHg/gC 0.000

QHgPHYT quality phytoplankton for Hg gHg/gC 0.000

XDOCNi efﬁciency DOC relative to POC for Ni - 0.180

KdNiPOC partition coefﬁcient Ni-POC m3/kgC 0.000

KdNiPHYT partition coefﬁcient Ni-PHYT m3/kgC 0.000

HLTAdsNi half-life time non-eq. adsorption Ni d 0.000

HLTDesNi half-life time non-eq. desorption Ni d 0.000

MolWtNi Molweight Ni g/mol 58.710

logKNiSs precipitation constant Ni+S<==>NiSs log1/(mol l)ˆ2 27.900

logKNiSaq complexation constant Ni+S<==>NiS0aq log1/(mol l) 18.000

logKNiHSaq complexation constant Ni+HS<==>NiHS+aq log1/(mol l) 9.200

FrNiIM1 fraction Ni adsorbed to IM1 - 0.000

FrNiIM2 fraction Ni adsorbed to IM2 - 0.000

FrNiIM3 fraction Ni adsorbed to IM3 - 0.000

FrNiPOC fraction Ni adsorbed to POC - 0.000

FrNiPHYT fraction Ni adsorbed to phytoplankton - 0.000

QNiIM2 quality IM2 for Ni gNi/gDM 0.000

QNiIM3 quality IM3 for Ni gNi/gDM 0.000

QNiPOC quality POC for Ni gNi/gC 0.000

QNiPHYT quality phytoplankton for Ni gNi/gC 0.000

XDOCPb efﬁciency DOC relative to POC for Pb - 0.180

KdPbPOC partition coefﬁcient Pb-POC m3/kgC 0.000

KdPbPHYT partition coefﬁcient Pb-PHYT m3/kgC 0.000

HLTAdsPb half-life time non-eq. adsorption Pb d 0.000

HLTDesPb half-life time non-eq. desorption Pb d 0.000

MolWtPb Molweight Pb g/mol 207.190

logKPbSs precipitation constant Pb+S<==>PbSs log1/(mol l)ˆ2 27.900

logKPbSaq complexation constant Pb+S<==>PbS0aq log1/(mol l) 18.000

logKPbHSaq complexation constant Pb+HS<==>PbHS+aq log1/(mol l) 9.200

FrPbIM1 fraction Pb adsorbed to IM1 - 0.000

FrPbIM2 fraction Pb adsorbed to IM2 - 0.000

FrPbIM3 fraction Pb adsorbed to IM3 - 0.000

FrPbPOC fraction Pb adsorbed to POC - 0.000

FrPbPHYT fraction Pb adsorbed to phytoplankton - 0.000

QPbIM2 quality IM2 for Pb gPb/gDM 0.000

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Process Description Unit Default

QPbIM3 quality IM3 for Pb gPb/gDM 0.000

QPbPOC quality POC for Pb gPb/gC 0.000

QPbPHYT quality phytoplankton for Pb gPb/gC 0.000

XDOCAs efﬁciency DOC relative to POC for As - 0.180

KdAsPOC partition coefﬁcient As-POC m3/kgC 0.000

KdAsPHYT partition coefﬁcient As-PHYT m3/kgC 0.000

HLTAdsAs half-life time non-eq. adsorption As d 0.000

HLTDesAs half-life time non-eq. desorption As d 0.000

MolWtAs Molweight As g/mol 74.922

logKAsSs precipitation constant As+S<==>log1/(mol l)ˆ2 27.900

logKAsSaq complexation constant As+S<==>AsS log1/(mol l) 18.000

logKAsHSaq complexation constant As+HS<==>As log1/(mol l) 9.200

HMGroup3 Heavy metal group 3 As and Va - 3.000

FrAsIM1 fraction As adsorbed to IM1 - 0.000

FrAsIM2 fraction As adsorbed to IM2 - 0.000

FrAsIM3 fraction As adsorbed to IM3 - 0.000

FrAsPOC fraction As adsorbed to POC - 0.000

FrAsPHYT fraction As adsorbed to phytoplankton - 0.000

QAsIM2 quality IM2 for As gAs/gDM 0.000

QAsIM3 quality IM3 for As gAs/gDM 0.000

QAsPOC quality POC for As gAs/gC 0.000

QAsPHYT quality phytoplankton for As gAs/gC 0.000

XDOCVa efﬁciency DOC relative to POC for Va - 0.180

KdVaIM1 partition coefﬁcient Va-IM1 m3/kgDM 50.000

KdVaIM2 partition coefﬁcient Va-IM2 m3/kgDM 50.000

KdVaIM3 partition coefﬁcient Va-IM3 m3/kgDM 50.000

KdVaPOC partition coefﬁcient Va-POC m3/kgC 0.000

KdVaPHYT partition coefﬁcient Va-PHYT m3/kgC 0.000

HLTAdsVa half-life time non-eq. adsorption Va d 0.000

HLTDesVa half-life time non-eq. desorption Va d 0.000

MolWtVa Molweight Va g/mol 50.940

logKVaSs precipitation constant Va+S<==>VaSs log1/(mol l)ˆ2 27.900

logKVaSaq complexation constant Va+S<==>VaS0aq log1/(mol l) 18.000

logKVaHSaq complexation constant Va+HS<==>VaHS+aq log1/(mol l) 9.200

FrVaIM1 fraction Va adsorbed to IM1 - 0.000

FrVaIM2 fraction Va adsorbed to IM2 - 0.000

FrVaIM3 fraction Va adsorbed to IM3 - 0.000

FrVaPOC fraction Va adsorbed to POC - 0.000

FrVaPHYT fraction Va adsorbed to phytoplankton - 0.000

QVaIM2 quality IM2 for Va gVa/gDM 0.000

QVaIM3 quality IM3 for Va gVa/gDM 0.000

QVaPOC quality POC for Va gVa/gC 0.000

QVaPHYT quality phytoplankton for Va gVa/gC 0.000

XDOCZn efﬁciency DOC relative to POC for Zn - 0.180

KdZnPOC partition coefﬁcient Zn-POC m3/kgC 0.000

KdZnPHYT partition coefﬁcient Zn-PHYT m3/kgC 0.000

HLTAdsZn half-life time non-eq. adsorption Zn d 0.000

HLTDesZn half-life time non-eq. desorption Zn d 0.000

MolWtZn Molweight Zn g/mol 65.380

logKZnSs precipitation constant Zn+S<==>ZnSs log1/(mol l)ˆ2 27.900

logKZnSaq complexation constant Zn+S<==>ZnS0aq log1/(mol l) 18.000

logKZnHSaq complexation constant Zn+HS<==>ZnHS+aq log1/(mol l) 9.200

FrZnIM1 fraction Zn adsorbed to IM1 - 0.000

FrZnIM2 fraction Zn adsorbed to IM2 - 0.000

FrZnIM3 fraction Zn adsorbed to IM3 - 0.000

FrZnPOC fraction Zn adsorbed to POC - 0.000

FrZnPHYT fraction Zn adsorbed to phytoplankton - 0.000

QZnIM2 quality IM2 for Zn gZn/gDM 0.000

QZnIM3 quality IM3 for Zn gZn/gDM 0.000

QZnPOC quality POC for Zn gZn/gC 0.000

QZnPHYT quality phytoplankton for Zn gZn/gC 0.000

DOCS1 DOC in pore water layer S1 gC/m3p 0.000

KdCdIM1S1 partition coefﬁcient Cd-IM1 in layer S1 m3/kgDM 130.000

KdCdIM2S1 partition coefﬁcient Cd-IM2 in layer S1 m3/kgDM 130.000

KdCdIM3S1 partition coefﬁcient Cd-IM3 in layer S1 m3/kgDM 130.000

KdCdPOCS1 partition coefﬁcient Cd-POC in layer S1 m3/kgC 0.000

KdCdPHYTS1 partition coefﬁcient Cd-PHYT in layer S1 m3/kgC 0.000

HLTAdsCdS1 half-life time non-eq. adsorption Cd in layer S1 d 0.000

HLTDesCdS1 half-life time non-eq. desorption Cd in layer S1 d 0.000

SWPoreChS1 switch for oxic 1 or suﬁdic 0 pore water - 1.000

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Process Description Unit Default

DisSS1 S– in layer S1 (mol l) 0.000

DisHSS1 HS- in layer S1 (mol l) 0.000

SwSedYes switch for using module in sediment - 1.000

KdCrIM1S1 partition coefﬁcient Cr-IM1 in layer S1 m3/kgDM 290.000

KdCrIM2S1 partition coefﬁcient Cr-IM2 in layer S1 m3/kgDM 290.000

KdCrIM3S1 partition coefﬁcient Cr-IM3 in layer S1 m3/kgDM 290.000

KdCrPOCS1 partition coefﬁcient Cr-POC in layer S1 m3/kgC 0.000

KdCrPHYTS1 partition coefﬁcient Cr-PHYT in layer S1 m3/kgC 0.000

HLTAdsCrS1 half-life time non-eq. adsorption Cr in layer S1 d 0.000

HLTDesCrS1 half-life time non-eq. desorption Cr in layer S1 d 0.000

KdCuIM1S1 partition coefﬁcient Cu-IM1 in layer S1 m3/kgDM 50.000

KdCuIM2S1 partition coefﬁcient Cu-IM2 in layer S1 m3/kgDM 50.000

KdCuIM3S1 partition coefﬁcient Cu-IM3 in layer S1 m3/kgDM 50.000

KdCuPOCS1 partition coefﬁcient Cu-POC in layer S1 m3/kgC 0.000

KdCuPHYTS1 partition coefﬁcient Cu-PHYT in layer S1 m3/kgC 0.000

HLTAdsCuS1 half-life time non-eq. adsorption Cu in layer S1 d 0.000

HLTDesCuS1 half-life time non-eq. desorption Cu in layer S1 d 0.000

KdHgIM1S1 partition coefﬁcient Hg-IM1 in layer S1 m3/kgDM 170.000

KdHgIM2S1 partition coefﬁcient Hg-IM2 in layer S1 m3/kgDM 170.000

KdHgIM3S1 partition coefﬁcient Hg-IM3 in layer S1 m3/kgDM 170.000

KdHgPOCS1 partition coefﬁcient Hg-POC in layer S1 m3/kgC 0.000

KdHgPHYTS1 partition coefﬁcient Hg-PHYT in layer S1 m3/kgC 0.000

HLTAdsHgS1 half-life time non-eq. adsorption Hg in layer S1 d 0.000

HLTDesHgS1 half-life time non-eq. desorption Hg in layer S1 d 0.000

KdNiIM1S1 partition coefﬁcient Ni-IM1 in layer S1 m3/kgDM 9.000

KdNiIM2S1 partition coefﬁcient Ni-IM2 in layer S1 m3/kgDM 9.000

KdNiIM3S1 partition coefﬁcient Ni-IM3 in layer S1 m3/kgDM 9.000

KdNiPOCS1 partition coefﬁcient Ni-POC in layer S1 m3/kgC 0.000

KdNiPHYTS1 partition coefﬁcient Ni-PHYT in layer S1 m3/kgC 0.000

HLTAdsNiS1 half-life time non-eq. adsorption Ni in layer S1 d 0.000

HLTDesNiS1 half-life time non-eq. desorption Ni in layer S1 d 0.000

KdPbIM1S1 partition coefﬁcient Pb-IM1 in layer S1 m3/kgDM 640.000

KdPbIM2S1 partition coefﬁcient Pb-IM2 in layer S1 m3/kgDM 640.000

KdPbIM3S1 partition coefﬁcient Pb-IM3 in layer S1 m3/kgDM 640.000

KdPbPOCS1 partition coefﬁcient Pb-POC in layer S1 m3/kgC 0.000

KdPbPHYTS1 partition coefﬁcient Pb-PHYT in layer S1 m3/kgC 0.000

HLTAdsPbS1 half-life time non-eq. adsorption Pb in layer S1 d 0.000

HLTDesPbS1 half-life time non-eq. desorption Pb in layer S1 d 0.000

KdAsIM1S1 partition coefﬁcient As-IM1 in layer S1 m3/kgDM 282.000

KdAsIM2S1 partition coefﬁcient As-IM2 in layer S1 m3/kgDM 282.000

KdAsIM3S1 partition coefﬁcient As-IM3 in layer S1 m3/kgDM 282.000

KdAsPOCS1 partition coefﬁcient As-POC in layer S1 m3/kgC 0.000

KdAsPHYTS1 partition coefﬁcient As-PHYT in layer S1 m3/kgC 0.000

HLTAdsAsS1 half-life time non-eq. adsorption As in layer S d 0.000

HLTDesAsS1 half-life time non-eq. desorption As in layer S d 0.000

KdVaIM1S1 partition coefﬁcient Va-IM1 in layer S1 m3/kgDM 50.000

KdVaIM2S1 partition coefﬁcient Va-IM2 in layer S1 m3/kgDM 50.000

KdVaIM3S1 partition coefﬁcient Va-IM3 in layer S1 m3/kgDM 50.000

KdVaPOCS1 partition coefﬁcient Va-POC in layer S1 m3/kgC 0.000

KdVaPHYTS1 partition coefﬁcient Va-PHYT in layer S1 m3/kgC 0.000

HLTAdsVaS1 half-life time non-eq. adsorption Va in layer S1 d 0.000

HLTDesVaS1 half-life time non-eq. desorption Va in layer S1 d 0.000

KdZnIM1S1 partition coefﬁcient Zn-IM1 in layer S1 m3/kgDM 111.000

KdZnIM2S1 partition coefﬁcient Zn-IM2 in layer S1 m3/kgDM 111.000

KdZnIM3S1 partition coefﬁcient Zn-IM3 in layer S1 m3/kgDM 111.000

KdZnPOCS1 partition coefﬁcient Zn-POC in layer S1 m3/kgC 0.000

KdZnPHYTS1 partition coefﬁcient Zn-PHYT in layer S1 m3/kgC 0.000

HLTAdsZnS1 half-life time non-eq. adsorption Zn in layer S1 d 0.000

HLTDesZnS1 half-life time non-eq. desorption Zn in layer S1 d 0.000

DOCS2 DOC in pore water layer S2 gC/m3p 0.000

KdCdIM1S2 partition coefﬁcient Cd-IM1 in layer S2 m3/kgDM 130.000

KdCdIM2S2 partition coefﬁcient Cd-IM2 in layer S2 m3/kgDM 130.000

KdCdIM3S2 partition coefﬁcient Cd-IM3 in layer S2 m3/kgDM 130.000

KdCdPOCS2 partition coefﬁcient Cd-POC in layer S2 m3/kgC 0.000

KdCdPHYTS2 partition coefﬁcient Cd-PHYT in layer S2 m3/kgC 0.000

HLTAdsCdS2 half-life time non-eq. adsorption Cd in layer S2 d 0.000

HLTDesCdS2 half-life time non-eq. desorption Cd in layer S2 d 0.000

SWPoreChS2 switch for oxic 1 or suﬁdic 0 pore water - 0.000

DisSS2 S– in layer S2 (mol l) 0.000

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Process Description Unit Default

DisHSS2 HS- in layer S2 (mol l) 0.000

QCdDMS2 overall sediment quality for Cd in S2 mgCd/kgDM 0.000

KdCrIM1S2 partition coefﬁcient Cr-IM1 in layer S2 m3/kgDM 290.000

KdCrIM2S2 partition coefﬁcient Cr-IM2 in layer S2 m3/kgDM 290.000

KdCrIM3S2 partition coefﬁcient Cr-IM3 in layer S2 m3/kgDM 290.000

KdCrPOCS2 partition coefﬁcient Cr-POC in layer S2 m3/kgC 0.000

KdCrPHYTS2 partition coefﬁcient Cr-PHYT in layer S2 m3/kgC 0.000

HLTAdsCrS2 half-life time non-eq. adsorption Cr in layer S2 d 0.000

HLTDesCrS2 half-life time non-eq. desorption Cr in layer S2 d 0.000

QCrDMS2 overall sediment quality for Cr in S2 mgCr/kgDM 0.000

KdCuIM1S2 partition coefﬁcient Cu-IM1 in layer S2 m3/kgDM 50.000

KdCuIM2S2 partition coefﬁcient Cu-IM2 in layer S2 m3/kgDM 50.000

KdCuIM3S2 partition coefﬁcient Cu-IM3 in layer S2 m3/kgDM 50.000

KdCuPOCS2 partition coefﬁcient Cu-POC in layer S2 m3/kgC 0.000

KdCuPHYTS2 partition coefﬁcient Cu-PHYT in layer S2 m3/kgC 0.000

HLTAdsCuS2 half-life time non-eq. adsorption Cu in layer S2 d 0.000

HLTDesCuS2 half-life time non-eq. desorption Cu in layer S2 d 0.000

QCuDMS2 overall sediment quality for Cu in S2 mgCu/kgDM 0.000

KdHgIM1S2 partition coefﬁcient Hg-IM1 in layer S2 m3/kgDM 170.000

KdHgIM2S2 partition coefﬁcient Hg-IM2 in layer S2 m3/kgDM 170.000

KdHgIM3S2 partition coefﬁcient Hg-IM3 in layer S2 m3/kgDM 170.000

KdHgPOCS2 partition coefﬁcient Hg-POC in layer S2 m3/kgC 0.000

KdHgPHYTS2 partition coefﬁcient Hg-PHYT in layer S2 m3/kgC 0.000

HLTAdsHgS2 half-life time non-eq. adsorption Hg in layer S2 d 0.000

HLTDesHgS2 half-life time non-eq. desorption Hg in layer S2 d 0.000

QHgDMS2 overall sediment quality for Hg in S2 mgHg/kgDM 0.000

KdNiIM1S2 partition coefﬁcient Ni-IM1 in layer S2 m3/kgDM 9.000

KdNiIM2S2 partition coefﬁcient Ni-IM2 in layer S2 m3/kgDM 9.000

KdNiIM3S2 partition coefﬁcient Ni-IM3 in layer S2 m3/kgDM 9.000

KdNiPOCS2 partition coefﬁcient Ni-POC in layer S2 m3/kgC 0.000

KdNiPHYTS2 partition coefﬁcient Ni-PHYT in layer S2 m3/kgC 0.000

HLTAdsNiS2 half-life time non-eq. adsorption Ni in layer S2 d 0.000

HLTDesNiS2 half-life time non-eq. desorption Ni in layer S2 d 0.000

QNiDMS2 overall sediment quality for Ni in S2 mgNi/kgDM 0.000

KdPbIM1S2 partition coefﬁcient Pb-IM1 in layer S2 m3/kgDM 640.000

KdPbIM2S2 partition coefﬁcient Pb-IM2 in layer S2 m3/kgDM 640.000

KdPbIM3S2 partition coefﬁcient Pb-IM3 in layer S2 m3/kgDM 640.000

KdPbPOCS2 partition coefﬁcient Pb-POC in layer S2 m3/kgC 0.000

KdPbPHYTS2 partition coefﬁcient Pb-PHYT in layer S2 m3/kgC 0.000

HLTAdsPbS2 half-life time non-eq. adsorption Pb in layer S2 d 0.000

HLTDesPbS2 half-life time non-eq. desorption Pb in layer S2 d 0.000

QPbDMS2 overall sediment quality for Pb in S2 mgPb/kgDM 0.000

KdAsIM1S2 partition coefﬁcient As-IM1 in layer S2 m3/kgDM 282.000

KdAsIM2S2 partition coefﬁcient As-IM2 in layer S2 m3/kgDM 282.000

KdAsIM3S2 partition coefﬁcient As-IM3 in layer S2 m3/kgDM 282.000

KdAsPOCS2 partition coefﬁcient As-POC in layer S2 m3/kgC 0.000

KdAsPHYTS2 partition coefﬁcient As-PHYT in layer S2 m3/kgC 0.000

HLTAdsAsS2 half-life time non-eq. adsorption As in layer S d 0.000

HLTDesAsS2 half-life time non-eq. desorption As in layer S d 0.000

QAsDMS2 overall sediment quality for As in S2 mgAs/kgDM 0.000

KdVaIM1S2 partition coefﬁcient Va-IM1 in layer S2 m3/kgDM 50.000

KdVaIM2S2 partition coefﬁcient Va-IM2 in layer S2 m3/kgDM 50.000

KdVaIM3S2 partition coefﬁcient Va-IM3 in layer S2 m3/kgDM 50.000

KdVaPOCS2 partition coefﬁcient Va-POC in layer S2 m3/kgC 0.000

KdVaPHYTS2 partition coefﬁcient Va-PHYT in layer S2 m3/kgC 0.000

HLTAdsVaS2 half-life time non-eq. adsorption Va in layer S2 d 0.000

HLTDesVaS2 half-life time non-eq. desorption Va in layer S2 d 0.000

QVaDMS2 overall sediment quality for Va in S2 mgVa/kgDM 0.000

KdZnIM1S2 partition coefﬁcient Zn-IM1 in layer S2 m3/kgDM 111.000

KdZnIM2S2 partition coefﬁcient Zn-IM2 in layer S2 m3/kgDM 111.000

KdZnIM3S2 partition coefﬁcient Zn-IM3 in layer S2 m3/kgDM 111.000

KdZnPOCS2 partition coefﬁcient Zn-POC in layer S2 m3/kgC 0.000

KdZnPHYTS2 partition coefﬁcient Zn-PHYT in layer S2 m3/kgC 0.000

HLTAdsZnS2 half-life time non-eq. adsorption Zn in layer S2 d 0.000

HLTDesZnS2 half-life time non-eq. desorption Zn in layer S2 d 0.000

QZnDMS2 overall sediment quality for Zn in S2 mgZn/kgDM 0.000

XDOC153 efﬁciency DOC relative to POC for 153 - 0.180

KdDumIM1 partition coefﬁcient dumIM1 m3/kgDM 0.000

KdDumIM2 partition coefﬁcient dumIM2 m3/kgDM 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

KdDumIM3 partition coefﬁcient dumIM3 m3/kgDM 0.000

lKpoc153S1 log partition coefﬁcient 153-POC in layer S1 l/kgC 5.800

lKphy153S1 log partition coefﬁcient 153-PHYT in layer S1 l/kgC 5.800

HLTAds153S half-life time non-eq. adsorption 153 in sediment d 0.000

HLTDes153S half-life time non-eq. desorption 153 in sediment d 0.000

OMPGroup Organic micro pollutants group 4 - 4.000

XDOCAtr efﬁciency DOC relative to POC for Atrazine - 0.180

lKpocAtrS1 log partition coefﬁcient Atr-POC in layer S1 l/kgC 2.200

lKphyAtrS1 log partition coefﬁcient Atr-PHYT in layer S1 l/kgC 2.200

HLTAdsAtrS half-life time non-eq. adsorption Atr in sediment d 0.000

HLTDesAtrS half-life time non-eq. desorption Atr in sediment d 0.000

XDOCBaP efﬁciency DOC relative to POC for BaP - 0.180

lKpocBaPS1 log partition coefﬁcient BaP-POC in layer S1 l/kgC 7.300

lKphyBaPS1 log partition coefﬁcient BaP-PHYT in layer S1 l/kgC 7.300

HLTAdsBaPS half-life time non-eq. adsorption BaP in sediment d 0.000

HLTDesBaPS half-life time non-eq. desorption BaP in sediment d 0.000

XDOCDiu efﬁciency DOC relative to POC for Diu - 0.180

lKpocDiuS1 log partition coefﬁcient Diu-POC in layer S1 l/kgC 2.500

lKphyDiuS1 log partition coefﬁcient Diu-PHYT in layer S1 l/kgC 2.500

HLTAdsDiuS half-life time non-eq. adsorption Diu in sediment d 0.000

HLTDesDiuS half-life time non-eq. desorption Diu in sediment d 0.000

XDOCFlu efﬁciency DOC relative to POC for Flu - 0.180

lKpocFluS1 log partition coefﬁcient Flu-POC in layer S1 l/kgC 6.400

lKphyFluS1 log partition coefﬁcient Flu-PHYT in layer S1 l/kgC 6.400

HLTAdsFluS half-life time non-eq. adsorption Flu in sediment d 0.000

HLTDesFluS half-life time non-eq. desorption Flu in sediment d 0.000

XDOCHCB efﬁciency DOC relative to POC for HCB - 0.180

lKpocHCBS1 log partition coefﬁcient HCB-POC in layer S1 l/kgC 5.500

lKphyHCBS1 log partition coefﬁcient HCB-PHYT in layer S1 l/kgC 5.500

HLTAdsHCBS half-life time non-eq. adsorption HCB in sediment d 0.000

HLTDesHCBS half-life time non-eq. desorption HCB in sediment d 0.000

XDOCHCH efﬁciency DOC relative to POC for HCH - 0.500

lKpocHCHS1 log partition coefﬁcient HCH-POC in layer S1 l/kgC 3.000

lKphyHCHS1 log partition coefﬁcient HCH-PHYT in layer S1 l/kgC 3.000

HLTAdsHCHS half-life time non-eq. adsorption HCH in sediment d 0.000

HLTDesHCHS half-life time non-eq. desorption HCH in sediment d 0.000

XDOCMef efﬁciency DOC relative to POC for Mef - 0.180

lKpocMefS1 log partition coefﬁcient Mef-POC in layer S1 l/kgC 2.800

lKphyMefS1 log partition coefﬁcient Mef-PHYT in layer S1 l/kgC 2.800

HLTAdsMefS half-life time non-eq. adsorption Mef in sediment d 0.000

HLTDesMefS half-life time non-eq. desorption Mef in sediment d 0.000

lKpoc153S2 log partition coefﬁcient 153-POC in layer S2 l/kgC 5.800

lKphy153S2 log partition coefﬁcient 153-PHYT in layer S2 l/kgC 5.800

lKpocAtrS2 log partition coefﬁcient Atr-POC in layer S2 l/kgC 2.200

lKphyAtrS2 log partition coefﬁcient Atr-PHYT in layer S2 l/kgC 2.200

lKpocBaPS2 log partition coefﬁcient BaP-POC in layer S2 l/kgC 7.300

lKphyBaPS2 log partition coefﬁcient BaP-PHYT in layer S2 l/kgC 7.300

lKpocDiuS2 log partition coefﬁcient Diu-POC in layer S2 l/kgC 2.500

lKphyDiuS2 log partition coefﬁcient Diu-PHYT in layer S2 l/kgC 2.500

lKpocFluS2 log partition coefﬁcient Flu-POC in layer S2 l/kgC 6.400

lKphyFluS2 log partition coefﬁcient Flu-PHYT in layer S2 l/kgC 6.400

lKpocHCBS2 log partition coefﬁcient HCB-POC in layer S2 l/kgC 5.500

lKphyHCBS2 log partition coefﬁcient HCB-PHYT in layer S2 l/kgC 5.500

lKpocHCHS2 log partition coefﬁcient HCH-POC in layer S2 l/kgC 3.000

lKphyHCHS2 log partition coefﬁcient HCH-PHYT in layer S2 l/kgC 3.000

lKpocMefS2 log partition coefﬁcient Mef-POC in layer S2 l/kgC 2.800

lKphyMefS2 log partition coefﬁcient Mef-PHYT in layer S2 l/kgC 2.800

lKpoc153 log partition coefﬁcient 153-POC l/kgC 5.800

lKphy153 log partition coefﬁcient 153-PHYT l/kgC 5.800

HLTAds153 half-life time non-eq. adsorption 153 d 0.000

HLTDes153 half-life time non-eq. desorption 153 d 0.000

Fr153POC fraction 153 adsorbed to POC - 0.000

Fr153PHYT fraction 153 adsorbed to phytoplankton - 0.000

Q153PHYT quality phytoplankton for 153 in water column g153/gC 0.000

lKpocAtr log partition coefﬁcient Atr-POC l/kgC 2.200

lKphyAtr log partition coefﬁcient Atr-PHYT l/kgC 2.200

HLTAdsAtr half-life time non-eq. adsorption Atr d 0.000

HLTDesAtr half-life time non-eq. desorption Atr d 0.000

FrAtrPOC fraction Atr adsorbed to POC - 0.000

FrAtrPHYT fraction Atr adsorbed to phytoplankton - 0.000

QAtrPHYT quality phytoplankton for Atrazine in water column gAtr/gC 0.000

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Process Description Unit Default

lKpocBaP log partition coefﬁcient BaP-POC l/kgC 7.300

lKphyBaP log partition coefﬁcient BaP-PHYT l/kgC 7.300

HLTAdsBaP half-life time non-eq. adsorption BaP d 0.000

HLTDesBaP half-life time non-eq. desorption BaP d 0.000

FrBaPPOC fraction BaP adsorbed to POC - 0.000

FrBaPPHYT fraction BaP adsorbed to phytoplankton - 0.000

QBaPPHYT quality phytoplankton for BaP in water column gBaP/gC 0.000

lKpocDiu log partition coefﬁcient Diu-POC l/kgC 2.500

lKphyDiu log partition coefﬁcient Diu-PHYT l/kgC 2.500

HLTAdsDiu half-life time non-eq. adsorption Diu d 0.000

HLTDesDiu half-life time non-eq. desorption Diu d 0.000

FrDiuPOC fraction Diu adsorbed to POC - 0.000

FrDiuPHYT fraction Diu adsorbed to phytoplankton - 0.000

QDiuPHYT quality phytoplankton for Diu in water column gDiu/gC 0.000

lKpocFlu log partition coefﬁcient Flu-POC l/kgC 6.400

lKphyFlu log partition coefﬁcient Flu-PHYT l/kgC 6.400

HLTAdsFlu half-life time non-eq. adsorption Flu d 0.000

HLTDesFlu half-life time non-eq. desorption Flu d 0.000

FrFluPOC fraction Flu adsorbed to POC - 0.000

FrFluPHYT fraction Flu adsorbed to phytoplankton - 0.000

QFluPHYT quality phytoplankton for Flu in water column gFlu/gC 0.000

lKpocHCB log partition coefﬁcient HCB-POC l/kgC 5.500

lKphyHCB log partition coefﬁcient HCB-PHYT l/kgC 5.500

HLTAdsHCB half-life time non-eq. adsorption HCB d 0.000

HLTDesHCB half-life time non-eq. desorption HCB d 0.000

FrHCBPOC fraction HCB adsorbed to POC - 0.000

FrHCBPHYT fraction HCB adsorbed to phytoplankton - 0.000

QHCBPHYT quality phytoplankton for HCB in water column gHCB/gC 0.000

lKpocHCH log partition coefﬁcient HCH-POC l/kgC 3.000

lKphyHCH log partition coefﬁcient HCH-PHYT l/kgC 3.000

HLTAdsHCH half-life time non-eq. adsorption HCH d 0.000

HLTDesHCH half-life time non-eq. desorption HCH d 0.000

FrHCHPOC fraction HCH adsorbed to POC - 0.000

FrHCHPHYT fraction HCH adsorbed to phytoplankton - 0.000

QHCHPHYT quality phytoplankton for HCH in water column gHCH/gC 0.000

lKpocMef log partition coefﬁcient Mef-POC l/kgC 2.800

lKphyMef log partition coefﬁcient Mef-PHYT l/kgC 2.800

HLTAdsMef half-life time non-eq. adsorption Mef d 0.000

HLTDesMef half-life time non-eq. desorption Mef d 0.000

FrMefPOC fraction Mef adsorbed to POC - 0.000

FrMefPHYT fraction Mef adsorbed to phytoplankton - 0.000

QMefPHYT quality phytoplankton for Mef in water column gMef/gC 0.000

FrNonDis substance not in dis phase - 0.000

FrNonDOC substance not in DOC phase - 0.000

xtrdsp_non extra diffusion factor during emersion - 1.000

FrAllDis substance in dis phase - 1.000

XtrDsp_OXY extra diffusion factor during emersion DO - 1.000

XtrDsp_dis extra diffusion factor during emersion - 1.000

FrAllDOC substance in DOC phase - 1.000

XtrDsp_TIC extra diffusion factor during emersion TIC - 1.000

TauCrUlva critical shear stress for resuspension ULVA N/m20.200

FixGrad gradient of ﬁxation versus shear stress - 2.000

SWDetTyp option for POX value must not be changed - 1.000

ZDETFF Faecal fraction for detritus of Zooplank - 0.500

ZDETPR Preference of Zooplank for detritus - 1.000

ZGRZFM Max. ﬁltration velocity Zooplank m3/gC/d 1.500

ZGRZGM Max. relative growth rate Zooplank 1/d 0.500

ZGRZML Mult. factor for biomass Zooplank - 1.000

ZGRZMM Max. relative mortality Zooplank 1/d 0.500

ZGRZMO Monod term ﬁltration rate Zooplank gC/m30.100

ZGRZRE Maintenance respiration coefﬁcient Zooplank - 0.250

ZGRZRM Max. daily uptake Zooplank mgC/mgC.d 1.500

ZGRZSE Standard respiration coefﬁcient Zooplank 1/d 0.050

ZFrDetBot Fract. produced detritus to bottom Zooplank - 0.000

ZGRZSTC C:C ratio Zooplank gC/gC 1.000

ZGRZSTN N:C ratio Zooplank gN/gC 0.182

ZGRZSTP P:C ratio Zooplank gP/gC 0.026

ZGRZSTSi Si:C ratio Zooplank gSi/gC 0.000

ZTMPFM temperature coefﬁcient Zooplank ﬁltration 1/◦C 0.040

ZTMPGM temperature coefﬁcient Zooplank growth 1/◦C 0.040

ZTMPMM temperature coefﬁcient Zooplank mortality 1/◦C 0.040

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Process Description Unit Default

ZTMPRE temperature coefﬁcient Zooplank routine metabol. 1/◦C 0.040

ZTMPRM temperature coefﬁcient Zooplank feeding rate 1/◦C 0.040

ZTMPSE temperature coefﬁcient Zooplank standard metabol. 1/◦C 0.040

ZUnitSW Use gC/m30 or gC/m21 for Zooplankton - 0.000

Mussel input concentration of Mussel gC/m2∨gC/m30.000

MDETFF Faecal fraction for detritus of Mussel - 0.500

MDETPR Preference of Mussel for detritus - 1.000

MGRZFM maximum ﬁltration velocity Mussel m3/gC/d 0.050

MGRZGM maximum relative growth rate Mussel 1/d 0.200

MGRZML multiplication factor for biomass Mussel - 1.000

MGRZMM maximum relative mortality Mussel 1/d 0.200

MGRZMO Monod term ﬁltration rate Mussel gC/m30.100

MGRZRE Maintenance respiration coefﬁcient Mussel - 0.200

MGRZRM maximum daily uptake Mussel mgC/mgC.d 0.100

MGRZSE Standard respiration coefﬁcient Mussel 1/d 0.005

MFrDetBot Fract. produced detritus to bottom Mussel - 1.000

MGRZSTC C:C ratio Mussel gC/gC 1.000

MGRZSTN N:C ratio Mussel gN/gC 0.182

MGRZSTP P:C ratio Mussel gP/gC 0.026

MGRZSTSi Si:C ratio Mussel gSi/gC 0.000

MTMPFM temperature coefﬁcient Mussel ﬁltration 1/◦C 0.040

MTMPGM temperature coefﬁcient Mussel growth 1/◦C 0.040

MTMPMM temperature coefﬁcient Mussel mortality 1/◦C 0.040

MTMPRE temperature coefﬁcient Mussel routine metabol. 1/◦C 0.040

MTMPRM temperature coefﬁcient Mussel feeding rate 1/◦C 0.040

MTMPSE temperature coefﬁcient Mussel standard metabol. 1/◦C 0.040

MUnitSW Use gC/m30 or gC/m21 for Mussels - 1.000

Grazer3 input concentration of Grazer3 gC/m2∨gC/m30.000

G3DETFF Faecal fraction for detritus of grazer 3 - 0.500

G3DETPR Preference of grazer 3 for detritus - 1.000

G3GRZFM Maximum ﬁltration velocity grazer 3 m3/gC/d 1.500

G3GRZGM Maximum relative growth rate grazer 3 1/d 0.500

G3GRZML Multiplication factor for biomass grazer 3 - 1.000

G3GRZMM Maximum relative mortality grazer 3 1/d 0.500

G3GRZMO Monod term ﬁltration rate grazer 3 gC/m30.100

G3GRZRE Maintenance respiration coefﬁcient grazer 3 - 0.250

G3GRZRM Maximum daily uptake grazer 3 mgC/mgC.d 1.500

G3GRZSE Standard respiration coefﬁcient grazer 3 1/d 0.050

G3FrDetBot Fract. produced detritus to bottom grazer 3 - 0.000

G3GRZSTC C:C ratio grazer 3 gC/gC 1.000

G3GRZSTN N:C ratio grazer 3 gN/gC 0.182

G3GRZSTP P:C ratio grazer 3 gP/gC 0.026

G3GRZSTSi Si:C ratio grazer 3 gSi/gC 0.000

G3TMPFM temperature coefﬁcient grazer 3 ﬁltration 1/◦C 0.040

G3TMPGM temperature coefﬁcient grazer 3 growth 1/◦C 0.040

G3TMPMM temperature coefﬁcient grazer 3 mortality 1/◦C 0.040

G3TMPRE temperature coefﬁcient grazer 3 routine metabol. 1/◦C 0.040

G3TMPRM temperature coefﬁcient grazer 3 feeding rate 1/◦C 0.040

G3TMPSE temperature coefﬁcient grazer 3 standard metabol. 1/◦C 0.040

G3UnitSW Use gC/m30 or gC/m21 for Grazer 3 - 0.000

Grazer4 input concentration of Grazer4 gC/m2∨gC/m30.000

G4DETFF Faecal fraction for detritus of grazer 4 - 0.500

G4DETPR Preference of grazer 4 for detritus - 1.000

G4GRZFM Maximum ﬁltration velocity grazer 4 m3/gC/d 1.500

G4GRZGM Maximum relative growth rate grazer 4 1/d 0.500

G4GRZML Multiplication factor for biomass grazer 4 - 1.000

G4GRZMM Maximum relative mortality grazer 4 1/d 0.500

G4GRZMO Monod term ﬁltration rate grazer 4 gC/m30.100

G4GRZRE Maintenance respiration coefﬁcient grazer 4 - 0.250

G4GRZRM Maximum daily uptake grazer 4 mgC/mgC.d 1.500

G4GRZSE Standard respiration coefﬁcient grazer 4 1/d 0.050

G4FrDetBot Fract. produced detritus to bottom grazer 4 - 0.000

G4GRZSTC C:C ratio grazer 4 gC/gC 1.000

G4GRZSTN N:C ratio grazer 4 gN/gC 0.182

G4GRZSTP P:C ratio grazer 4 gP/gC 0.026

G4GRZSTSi Si:C ratio grazer 4 gSi/gC 0.000

G4TMPFM temperature coefﬁcient grazer 4 ﬁltration 1/◦C 0.040

G4TMPGM temperature coefﬁcient grazer 4 growth 1/◦C 0.040

G4TMPMM temperature coefﬁcient grazer 4 mortality 1/◦C 0.040

G4TMPRE temperature coefﬁcient grazer 4 routine metabol. 1/◦C 0.040

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Process Description Unit Default

G4TMPRM temperature coefﬁcient grazer 4 feeding rate 1/◦C 0.040

G4TMPSE temperature coefﬁcient grazer 4 standard metabol. 1/◦C 0.040

G4UnitSW Use gC/m30 or gC/m21 for Grazer 4 - 0.000

Grazer5 input concentration of Grazer5 gC/m2∨gC/m30.000

G5DETFF Faecal fraction for detritus of grazer 5 - 0.500

G5DETPR Preference of grazer 5 for detritus - 1.000

G5GRZFM Maximum ﬁltration velocity grazer 5 m3/gC/d 1.500

G5GRZGM Maximum relative growth rate grazer 5 1/d 0.500

G5GRZML Multiplication factor for biomass grazer 5 - 1.000

G5GRZMM Maximum relative mortality grazer 5 1/d 0.500

G5GRZMO Monod term ﬁltration rate grazer 5 gC/m30.100

G5GRZRE Maintenance respiration coefﬁcient grazer 5 - 0.250

G5GRZRM Maximum daily uptake grazer 5 mgC/mgC.d 1.500

G5GRZSE Standard respiration coefﬁcient grazer 5 1/d 0.050

G5FrDetBot Fract. produced detritus to bottom grazer 5 - 0.000

G5GRZSTC C:C ratio grazer 5 gC/gC 1.000

G5GRZSTN N:C ratio grazer 5 gN/gC 0.182

G5GRZSTP P:C ratio grazer 5 gP/gC 0.026

G5GRZSTSi Si:C ratio grazer 5 gSi/gC 0.000

G5TMPFM temperature coefﬁcient grazer 5 ﬁltration 1/◦C 0.040

G5TMPGM temperature coefﬁcient grazer 5 growth 1/◦C 0.040

G5TMPMM temperature coefﬁcient grazer 5 mortality 1/◦C 0.040

G5TMPRE temperature coefﬁcient grazer 5 routine metabol. 1/◦C 0.040

G5TMPRM temperature coefﬁcient grazer 5 feeding rate 1/◦C 0.040

G5TMPSE temperature coefﬁcient grazer 5 standard metabol. 1/◦C 0.040

G5UnitSW Use gC/m30 or gC/m21 for Grazer 5 - 0.000

ZALGPRGrn Preference of Zooplank for Greens - 1.000

ZALGPRDiat Preference of Zooplank for Diatoms - 1.000

ZALGPR01 Preference of Zooplank for algae type 01 - 1.000

ZALGPR02 Preference of Zooplank for algae type 02 - 1.000

ZALGPR03 Preference of Zooplank for algae type 03 - 1.000

ZALGPR04 Preference of Zooplank for algae type 04 - 1.000

ZALGPR05 Preference of Zooplank for algae type 05 - 1.000

ZALGPR06 Preference of Zooplank for algae type 06 - 1.000

ZALGPR07 Preference of Zooplank for algae type 07 - 1.000

ZALGPR08 Preference of Zooplank for algae type 08 - 1.000

ZALGPR09 Preference of Zooplank for algae type 09 - 1.000

ZALGPR10 Preference of Zooplank for algae type 10 - 1.000

ZALGPR11 Preference of Zooplank for algae type 11 - 1.000

ZALGPR12 Preference of Zooplank for algae type 12 - 1.000

ZALGPR13 Preference of Zooplank for algae type 13 - 1.000

ZALGPR14 Preference of Zooplank for algae type 14 - 1.000

ZALGPR15 Preference of Zooplank for algae type 15 - 1.000

ZALGPR16 Preference of Zooplank for algae type 16 - 1.000

ZALGPR17 Preference of Zooplank for algae type 17 - 1.000

ZALGPR18 Preference of Zooplank for algae type 18 - 1.000

ZALGPR19 Preference of Zooplank for algae type 19 - 1.000

ZALGPR20 Preference of Zooplank for algae type 20 - 1.000

ZALGPR21 Preference of Zooplank for algae type 21 - 1.000

ZALGPR22 Preference of Zooplank for algae type 22 - 1.000

ZALGPR23 Preference of Zooplank for algae type 23 - 1.000

ZALGPR24 Preference of Zooplank for algae type 24 - 1.000

ZALGPR25 Preference of Zooplank for algae type 25 - 1.000

ZALGPR26 Preference of Zooplank for algae type 26 - 1.000

ZALGPR27 Preference of Zooplank for algae type 27 - 1.000

ZALGPR28 Preference of Zooplank for algae type 28 - 1.000

ZALGPR29 Preference of Zooplank for algae type 29 - 1.000

ZALGPR30 Preference of Zooplank for algae type 30 - 1.000

MALGPRGrn Preference of Mussel for Greens - 1.000

MALGPRDiat Preference of Mussel for Diatoms - 1.000

MALGPR01 Preference of Mussel for algae type 01 - 1.000

MALGPR02 Preference of Mussel for algae type 02 - 1.000

MALGPR03 Preference of Mussel for algae type 03 - 1.000

MALGPR04 Preference of Mussel for algae type 04 - 1.000

MALGPR05 Preference of Mussel for algae type 05 - 1.000

MALGPR06 Preference of Mussel for algae type 06 - 1.000

MALGPR07 Preference of Mussel for algae type 07 - 1.000

MALGPR08 Preference of Mussel for algae type 08 - 1.000

MALGPR09 Preference of Mussel for algae type 09 - 1.000

MALGPR10 Preference of Mussel for algae type 10 - 1.000

MALGPR11 Preference of Mussel for algae type 11 - 1.000

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Process Description Unit Default

MALGPR12 Preference of Mussel for algae type 12 - 1.000

MALGPR13 Preference of Mussel for algae type 13 - 1.000

MALGPR14 Preference of Mussel for algae type 14 - 1.000

MALGPR15 Preference of Mussel for algae type 15 - 1.000

MALGPR16 Preference of Mussel for algae type 16 - 1.000

MALGPR17 Preference of Mussel for algae type 17 - 1.000

MALGPR18 Preference of Mussel for algae type 18 - 1.000

MALGPR19 Preference of Mussel for algae type 19 - 1.000

MALGPR20 Preference of Mussel for algae type 20 - 1.000

MALGPR21 Preference of Mussel for algae type 21 - 1.000

MALGPR22 Preference of Mussel for algae type 22 - 1.000

MALGPR23 Preference of Mussel for algae type 23 - 1.000

MALGPR24 Preference of Mussel for algae type 24 - 1.000

MALGPR25 Preference of Mussel for algae type 25 - 1.000

MALGPR26 Preference of Mussel for algae type 26 - 1.000

MALGPR27 Preference of Mussel for algae type 27 - 1.000

MALGPR28 Preference of Mussel for algae type 28 - 1.000

MALGPR29 Preference of Mussel for algae type 29 - 1.000

MALGPR30 Preference of Mussel for algae type 30 - 1.000

G3ALGPRGrn Preference of grazer 3 for Greens - 1.000

G3ALGPRDia Preference of grazer 3 for Diatoms - 1.000

G3ALGPR01 Preference of grazer 3 for algae type 01 - 1.000

G3ALGPR02 Preference of grazer 3 for algae type 02 - 1.000

G3ALGPR03 Preference of grazer 3 for algae type 03 - 1.000

G3ALGPR04 Preference of grazer 3 for algae type 04 - 1.000

G3ALGPR05 Preference of grazer 3 for algae type 05 - 1.000

G3ALGPR06 Preference of grazer 3 for algae type 06 - 1.000

G3ALGPR07 Preference of grazer 3 for algae type 07 - 1.000

G3ALGPR08 Preference of grazer 3 for algae type 08 - 1.000

G3ALGPR09 Preference of grazer 3 for algae type 09 - 1.000

G3ALGPR10 Preference of grazer 3 for algae type 10 - 1.000

G3ALGPR11 Preference of grazer 3 for algae type 11 - 1.000

G3ALGPR12 Preference of grazer 3 for algae type 12 - 1.000

G3ALGPR13 Preference of grazer 3 for algae type 13 - 1.000

G3ALGPR14 Preference of grazer 3 for algae type 14 - 1.000

G3ALGPR15 Preference of grazer 3 for algae type 15 - 1.000

G3ALGPR16 Preference of grazer 3 for algae type 16 - 1.000

G3ALGPR17 Preference of grazer 3 for algae type 17 - 1.000

G3ALGPR18 Preference of grazer 3 for algae type 18 - 1.000

G3ALGPR19 Preference of grazer 3 for algae type 19 - 1.000

G3ALGPR20 Preference of grazer 3 for algae type 20 - 1.000

G3ALGPR21 Preference of grazer 3 for algae type 21 - 1.000

G3ALGPR22 Preference of grazer 3 for algae type 22 - 1.000

G3ALGPR23 Preference of grazer 3 for algae type 23 - 1.000

G3ALGPR24 Preference of grazer 3 for algae type 24 - 1.000

G3ALGPR25 Preference of grazer 3 for algae type 25 - 1.000

G3ALGPR26 Preference of grazer 3 for algae type 26 - 1.000

G3ALGPR27 Preference of grazer 3 for algae type 27 - 1.000

G3ALGPR28 Preference of grazer 3 for algae type 28 - 1.000

G3ALGPR29 Preference of grazer 3 for algae type 29 - 1.000

G3ALGPR30 Preference of grazer 3 for algae type 30 - 1.000

G4ALGPRGrn Preference of grazer 4 for Greens - 1.000

G4ALGPRDia Preference of grazer 4 for Diatoms - 1.000

G4ALGPR01 Preference of grazer 4 for algae type 01 - 1.000

G4ALGPR02 Preference of grazer 4 for algae type 02 - 1.000

G4ALGPR03 Preference of grazer 4 for algae type 03 - 1.000

G4ALGPR04 Preference of grazer 4 for algae type 04 - 1.000

G4ALGPR05 Preference of grazer 4 for algae type 05 - 1.000

G4ALGPR06 Preference of grazer 4 for algae type 06 - 1.000

G4ALGPR07 Preference of grazer 4 for algae type 07 - 1.000

G4ALGPR08 Preference of grazer 4 for algae type 08 - 1.000

G4ALGPR09 Preference of grazer 4 for algae type 09 - 1.000

G4ALGPR10 Preference of grazer 4 for algae type 10 - 1.000

G4ALGPR11 Preference of grazer 4 for algae type 11 - 1.000

G4ALGPR12 Preference of grazer 4 for algae type 12 - 1.000

G4ALGPR13 Preference of grazer 4 for algae type 13 - 1.000

G4ALGPR14 Preference of grazer 4 for algae type 14 - 1.000

G4ALGPR15 Preference of grazer 4 for algae type 15 - 1.000

G4ALGPR16 Preference of grazer 4 for algae type 16 - 1.000

G4ALGPR17 Preference of grazer 4 for algae type 17 - 1.000

G4ALGPR18 Preference of grazer 4 for algae type 18 - 1.000

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Process Description Unit Default

G4ALGPR19 Preference of grazer 4 for algae type 19 - 1.000

G4ALGPR20 Preference of grazer 4 for algae type 20 - 1.000

G4ALGPR21 Preference of grazer 4 for algae type 21 - 1.000

G4ALGPR22 Preference of grazer 4 for algae type 22 - 1.000

G4ALGPR23 Preference of grazer 4 for algae type 23 - 1.000

G4ALGPR24 Preference of grazer 4 for algae type 24 - 1.000

G4ALGPR25 Preference of grazer 4 for algae type 25 - 1.000

G4ALGPR26 Preference of grazer 4 for algae type 26 - 1.000

G4ALGPR27 Preference of grazer 4 for algae type 27 - 1.000

G4ALGPR28 Preference of grazer 4 for algae type 28 - 1.000

G4ALGPR29 Preference of grazer 4 for algae type 29 - 1.000

G4ALGPR30 Preference of grazer 4 for algae type 30 - 1.000

G5ALGPRGrn Preference of grazer 5 for Greens - 1.000

G5ALGPRDia Preference of grazer 5 for Diatoms - 1.000

G5ALGPR01 Preference of grazer 5 for algae type 01 - 1.000

G5ALGPR02 Preference of grazer 5 for algae type 02 - 1.000

G5ALGPR03 Preference of grazer 5 for algae type 03 - 1.000

G5ALGPR04 Preference of grazer 5 for algae type 04 - 1.000

G5ALGPR05 Preference of grazer 5 for algae type 05 - 1.000

G5ALGPR06 Preference of grazer 5 for algae type 06 - 1.000

G5ALGPR07 Preference of grazer 5 for algae type 07 - 1.000

G5ALGPR08 Preference of grazer 5 for algae type 08 - 1.000

G5ALGPR09 Preference of grazer 5 for algae type 09 - 1.000

G5ALGPR10 Preference of grazer 5 for algae type 10 - 1.000

G5ALGPR11 Preference of grazer 5 for algae type 11 - 1.000

G5ALGPR12 Preference of grazer 5 for algae type 12 - 1.000

G5ALGPR13 Preference of grazer 5 for algae type 13 - 1.000

G5ALGPR14 Preference of grazer 5 for algae type 14 - 1.000

G5ALGPR15 Preference of grazer 5 for algae type 15 - 1.000

G5ALGPR16 Preference of grazer 5 for algae type 16 - 1.000

G5ALGPR17 Preference of grazer 5 for algae type 17 - 1.000

G5ALGPR18 Preference of grazer 5 for algae type 18 - 1.000

G5ALGPR19 Preference of grazer 5 for algae type 19 - 1.000

G5ALGPR20 Preference of grazer 5 for algae type 20 - 1.000

G5ALGPR21 Preference of grazer 5 for algae type 21 - 1.000

G5ALGPR22 Preference of grazer 5 for algae type 22 - 1.000

G5ALGPR23 Preference of grazer 5 for algae type 23 - 1.000

G5ALGPR24 Preference of grazer 5 for algae type 24 - 1.000

G5ALGPR25 Preference of grazer 5 for algae type 25 - 1.000

G5ALGPR26 Preference of grazer 5 for algae type 26 - 1.000

G5ALGPR27 Preference of grazer 5 for algae type 27 - 1.000

G5ALGPR28 Preference of grazer 5 for algae type 28 - 1.000

G5ALGPR29 Preference of grazer 5 for algae type 29 - 1.000

G5ALGPR30 Preference of grazer 5 for algae type 30 - 1.000

ZALGFFGrn Faecal fraction Greens for Zooplank - 0.500

ZALGFFDiat Faecal fraction Diatoms for Zooplank - 0.500

ZALGFF01 Faecal fraction Alg01 for Zooplank - 0.500

ZALGFF02 Faecal fraction Alg02 for Zooplank - 0.500

ZALGFF03 Faecal fraction Alg03 for Zooplank - 0.500

ZALGFF04 Faecal fraction Alg04 for Zooplank - 0.500

ZALGFF05 Faecal fraction Alg05 for Zooplank - 0.500

ZALGFF06 Faecal fraction Alg06 for Zooplank - 0.500

ZALGFF07 Faecal fraction Alg07 for Zooplank - 0.500

ZALGFF08 Faecal fraction Alg08 for Zooplank - 0.500

ZALGFF09 Faecal fraction Alg09 for Zooplank - 0.500

ZALGFF10 Faecal fraction Alg10 for Zooplank - 0.500

ZALGFF11 Faecal fraction Alg11 for Zooplank - 0.500

ZALGFF12 Faecal fraction Alg12 for Zooplank - 0.500

ZALGFF13 Faecal fraction Alg13 for Zooplank - 0.500

ZALGFF14 Faecal fraction Alg14 for Zooplank - 0.500

ZALGFF15 Faecal fraction Alg15 for Zooplank - 0.500

ZALGFF16 Faecal fraction Alg16 for Zooplank - 0.500

ZALGFF17 Faecal fraction Alg17 for Zooplank - 0.500

ZALGFF18 Faecal fraction Alg18 for Zooplank - 0.500

ZALGFF19 Faecal fraction Alg19 for Zooplank - 0.500

ZALGFF20 Faecal fraction Alg20 for Zooplank - 0.500

ZALGFF21 Faecal fraction Alg21 for Zooplank - 0.500

ZALGFF22 Faecal fraction Alg22 for Zooplank - 0.500

ZALGFF23 Faecal fraction Alg23 for Zooplank - 0.500

ZALGFF24 Faecal fraction Alg24 for Zooplank - 0.500

ZALGFF25 Faecal fraction Alg25 for Zooplank - 0.500

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Process Description Unit Default

ZALGFF26 Faecal fraction Alg26 for Zooplank - 0.500

ZALGFF27 Faecal fraction Alg27 for Zooplank - 0.500

ZALGFF28 Faecal fraction Alg28 for Zooplank - 0.500

ZALGFF29 Faecal fraction Alg29 for Zooplank - 0.500

ZALGFF30 Faecal fraction Alg30 for Zooplank - 0.500

MALGFFGrn Faecal fraction Greens for Mussel - 0.500

MALGFFDiat Faecal fraction Diatoms for Mussel - 0.500

MALGFF01 Faecal fraction Alg01 for Mussel - 0.500

MALGFF02 Faecal fraction Alg02 for Mussel - 0.500

MALGFF03 Faecal fraction Alg03 for Mussel - 0.500

MALGFF04 Faecal fraction Alg04 for Mussel - 0.500

MALGFF05 Faecal fraction Alg05 for Mussel - 0.500

MALGFF06 Faecal fraction Alg06 for Mussel - 0.500

MALGFF07 Faecal fraction Alg07 for Mussel - 0.500

MALGFF08 Faecal fraction Alg08 for Mussel - 0.500

MALGFF09 Faecal fraction Alg09 for Mussel - 0.500

MALGFF10 Faecal fraction Alg10 for Mussel - 0.500

MALGFF11 Faecal fraction Alg11 for Mussel - 0.500

MALGFF12 Faecal fraction Alg12 for Mussel - 0.500

MALGFF13 Faecal fraction Alg13 for Mussel - 0.500

MALGFF14 Faecal fraction Alg14 for Mussel - 0.500

MALGFF15 Faecal fraction Alg15 for Mussel - 0.500

MALGFF16 Faecal fraction Alg16 for Mussel - 0.500

MALGFF17 Faecal fraction Alg17 for Mussel - 0.500

MALGFF18 Faecal fraction Alg18 for Mussel - 0.500

MALGFF19 Faecal fraction Alg19 for Mussel - 0.500

MALGFF20 Faecal fraction Alg20 for Mussel - 0.500

MALGFF21 Faecal fraction Alg21 for Mussel - 0.500

MALGFF22 Faecal fraction Alg22 for Mussel - 0.500

MALGFF23 Faecal fraction Alg23 for Mussel - 0.500

MALGFF24 Faecal fraction Alg24 for Mussel - 0.500

MALGFF25 Faecal fraction Alg25 for Mussel - 0.500

MALGFF26 Faecal fraction Alg26 for Mussel - 0.500

MALGFF27 Faecal fraction Alg27 for Mussel - 0.500

MALGFF28 Faecal fraction Alg28 for Mussel - 0.500

MALGFF29 Faecal fraction Alg29 for Mussel - 0.500

MALGFF30 Faecal fraction Alg30 for Mussel - 0.500

G3ALGFFGrn Faecal fraction Greens for grazer 3 - 0.500

G3ALGFFDia Faecal fraction Diatoms for grazer 3 - 0.500

G3ALGFF01 Faecal fraction Alg01 for grazer 3 - 0.500

G3ALGFF02 Faecal fraction Alg02 for grazer 3 - 0.500

G3ALGFF03 Faecal fraction Alg03 for grazer 3 - 0.500

G3ALGFF04 Faecal fraction Alg04 for grazer 3 - 0.500

G3ALGFF05 Faecal fraction Alg05 for grazer 3 - 0.500

G3ALGFF06 Faecal fraction Alg06 for grazer 3 - 0.500

G3ALGFF07 Faecal fraction Alg07 for grazer 3 - 0.500

G3ALGFF08 Faecal fraction Alg08 for grazer 3 - 0.500

G3ALGFF09 Faecal fraction Alg09 for grazer 3 - 0.500

G3ALGFF10 Faecal fraction Alg10 for grazer 3 - 0.500

G3ALGFF11 Faecal fraction Alg11 for grazer 3 - 0.500

G3ALGFF12 Faecal fraction Alg12 for grazer 3 - 0.500

G3ALGFF13 Faecal fraction Alg13 for grazer 3 - 0.500

G3ALGFF14 Faecal fraction Alg14 for grazer 3 - 0.500

G3ALGFF15 Faecal fraction Alg15 for grazer 3 - 0.500

G3ALGFF16 Faecal fraction Alg16 for grazer 3 - 0.500

G3ALGFF17 Faecal fraction Alg17 for grazer 3 - 0.500

G3ALGFF18 Faecal fraction Alg18 for grazer 3 - 0.500

G3ALGFF19 Faecal fraction Alg19 for grazer 3 - 0.500

G3ALGFF20 Faecal fraction Alg20 for grazer 3 - 0.500

G3ALGFF21 Faecal fraction Alg21 for grazer 3 - 0.500

G3ALGFF22 Faecal fraction Alg22 for grazer 3 - 0.500

G3ALGFF23 Faecal fraction Alg23 for grazer 3 - 0.500

G3ALGFF24 Faecal fraction Alg24 for grazer 3 - 0.500

G3ALGFF25 Faecal fraction Alg25 for grazer 3 - 0.500

G3ALGFF26 Faecal fraction Alg26 for grazer 3 - 0.500

G3ALGFF27 Faecal fraction Alg27 for grazer 3 - 0.500

G3ALGFF28 Faecal fraction Alg28 for grazer 3 - 0.500

G3ALGFF29 Faecal fraction Alg29 for grazer 3 - 0.500

G3ALGFF30 Faecal fraction Alg30 for grazer 3 - 0.500

G4ALGFFGrn Faecal fraction Greens for grazer 4 - 0.500

G4ALGFFDia Faecal fraction Diatoms for grazer 4 - 0.500

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Process Description Unit Default

G4ALGFF01 Faecal fraction Alg01 for grazer 4 - 0.500

G4ALGFF02 Faecal fraction Alg02 for grazer 4 - 0.500

G4ALGFF03 Faecal fraction Alg03 for grazer 4 - 0.500

G4ALGFF04 Faecal fraction Alg04 for grazer 4 - 0.500

G4ALGFF05 Faecal fraction Alg05 for grazer 4 - 0.500

G4ALGFF06 Faecal fraction Alg06 for grazer 4 - 0.500

G4ALGFF07 Faecal fraction Alg07 for grazer 4 - 0.500

G4ALGFF08 Faecal fraction Alg08 for grazer 4 - 0.500

G4ALGFF09 Faecal fraction Alg09 for grazer 4 - 0.500

G4ALGFF10 Faecal fraction Alg10 for grazer 4 - 0.500

G4ALGFF11 Faecal fraction Alg11 for grazer 4 - 0.500

G4ALGFF12 Faecal fraction Alg12 for grazer 4 - 0.500

G4ALGFF13 Faecal fraction Alg13 for grazer 4 - 0.500

G4ALGFF14 Faecal fraction Alg14 for grazer 4 - 0.500

G4ALGFF15 Faecal fraction Alg15 for grazer 4 - 0.500

G4ALGFF16 Faecal fraction Alg16 for grazer 4 - 0.500

G4ALGFF17 Faecal fraction Alg17 for grazer 4 - 0.500

G4ALGFF18 Faecal fraction Alg18 for grazer 4 - 0.500

G4ALGFF19 Faecal fraction Alg19 for grazer 4 - 0.500

G4ALGFF20 Faecal fraction Alg20 for grazer 4 - 0.500

G4ALGFF21 Faecal fraction Alg21 for grazer 4 - 0.500

G4ALGFF22 Faecal fraction Alg22 for grazer 4 - 0.500

G4ALGFF23 Faecal fraction Alg23 for grazer 4 - 0.500

G4ALGFF24 Faecal fraction Alg24 for grazer 4 - 0.500

G4ALGFF25 Faecal fraction Alg25 for grazer 4 - 0.500

G4ALGFF26 Faecal fraction Alg26 for grazer 4 - 0.500

G4ALGFF27 Faecal fraction Alg27 for grazer 4 - 0.500

G4ALGFF28 Faecal fraction Alg28 for grazer 4 - 0.500

G4ALGFF29 Faecal fraction Alg29 for grazer 4 - 0.500

G4ALGFF30 Faecal fraction Alg30 for grazer 4 - 0.500

G5ALGFFGrn Faecal fraction Greens for grazer 5 - 0.500

G5ALGFFDia Faecal fraction Diatoms for grazer 5 - 0.500

G5ALGFF01 Faecal fraction Alg01 for grazer 5 - 0.500

G5ALGFF02 Faecal fraction Alg02 for grazer 5 - 0.500

G5ALGFF03 Faecal fraction Alg03 for grazer 5 - 0.500

G5ALGFF04 Faecal fraction Alg04 for grazer 5 - 0.500

G5ALGFF05 Faecal fraction Alg05 for grazer 5 - 0.500

G5ALGFF06 Faecal fraction Alg06 for grazer 5 - 0.500

G5ALGFF07 Faecal fraction Alg07 for grazer 5 - 0.500

G5ALGFF08 Faecal fraction Alg08 for grazer 5 - 0.500

G5ALGFF09 Faecal fraction Alg09 for grazer 5 - 0.500

G5ALGFF10 Faecal fraction Alg10 for grazer 5 - 0.500

G5ALGFF11 Faecal fraction Alg11 for grazer 5 - 0.500

G5ALGFF12 Faecal fraction Alg12 for grazer 5 - 0.500

G5ALGFF13 Faecal fraction Alg13 for grazer 5 - 0.500

G5ALGFF14 Faecal fraction Alg14 for grazer 5 - 0.500

G5ALGFF15 Faecal fraction Alg15 for grazer 5 - 0.500

G5ALGFF16 Faecal fraction Alg16 for grazer 5 - 0.500

G5ALGFF17 Faecal fraction Alg17 for grazer 5 - 0.500

G5ALGFF18 Faecal fraction Alg18 for grazer 5 - 0.500

G5ALGFF19 Faecal fraction Alg19 for grazer 5 - 0.500

G5ALGFF20 Faecal fraction Alg20 for grazer 5 - 0.500

G5ALGFF21 Faecal fraction Alg21 for grazer 5 - 0.500

G5ALGFF22 Faecal fraction Alg22 for grazer 5 - 0.500

G5ALGFF23 Faecal fraction Alg23 for grazer 5 - 0.500

G5ALGFF24 Faecal fraction Alg24 for grazer 5 - 0.500

G5ALGFF25 Faecal fraction Alg25 for grazer 5 - 0.500

G5ALGFF26 Faecal fraction Alg26 for grazer 5 - 0.500

G5ALGFF27 Faecal fraction Alg27 for grazer 5 - 0.500

G5ALGFF28 Faecal fraction Alg28 for grazer 5 - 0.500

G5ALGFF29 Faecal fraction Alg29 for grazer 5 - 0.500

G5ALGFF30 Faecal fraction Alg30 for grazer 5 - 0.500

COXPart critical oxygen concentration for partitioning g/m30.100

SWTrCoef switch for calculation method - 1.000

Mol153 molcular weight 153 g/mol 360.880

LDif153 molcular diffusion constant 153 in water (m2d) 0.000

GDif153 molcular diffusion constant 153 in gas (m2d) 1.000

Atm153 concentration 153 in atmosphere g/m30.000

HeTref153 Henry’s constant 153 at 20 ◦C Pa/m3/mol 9.900

Tref153 reference temperature for He of 153 ◦C 20.000

TFHe153 thermodynamic const. in fT Henry 153 - 20.000

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Process Description Unit Default

MolHCB molcular weight HCB g/mol 284.800

LDifHCB molcular diffusion constant HCB in water (m2d) 0.000

GDifHCB molcular diffusion constant HCB in gas (m2d) 1.000

AtmHCB concentration HCB in atmosphere g/m30.000

HeTrefHCB Henry’s constant HCB at 20 ◦C Pa/m3/mol 70.000

TrefHCB reference temperature for He of HCB ◦C 20.000

TFHeHCB thermodynamic const. in fT Henry HCB - 23.000

MolHCH molcular weight HCH g/mol 290.850

LDifHCH molcular diffusion constant HCH in water (m2d) 0.000

GDifHCH molcular diffusion constant HCH in gas (m2d) 1.000

AtmHCH concentration HCH in atmosphere g/m30.000

HeTrefHCH Henry’s constant HCH at 20 ◦C Pa/m3/mol 0.130

TrefHCH reference temperature for He of HCH ◦C 20.000

TFHeHCH thermodynamic const. in fT Henry HCH - 20.000

MolFlu molcular weight Flu g/mol 202.260

LDifFlu molcular diffusion constant Flu in water (m2d) 0.000

GDifFlu molcular diffusion constant Flu in gas (m2d) 1.000

AtmFlu concentration Flu in atmosphere g/m30.000

HeTrefFlu Henry’s constant Flu at 20 ◦C Pa/m3/mol 0.130

TrefFlu reference temperature for He of Flu ◦C 20.000

TFHeFlu thermodynamic const. in fT Henry Flu - 22.200

MolBaP molcular weight BaP g/mol 252.310

LDifBaP molcular diffusion constant BaP in water (m2d) 0.000

GDifBaP molcular diffusion constant BaP in gas (m2d) 1.000

AtmBaP concentration BaP in atmosphere g/m30.000

HeTrefBaP Henry’s constant BaP at 20 ◦C Pa/m3/mol 0.009

TrefBaP reference temperature for He of BaP ◦C 20.000

TFHeBaP thermodynamic const. in fT Henry BaP - 12.000

MolAtr molcular weight Atrazine g/mol 214.680

LDifAtr molcular diffusion constant Atrazine in water (m2d) 0.000

GDifAtr molcular diffusion constant Atrazine in gas (m2d) 1.000

AtmAtr concentration Atrazine in atmosphere g/m30.000

HeTrefAtr Henry’s constant Atrazine at 20 ◦C Pa/m3/mol 0.000

TrefAtr reference temperature for He of Atrazine ◦C 20.000

TFHeAtr thermodynamic const. in fT Henry Atrazine - 20.000

MolMef molcular weight Mef g/mol 224.100

LDifMef molcular diffusion constant Mef in water (m2d) 0.000

GDifMef molcular diffusion constant Mef in gas (m2d) 1.000

AtmMef concentration Mef in atmosphere g/m30.000

HeTrefMef Henry’s constant Mef at 20 ◦C Pa/m3/mol 0.000

TrefMef reference temperature for He of Mef ◦C 20.000

TFHeMef thermodynamic const. in fT Henry Mef - 20.000

MolDiu molcular weight Diu g/mol 233.100

LDifDiu molcular diffusion constant Diu in water (m2d) 0.000

GDifDiu molcular diffusion constant Diu in gas (m2d) 1.000

AtmDiu concentration Diu in atmosphere g/m30.000

HeTrefDiu Henry’s constant Diu at 20 ◦C Pa/m3/mol 0.001

TrefDiu reference temperature for He of Diu ◦C 20.000

TFHeDiu thermodynamic const. in fT Henry Diu - 20.000

ZLoss153 zeroth-order decay ﬂux 153 g/m3/d 0.000

Rc153 ﬁrst-order loss rate 153 1/d 0.000

Tc153 temperature coefﬁcient loss 153 in water - 1.070

CTLoss critical temperature for loss processes ◦C 2.000

SWVnDegMP option for selection old0 or new1 version - 0.000

SWDeg153 deg.frac.153: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegO153 ﬁrst-order rate const. degr. 153 oxid. cond. 1/d 0.000

RcDegR153 ﬁrst-order rate const. degr. 153 red. cond. 1/d 0.000

ZLossHCB zeroth-order decay ﬂux HCB g/m3/d 0.000

RcHCB ﬁrst-order loss rate HCB 1/d 0.000

TcHCB temperature coefﬁcient loss HCB in water - 1.070

SWDegHCB deg.frac.HCB: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOHCB ﬁrst-order rate const. degr. HCB oxid. cond. 1/d 0.000

RcDegRHCB ﬁrst-order rate const. degr. HCB red. cond. 1/d 0.000

ZLossHCH zeroth-order decay ﬂux HCH g/m3/d 0.000

RcHCH ﬁrst-order loss rate HCH 1/d 0.002

TcHCH temperature coefﬁcient loss HCH in water - 1.070

SWDegHCH deg.frac.HCH: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOHCH ﬁrst-order rate const. degr. HCH oxid. cond. 1/d 0.000

RcDegRHCH ﬁrst-order rate const. degr. HCH red. cond. 1/d 0.000

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Process Description Unit Default

ZLossFlu zeroth-order decay ﬂux Flu g/m3/d 0.000

RcFlu ﬁrst-order loss rate Flu 1/d 0.001

TcFlu temperature coefﬁcient loss Flu in water - 1.070

SWDegFlu deg.frac.Flu: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOFlu ﬁrst-order rate const. degr. Flu oxid. cond. 1/d 0.000

RcDegRFlu ﬁrst-order rate const. degr. Flu red. cond. 1/d 0.000

ZLossBaP zeroth-order decay ﬂux BaP g/m3/d 0.000

RcBaP ﬁrst-order loss rate BaP 1/d 0.000

TcBaP temperature coefﬁcient loss BaP in water - 1.070

SWDegBaP deg.frac.BaP: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOBaP ﬁrst-order rate const. degr. BaP oxid. cond. 1/d 0.000

RcDegRBaP ﬁrst-order rate const. degr. BaP red. cond. 1/d 0.000

ZLossAtr zeroth-order decay ﬂux Atrazine g/m3/d 0.000

RcAtr ﬁrst-order loss rate Atrazine 1/d 0.058

TcAtr temperature coefﬁcient loss Atrazine in water - 1.070

SWDegAtr deg.frac.Atr: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOAtr ﬁrst-order rate const. degr. Atrazine oxid. cond. 1/d 0.000

RcDegRAtr ﬁrst-order rate const. degr. Atrazine red. cond. 1/d 0.000

ZLossMef zeroth-order decay ﬂux Mef g/m3/d 0.000

RcMef ﬁrst-order loss rate Mef 1/d 0.050

TcMef temperature coefﬁcient loss Mef in water - 1.070

SWDegMef deg.frac.Mef: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOMef ﬁrst-order rate const. degr. Mef oxid. cond. 1/d 0.000

RcDegRMef ﬁrst-order rate const. degr. Mef red. cond. 1/d 0.000

ZLossDiu zeroth-order decay ﬂux Diu g/m3/d 0.000

RcDiu ﬁrst-order loss rate Diu 1/d 0.001

TcDiu temperature coefﬁcient loss Diu in water - 1.070

SWDegDiu deg.frac.Diu: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegODiu ﬁrst-order rate const. degr. Diu oxid. cond. 1/d 0.000

RcDegRDiu ﬁrst-order rate const. degr. Diu red. cond. 1/d 0.000

ZLoss153S1 zeroth-order decay ﬂux 153 in layer S1 g/(m2d) 0.000

Rc153S1 ﬁrst-order loss rate 153 in layer S1 1/d 0.000

Tc153Sed temperature coefﬁcient loss 153 in sediment - 1.000

ZLossHCBS1 zeroth-order decay ﬂux HCB in layer S1 g/(m2d) 0.000

RcHCBS1 ﬁrst-order loss rate HCB in layer S1 1/d 0.001

TcHCBSed temperature coefﬁcient loss HCB in sediment - 1.000

ZLossHCHS1 zeroth-order decay ﬂux HCH in layer S1 g/(m2d) 0.000

RcHCHS1 ﬁrst-order loss rate HCH in layer S1 1/d 0.010

TcHCHSed temperature coefﬁcient loss HCH in sediment - 1.000

ZLossFluS1 zeroth-order decay ﬂux Flu in layer S1 g/(m2d) 0.000

RcFluS1 ﬁrst-order loss rate Flu in layer S1 1/d 0.000

TcFluSed temperature coefﬁcient loss Flu in sediment - 1.000

ZLossBaPS1 zeroth-order decay ﬂux BaP in layer S1 g/(m2d) 0.000

RcBaPS1 ﬁrst-order loss rate BaP in layer S1 1/d 0.000

TcBaPSed temperature coefﬁcient loss BaP in sediment - 1.000

ZLossAtrS1 zeroth-order decay ﬂux Atrazine in layer S1 g/(m2d) 0.000

RcAtrS1 ﬁrst-order loss rate Atrazine in layer S1 1/d 0.000

TcAtrSed temperature coefﬁcient loss Atrazine in sediment - 1.000

ZLossMefS1 zeroth-order decay ﬂux Mef in layer S1 g/(m2d) 0.000

RcMefS1 ﬁrst-order loss rate Mef in layer S1 1/d 0.000

TcMefSed temperature coefﬁcient loss Mef in sediment - 1.000

ZLossDiuS1 zeroth-order decay ﬂux Diu in layer S1 g/(m2d) 0.000

RcDiuS1 ﬁrst-order loss rate Diu in layer S1 1/d 0.000

TcDiuSed temperature coefﬁcient loss Diu in sediment - 1.000

ZLoss153S2 zeroth-order decay ﬂux 153 in layer S2 g/(m2d) 0.000

Rc153S2 ﬁrst-order loss rate 153 in layer S2 1/d 0.000

ZLossHCBS2 zeroth-order decay ﬂux HCB in layer S2 g/(m2d) 0.000

RcHCBS2 ﬁrst-order loss rate HCB in layer S2 1/d 0.001

ZLossHCHS2 zeroth-order decay ﬂux HCH in layer S2 g/(m2d) 0.000

RcHCHS2 ﬁrst-order loss rate HCH in layer S2 1/d 0.010

ZLossFluS2 zeroth-order decay ﬂux Flu in layer S2 g/(m2d) 0.000

RcFluS2 ﬁrst-order loss rate Flu in layer S2 1/d 0.000

ZLossBaPS2 zeroth-order decay ﬂux BaP in layer S2 g/(m2d) 0.000

RcBaPS2 ﬁrst-order loss rate BaP in layer S2 1/d 0.000

ZLossAtrS2 zeroth-order decay ﬂux Atrazine in layer S2 g/(m2d) 0.000

RcAtrS2 ﬁrst-order loss rate Atrazine in layer S2 1/d 0.000

ZLossMefS2 zeroth-order decay ﬂux Mef in layer S2 g/(m2d) 0.000

RcMefS2 ﬁrst-order loss rate Mef in layer S2 1/d 0.000

ZLossDiuS2 zeroth-order decay ﬂux Diu in layer S2 g/(m2d) 0.000

RcDiuS2 ﬁrst-order loss rate Diu in layer S2 1/d 0.000

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Process Description Unit Default

sw1AtmDCon load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDCon maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDIM1 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDIM1 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDIM2 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDIM2 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDIM3 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDIM3 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaIM1 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaIM1 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaIM2 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaIM2 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaIM3 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaIM3 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDNH4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDNH4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDNO3 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDNO3 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDPO4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDPO4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDSO4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDSO4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmD153 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmD153 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDHCB load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDHCB maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDHCH load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDHCH maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDFlu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDFlu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDBap load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDBap maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDAtr load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDAtr maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDMef load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDMef maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDDiu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDDiu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDCd load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDCd maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDCu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDCu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDZn load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDZn maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDHg load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDHg maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDNi load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDNi maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDPb load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDPb maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDCr load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDCr maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDAs load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDAs maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1AtmDVa load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDVa maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaNO3 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaNO3 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaNH4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaNH4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaPO4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaPO4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaSi load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaSi maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaSO4 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaSO4 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1Dfwa153 load option 0=all, 1=top, 2=bottom segments - 1.000

sw2Dfwa153 maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaHCB load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaHCB maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaHCH load option 0=all, 1=top, 2=bottom segments - 1.000

continued on next page

170 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

sw2DfwaHCH maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaFlu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaFlu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaBap load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaBap maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaAtr load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaAtr maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaMef load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaMef maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaDiu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaDiu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaCd load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaCd maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaCu load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaCu maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaZn load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaZn maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaHg load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaHg maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaNi load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaNi maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaPb load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaPb maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaCr load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaCr maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaAs load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaAs maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaVa load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaVa maximise withdrawel to mass 0=no, 1=yes - 0.000

NH3_sw NH3 calculation method 1=Reprofunc, 2=Millero - 2.000

KNH3rf1a K NH3/NH4 repro-function 1 coeff a log(mol l) -10.051

KNH3rf1b K NH3/NH4 repro-function 1 coeff b log(mol l)/◦C 0.032

fTEWORBOD TEWOR production ﬂux of CBOD5_2 gO2/m3/d 0.000

fTEWORBOD2 TEWOR production ﬂux of CBOD5_2 gO2/m3/d 0.000

fTEWORBOD3 TEWOR production ﬂux of CBOD5_3 gO2/m3/d 0.000

fTEWORCOD TEWOR production ﬂux of COD_Cr gO2/m3/d 0.000

fTEWOROXY TEWOR production ﬂux of OXY gO2/m3/d 0.000

fTEWORORGN TEWOR production ﬂux of Org-N gN/m3/d 0.000

fTEWORNH4 TEWOR production ﬂux of NH4 gN/m3/d 0.000

fTEWORNO3 TEWOR production ﬂux of NO3 gN/m3/d 0.000

fTEWOROON TEWOR production ﬂux of OON gN/m3/d 0.000

fTEWORECol TEWOR production ﬂux of EColi MPN/ml/d 0.000

XDOCOMP efﬁciency DOC relative to POC for OMP - 0.180

lKpocOMPS1 log partition coefﬁcient OMP-POC in S1 l/kgC 7.300

lKphyOMPS1 log partition coefﬁcient OMP-PHYT in S1 l/kgC 7.300

HLTAdsOMPS half-life time non-eq. adsorption OMP in Sedim d 0.000

HLTDesOMPS half-life time non-eq. desorption OMP in Sedim d 0.000

lKpocOMPS2 log partition coefﬁcient OMP-POC in S2 l/kgC 7.300

lKphyOMPS2 log partition coefﬁcient OMP-PHYT in S2 l/kgC 7.300

lKpocOMP log partition coefﬁcient OMP-POC l/kgC 7.300

lKphyOMP log partition coefﬁcient OMP-PHYT l/kgC 7.300

HLTAdsOMP half-life time non-eq. adsorption OMP d 0.000

HLTDesOMP half-life time non-eq. desorption OMP d 0.000

FrOMPPOC fraction OMP adsorbed to POC - 0.000

FrOMPPHYT fraction OMP adsorbed to PHYT - 0.000

QOMPPHYT quality PHYT for OMP in water column gOMP/gC 0.000

MolOMP molcular weight OMP g/mol 252.310

LDifOMP mol. diffusion coeff. OMP in water (m2d) 0.000

GDifOMP mol. diffusion coeff. OMP in gas (m2d) 1.000

AtmOMP concentration OMP in atmosphere g/m30.000

HeTrefOMP Henry’s constant OMP at Tref Pa/m3/mol 0.009

TrefOMP reference temperature for He of OMP ◦C 20.000

TFHeOMP thermodynamic const. in fT Henry OMP - 12.000

ZLossOMP zeroth-order decay ﬂux OMP g/m3/d 0.000

RcOMP ﬁrst-order rate const. loss OMP 1/d 0.000

TcOMP temperature coefﬁcient loss OMP in water - 1.070

SWDegOMP deg.frac.OMP: 0=tot|1=dis|2=dis+DOC - 0.000

RcDegOOMP ﬁrst-order rate const. degr. OMP oxid. cond. 1/d 0.000

RcDegROMP ﬁrst-order rate const. degr. OMP red. cond. 1/d 0.000

ZLossOMPS1 zeroth-order decay ﬂux OMP in S1 g/(m2d) 0.000

continued on next page

Deltares 171 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

RcOMPS1 ﬁrst-order rate const. loss OMP in S1 1/d 0.000

TcOMPSed temp. coefﬁcient loss OMP in sediment - 1.000

ZLossOMPS2 zeroth-order decay ﬂux OMP in S2 g/(m2d) 0.000

RcOMPS2 ﬁrst-order rate const. loss OMP in S2 1/d 0.000

sw1AtmDOMP load option 0=all, 1=top, 2=bottom segments - 1.000

sw2AtmDOMP maximise withdrawel to mass 0=no, 1=yes - 0.000

sw1DfwaOMP load option 0=all, 1=top, 2=bottom segments - 1.000

sw2DfwaOMP maximise withdrawel to mass 0=no, 1=yes - 0.000

NoStruc number of structures - 0.000

SWdrear switch for gameson 0 or hybride 1 - 0.000

DischSt1 discharge at structure 1 m3/s 0.000

WtLvLSt1 water level left of structure 1 m 0.000

WtLvRSt1 water level right of structure 1 m 0.000

SegmLSt1 segment number left of structure 1 - 0.000

SegmRSt1 segment number right of structure 1 - 0.000

CoefbSt1 dam reaeration coefﬁcient of structure 1 - 0.000

WidthSt1 width of structure 1 m 0.000

DischSt2 discharge at structure 2 m3/s 0.000

WtLvLSt2 water level left of structure 2 m 0.000

WtLvRSt2 water level right of structure 2 m 0.000

SegmLSt2 segment number left of structure 2 - 0.000

SegmRSt2 segment number right of structure 2 - 0.000

CoefbSt2 dam reaeration coefﬁcient of structure 2 - 0.000

WidthSt2 width of structure 2 m 0.000

DischSt3 discharge at structure 3 m3/s 0.000

WtLvLSt3 water level left of structure 3 m 0.000

WtLvRSt3 water level right of structure 3 m 0.000

SegmLSt3 segment number left of structure 3 - 0.000

SegmRSt3 segment number right of structure 3 - 0.000

CoefbSt3 dam reaeration coefﬁcient of structure 3 - 0.000

WidthSt3 width of structure 3 m 0.000

DischSt4 discharge at structure 4 m3/s 0.000

WtLvLSt4 water level left of structure 4 m 0.000

WtLvRSt4 water level right of structure 4 m 0.000

SegmLSt4 segment number left of structure 4 - 0.000

SegmRSt4 segment number right of structure 4 - 0.000

CoefbSt4 dam reaeration coefﬁcient of structure 4 - 0.000

WidthSt4 width of structure 4 m 0.000

DischSt5 discharge at structure 5 m3/s 0.000

WtLvLSt5 water level left of structure 5 m 0.000

WtLvRSt5 water level right of structure 5 m 0.000

SegmLSt5 segment number left of structure 5 - 0.000

SegmRSt5 segment number right of structure 5 - 0.000

CoefbSt5 dam reaeration coefﬁcient of structure 5 - 0.000

WidthSt5 width of structure 5 m 0.000

DischSt6 discharge at structure 6 m3/s 0.000

WtLvLSt6 water level left of structure 6 m 0.000

WtLvRSt6 water level right of structure 6 m 0.000

SegmLSt6 segment number left of structure 6 - 0.000

SegmRSt6 segment number right of structure 6 - 0.000

CoefbSt6 dam reaeration coefﬁcient of structure 6 - 0.000

WidthSt6 width of structure 6 m 0.000

DischSt7 discharge at structure 7 m3/s 0.000

WtLvLSt7 water level left of structure 7 m 0.000

WtLvRSt7 water level right of structure 7 m 0.000

SegmLSt7 segment number left of structure 7 - 0.000

SegmRSt7 segment number right of structure 7 - 0.000

CoefbSt7 dam reaeration coefﬁcient of structure 7 - 0.000

WidthSt7 width of structure 7 m 0.000

DischSt8 discharge at structure 8 m3/s 0.000

WtLvLSt8 water level left of structure 8 m 0.000

WtLvRSt8 water level right of structure 8 m 0.000

SegmLSt8 segment number left of structure 8 - 0.000

SegmRSt8 segment number right of structure 8 - 0.000

CoefbSt8 dam reaeration coefﬁcient of structure 8 - 0.000

WidthSt8 width of structure 8 m 0.000

DischSt9 discharge at structure 9 m3/s 0.000

WtLvLSt9 water level left of structure 9 m 0.000

WtLvRSt9 water level right of structure 9 m 0.000

SegmLSt9 segment number left of structure 9 - 0.000

continued on next page

172 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt9 segment number right of structure 9 - 0.000

CoefbSt9 dam reaeration coefﬁcient of structure 9 - 0.000

WidthSt9 width of structure 9 m 0.000

DischSt10 discharge at structure 10 m3/s 0.000

WtLvLSt10 water level left of structure 10 m 0.000

WtLvRSt10 water level right of structure 10 m 0.000

SegmLSt10 segment number left of structure 10 - 0.000

SegmRSt10 segment number right of structure 10 - 0.000

CoefbSt10 dam reaeration coefﬁcient of structure 10 - 0.000

WidthSt10 width of structure 10 m 0.000

DischSt11 discharge at structure 11 m3/s 0.000

WtLvLSt11 water level left of structure 11 m 0.000

WtLvRSt11 water level right of structure 11 m 0.000

SegmLSt11 segment number left of structure 11 - 0.000

SegmRSt11 segment number right of structure 11 - 0.000

CoefbSt11 dam reaeration coefﬁcient of structure 11 - 0.000

WidthSt11 width of structure 11 m 0.000

DischSt12 discharge at structure 12 m3/s 0.000

WtLvLSt12 water level left of structure 12 m 0.000

WtLvRSt12 water level right of structure 12 m 0.000

SegmLSt12 segment number left of structure 12 - 0.000

SegmRSt12 segment number right of structure 12 - 0.000

CoefbSt12 dam reaeration coefﬁcient of structure 12 - 0.000

WidthSt12 width of structure 12 m 0.000

DischSt13 discharge at structure 13 m3/s 0.000

WtLvLSt13 water level left of structure 13 m 0.000

WtLvRSt13 water level right of structure 13 m 0.000

SegmLSt13 segment number left of structure 13 - 0.000

SegmRSt13 segment number right of structure 13 - 0.000

CoefbSt13 dam reaeration coefﬁcient of structure 13 - 0.000

WidthSt13 width of structure 13 m 0.000

DischSt14 discharge at structure 14 m3/s 0.000

WtLvLSt14 water level left of structure 14 m 0.000

WtLvRSt14 water level right of structure 14 m 0.000

SegmLSt14 segment number left of structure 14 - 0.000

SegmRSt14 segment number right of structure 14 - 0.000

CoefbSt14 dam reaeration coefﬁcient of structure 14 - 0.000

WidthSt14 width of structure 14 m 0.000

DischSt15 discharge at structure 15 m3/s 0.000

WtLvLSt15 water level left of structure 15 m 0.000

WtLvRSt15 water level right of structure 15 m 0.000

SegmLSt15 segment number left of structure 15 - 0.000

SegmRSt15 segment number right of structure 15 - 0.000

CoefbSt15 dam reaeration coefﬁcient of structure 15 - 0.000

WidthSt15 width of structure 15 m 0.000

DischSt16 discharge at structure 16 m3/s 0.000

WtLvLSt16 water level left of structure 16 m 0.000

WtLvRSt16 water level right of structure 16 m 0.000

SegmLSt16 segment number left of structure 16 - 0.000

SegmRSt16 segment number right of structure 16 - 0.000

CoefbSt16 dam reaeration coefﬁcient of structure 16 - 0.000

WidthSt16 width of structure 16 m 0.000

DischSt17 discharge at structure 17 m3/s 0.000

WtLvLSt17 water level left of structure 17 m 0.000

WtLvRSt17 water level right of structure 17 m 0.000

SegmLSt17 segment number left of structure 17 - 0.000

SegmRSt17 segment number right of structure 17 - 0.000

CoefbSt17 dam reaeration coefﬁcient of structure 17 - 0.000

WidthSt17 width of structure 17 m 0.000

DischSt18 discharge at structure 18 m3/s 0.000

WtLvLSt18 water level left of structure 18 m 0.000

WtLvRSt18 water level right of structure 18 m 0.000

SegmLSt18 segment number left of structure 18 - 0.000

SegmRSt18 segment number right of structure 18 - 0.000

CoefbSt18 dam reaeration coefﬁcient of structure 18 - 0.000

WidthSt18 width of structure 18 m 0.000

DischSt19 discharge at structure 19 m3/s 0.000

WtLvLSt19 water level left of structure 19 m 0.000

WtLvRSt19 water level right of structure 19 m 0.000

SegmLSt19 segment number left of structure 19 - 0.000

continued on next page

Deltares 173 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt19 segment number right of structure 19 - 0.000

CoefbSt19 dam reaeration coefﬁcient of structure 19 - 0.000

WidthSt19 width of structure 19 m 0.000

DischSt20 discharge at structure 20 m3/s 0.000

WtLvLSt20 water level left of structure 20 m 0.000

WtLvRSt20 water level right of structure 20 m 0.000

SegmLSt20 segment number left of structure 20 - 0.000

SegmRSt20 segment number right of structure 20 - 0.000

CoefbSt20 dam reaeration coefﬁcient of structure 20 - 0.000

WidthSt20 width of structure 20 m 0.000

DischSt21 discharge at structure 21 m3/s 0.000

WtLvLSt21 water level left of structure 21 m 0.000

WtLvRSt21 water level right of structure 21 m 0.000

SegmLSt21 segment number left of structure 21 - 0.000

SegmRSt21 segment number right of structure 21 - 0.000

CoefbSt21 dam reaeration coefﬁcient of structure 21 - 0.000

WidthSt21 width of structure 21 m 0.000

DischSt22 discharge at structure 22 m3/s 0.000

WtLvLSt22 water level left of structure 22 m 0.000

WtLvRSt22 water level right of structure 22 m 0.000

SegmLSt22 segment number left of structure 22 - 0.000

SegmRSt22 segment number right of structure 22 - 0.000

CoefbSt22 dam reaeration coefﬁcient of structure 22 - 0.000

WidthSt22 width of structure 22 m 0.000

DischSt23 discharge at structure 23 m3/s 0.000

WtLvLSt23 water level left of structure 23 m 0.000

WtLvRSt23 water level right of structure 23 m 0.000

SegmLSt23 segment number left of structure 23 - 0.000

SegmRSt23 segment number right of structure 23 - 0.000

CoefbSt23 dam reaeration coefﬁcient of structure 23 - 0.000

WidthSt23 width of structure 23 m 0.000

DischSt24 discharge at structure 24 m3/s 0.000

WtLvLSt24 water level left of structure 24 m 0.000

WtLvRSt24 water level right of structure 24 m 0.000

SegmLSt24 segment number left of structure 24 - 0.000

SegmRSt24 segment number right of structure 24 - 0.000

CoefbSt24 dam reaeration coefﬁcient of structure 24 - 0.000

WidthSt24 width of structure 24 m 0.000

DischSt25 discharge at structure 25 m3/s 0.000

WtLvLSt25 water level left of structure 25 m 0.000

WtLvRSt25 water level right of structure 25 m 0.000

SegmLSt25 segment number left of structure 25 - 0.000

SegmRSt25 segment number right of structure 25 - 0.000

CoefbSt25 dam reaeration coefﬁcient of structure 25 - 0.000

WidthSt25 width of structure 25 m 0.000

DischSt26 discharge at structure 26 m3/s 0.000

WtLvLSt26 water level left of structure 26 m 0.000

WtLvRSt26 water level right of structure 26 m 0.000

SegmLSt26 segment number left of structure 26 - 0.000

SegmRSt26 segment number right of structure 26 - 0.000

CoefbSt26 dam reaeration coefﬁcient of structure 26 - 0.000

WidthSt26 width of structure 26 m 0.000

DischSt27 discharge at structure 27 m3/s 0.000

WtLvLSt27 water level left of structure 27 m 0.000

WtLvRSt27 water level right of structure 27 m 0.000

SegmLSt27 segment number left of structure 27 - 0.000

SegmRSt27 segment number right of structure 27 - 0.000

CoefbSt27 dam reaeration coefﬁcient of structure 27 - 0.000

WidthSt27 width of structure 27 m 0.000

DischSt28 discharge at structure 28 m3/s 0.000

WtLvLSt28 water level left of structure 28 m 0.000

WtLvRSt28 water level right of structure 28 m 0.000

SegmLSt28 segment number left of structure 28 - 0.000

SegmRSt28 segment number right of structure 28 - 0.000

CoefbSt28 dam reaeration coefﬁcient of structure 28 - 0.000

WidthSt28 width of structure 28 m 0.000

DischSt29 discharge at structure 29 m3/s 0.000

WtLvLSt29 water level left of structure 29 m 0.000

WtLvRSt29 water level right of structure 29 m 0.000

SegmLSt29 segment number left of structure 29 - 0.000

continued on next page

174 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt29 segment number right of structure 29 - 0.000

CoefbSt29 dam reaeration coefﬁcient of structure 29 - 0.000

WidthSt29 width of structure 29 m 0.000

DischSt30 discharge at structure 30 m3/s 0.000

WtLvLSt30 water level left of structure 30 m 0.000

WtLvRSt30 water level right of structure 30 m 0.000

SegmLSt30 segment number left of structure 30 - 0.000

SegmRSt30 segment number right of structure 30 - 0.000

CoefbSt30 dam reaeration coefﬁcient of structure 30 - 0.000

WidthSt30 width of structure 30 m 0.000

DischSt31 discharge at structure 31 m3/s 0.000

WtLvLSt31 water level left of structure 31 m 0.000

WtLvRSt31 water level right of structure 31 m 0.000

SegmLSt31 segment number left of structure 31 - 0.000

SegmRSt31 segment number right of structure 31 - 0.000

CoefbSt31 dam reaeration coefﬁcient of structure 31 - 0.000

WidthSt31 width of structure 31 m 0.000

DischSt32 discharge at structure 32 m3/s 0.000

WtLvLSt32 water level left of structure 32 m 0.000

WtLvRSt32 water level right of structure 32 m 0.000

SegmLSt32 segment number left of structure 32 - 0.000

SegmRSt32 segment number right of structure 32 - 0.000

CoefbSt32 dam reaeration coefﬁcient of structure 32 - 0.000

WidthSt32 width of structure 32 m 0.000

DischSt33 discharge at structure 33 m3/s 0.000

WtLvLSt33 water level left of structure 33 m 0.000

WtLvRSt33 water level right of structure 33 m 0.000

SegmLSt33 segment number left of structure 33 - 0.000

SegmRSt33 segment number right of structure 33 - 0.000

CoefbSt33 dam reaeration coefﬁcient of structure 33 - 0.000

WidthSt33 width of structure 33 m 0.000

DischSt34 discharge at structure 34 m3/s 0.000

WtLvLSt34 water level left of structure 34 m 0.000

WtLvRSt34 water level right of structure 34 m 0.000

SegmLSt34 segment number left of structure 34 - 0.000

SegmRSt34 segment number right of structure 34 - 0.000

CoefbSt34 dam reaeration coefﬁcient of structure 34 - 0.000

WidthSt34 width of structure 34 m 0.000

DischSt35 discharge at structure 35 m3/s 0.000

WtLvLSt35 water level left of structure 35 m 0.000

WtLvRSt35 water level right of structure 35 m 0.000

SegmLSt35 segment number left of structure 35 - 0.000

SegmRSt35 segment number right of structure 35 - 0.000

CoefbSt35 dam reaeration coefﬁcient of structure 35 - 0.000

WidthSt35 width of structure 35 m 0.000

DischSt36 discharge at structure 36 m3/s 0.000

WtLvLSt36 water level left of structure 36 m 0.000

WtLvRSt36 water level right of structure 36 m 0.000

SegmLSt36 segment number left of structure 36 - 0.000

SegmRSt36 segment number right of structure 36 - 0.000

CoefbSt36 dam reaeration coefﬁcient of structure 36 - 0.000

WidthSt36 width of structure 36 m 0.000

DischSt37 discharge at structure 37 m3/s 0.000

WtLvLSt37 water level left of structure 37 m 0.000

WtLvRSt37 water level right of structure 37 m 0.000

SegmLSt37 segment number left of structure 37 - 0.000

SegmRSt37 segment number right of structure 37 - 0.000

CoefbSt37 dam reaeration coefﬁcient of structure 37 - 0.000

WidthSt37 width of structure 37 m 0.000

DischSt38 discharge at structure 38 m3/s 0.000

WtLvLSt38 water level left of structure 38 m 0.000

WtLvRSt38 water level right of structure 38 m 0.000

SegmLSt38 segment number left of structure 38 - 0.000

SegmRSt38 segment number right of structure 38 - 0.000

CoefbSt38 dam reaeration coefﬁcient of structure 38 - 0.000

WidthSt38 width of structure 38 m 0.000

DischSt39 discharge at structure 39 m3/s 0.000

WtLvLSt39 water level left of structure 39 m 0.000

WtLvRSt39 water level right of structure 39 m 0.000

SegmLSt39 segment number left of structure 39 - 0.000

continued on next page

Deltares 175 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt39 segment number right of structure 39 - 0.000

CoefbSt39 dam reaeration coefﬁcient of structure 39 - 0.000

WidthSt39 width of structure 39 m 0.000

DischSt40 discharge at structure 40 m3/s 0.000

WtLvLSt40 water level left of structure 40 m 0.000

WtLvRSt40 water level right of structure 40 m 0.000

SegmLSt40 segment number left of structure 40 - 0.000

SegmRSt40 segment number right of structure 40 - 0.000

CoefbSt40 dam reaeration coefﬁcient of structure 40 - 0.000

WidthSt40 width of structure 40 m 0.000

DischSt41 discharge at structure 41 m3/s 0.000

WtLvLSt41 water level left of structure 41 m 0.000

WtLvRSt41 water level right of structure 41 m 0.000

SegmLSt41 segment number left of structure 41 - 0.000

SegmRSt41 segment number right of structure 41 - 0.000

CoefbSt41 dam reaeration coefﬁcient of structure 41 - 0.000

WidthSt41 width of structure 41 m 0.000

DischSt42 discharge at structure 42 m3/s 0.000

WtLvLSt42 water level left of structure 42 m 0.000

WtLvRSt42 water level right of structure 42 m 0.000

SegmLSt42 segment number left of structure 42 - 0.000

SegmRSt42 segment number right of structure 42 - 0.000

CoefbSt42 dam reaeration coefﬁcient of structure 42 - 0.000

WidthSt42 width of structure 42 m 0.000

DischSt43 discharge at structure 43 m3/s 0.000

WtLvLSt43 water level left of structure 43 m 0.000

WtLvRSt43 water level right of structure 43 m 0.000

SegmLSt43 segment number left of structure 43 - 0.000

SegmRSt43 segment number right of structure 43 - 0.000

CoefbSt43 dam reaeration coefﬁcient of structure 43 - 0.000

WidthSt43 width of structure 43 m 0.000

DischSt44 discharge at structure 44 m3/s 0.000

WtLvLSt44 water level left of structure 44 m 0.000

WtLvRSt44 water level right of structure 44 m 0.000

SegmLSt44 segment number left of structure 44 - 0.000

SegmRSt44 segment number right of structure 44 - 0.000

CoefbSt44 dam reaeration coefﬁcient of structure 44 - 0.000

WidthSt44 width of structure 44 m 0.000

DischSt45 discharge at structure 45 m3/s 0.000

WtLvLSt45 water level left of structure 45 m 0.000

WtLvRSt45 water level right of structure 45 m 0.000

SegmLSt45 segment number left of structure 45 - 0.000

SegmRSt45 segment number right of structure 45 - 0.000

CoefbSt45 dam reaeration coefﬁcient of structure 45 - 0.000

WidthSt45 width of structure 45 m 0.000

DischSt46 discharge at structure 46 m3/s 0.000

WtLvLSt46 water level left of structure 46 m 0.000

WtLvRSt46 water level right of structure 46 m 0.000

SegmLSt46 segment number left of structure 46 - 0.000

SegmRSt46 segment number right of structure 46 - 0.000

CoefbSt46 dam reaeration coefﬁcient of structure 46 - 0.000

WidthSt46 width of structure 46 m 0.000

DischSt47 discharge at structure 47 m3/s 0.000

WtLvLSt47 water level left of structure 47 m 0.000

WtLvRSt47 water level right of structure 47 m 0.000

SegmLSt47 segment number left of structure 47 - 0.000

SegmRSt47 segment number right of structure 47 - 0.000

CoefbSt47 dam reaeration coefﬁcient of structure 47 - 0.000

WidthSt47 width of structure 47 m 0.000

DischSt48 discharge at structure 48 m3/s 0.000

WtLvLSt48 water level left of structure 48 m 0.000

WtLvRSt48 water level right of structure 48 m 0.000

SegmLSt48 segment number left of structure 48 - 0.000

SegmRSt48 segment number right of structure 48 - 0.000

CoefbSt48 dam reaeration coefﬁcient of structure 48 - 0.000

WidthSt48 width of structure 48 m 0.000

DischSt49 discharge at structure 49 m3/s 0.000

WtLvLSt49 water level left of structure 49 m 0.000

WtLvRSt49 water level right of structure 49 m 0.000

SegmLSt49 segment number left of structure 49 - 0.000

continued on next page

176 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt49 segment number right of structure 49 - 0.000

CoefbSt49 dam reaeration coefﬁcient of structure 49 - 0.000

WidthSt49 width of structure 49 m 0.000

DischSt50 discharge at structure 50 m3/s 0.000

WtLvLSt50 water level left of structure 50 m 0.000

WtLvRSt50 water level right of structure 50 m 0.000

SegmLSt50 segment number left of structure 50 - 0.000

SegmRSt50 segment number right of structure 50 - 0.000

CoefbSt50 dam reaeration coefﬁcient of structure 50 - 0.000

WidthSt50 width of structure 50 m 0.000

DischSt51 discharge at structure 51 m3/s 0.000

WtLvLSt51 water level left of structure 51 m 0.000

WtLvRSt51 water level right of structure 51 m 0.000

SegmLSt51 segment number left of structure 51 - 0.000

SegmRSt51 segment number right of structure 51 - 0.000

CoefbSt51 dam reaeration coefﬁcient of structure 51 - 0.000

WidthSt51 width of structure 51 m 0.000

DischSt52 discharge at structure 52 m3/s 0.000

WtLvLSt52 water level left of structure 52 m 0.000

WtLvRSt52 water level right of structure 52 m 0.000

SegmLSt52 segment number left of structure 52 - 0.000

SegmRSt52 segment number right of structure 52 - 0.000

CoefbSt52 dam reaeration coefﬁcient of structure 52 - 0.000

WidthSt52 width of structure 52 m 0.000

DischSt53 discharge at structure 53 m3/s 0.000

WtLvLSt53 water level left of structure 53 m 0.000

WtLvRSt53 water level right of structure 53 m 0.000

SegmLSt53 segment number left of structure 53 - 0.000

SegmRSt53 segment number right of structure 53 - 0.000

CoefbSt53 dam reaeration coefﬁcient of structure 53 - 0.000

WidthSt53 width of structure 53 m 0.000

DischSt54 discharge at structure 54 m3/s 0.000

WtLvLSt54 water level left of structure 54 m 0.000

WtLvRSt54 water level right of structure 54 m 0.000

SegmLSt54 segment number left of structure 54 - 0.000

SegmRSt54 segment number right of structure 54 - 0.000

CoefbSt54 dam reaeration coefﬁcient of structure 54 - 0.000

WidthSt54 width of structure 54 m 0.000

DischSt55 discharge at structure 55 m3/s 0.000

WtLvLSt55 water level left of structure 55 m 0.000

WtLvRSt55 water level right of structure 55 m 0.000

SegmLSt55 segment number left of structure 55 - 0.000

SegmRSt55 segment number right of structure 55 - 0.000

CoefbSt55 dam reaeration coefﬁcient of structure 55 - 0.000

WidthSt55 width of structure 55 m 0.000

DischSt56 discharge at structure 56 m3/s 0.000

WtLvLSt56 water level left of structure 56 m 0.000

WtLvRSt56 water level right of structure 56 m 0.000

SegmLSt56 segment number left of structure 56 - 0.000

SegmRSt56 segment number right of structure 56 - 0.000

CoefbSt56 dam reaeration coefﬁcient of structure 56 - 0.000

WidthSt56 width of structure 56 m 0.000

DischSt57 discharge at structure 57 m3/s 0.000

WtLvLSt57 water level left of structure 57 m 0.000

WtLvRSt57 water level right of structure 57 m 0.000

SegmLSt57 segment number left of structure 57 - 0.000

SegmRSt57 segment number right of structure 57 - 0.000

CoefbSt57 dam reaeration coefﬁcient of structure 57 - 0.000

WidthSt57 width of structure 57 m 0.000

DischSt58 discharge at structure 58 m3/s 0.000

WtLvLSt58 water level left of structure 58 m 0.000

WtLvRSt58 water level right of structure 58 m 0.000

SegmLSt58 segment number left of structure 58 - 0.000

SegmRSt58 segment number right of structure 58 - 0.000

CoefbSt58 dam reaeration coefﬁcient of structure 58 - 0.000

WidthSt58 width of structure 58 m 0.000

DischSt59 discharge at structure 59 m3/s 0.000

WtLvLSt59 water level left of structure 59 m 0.000

WtLvRSt59 water level right of structure 59 m 0.000

SegmLSt59 segment number left of structure 59 - 0.000

continued on next page

Deltares 177 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt59 segment number right of structure 59 - 0.000

CoefbSt59 dam reaeration coefﬁcient of structure 59 - 0.000

WidthSt59 width of structure 59 m 0.000

DischSt60 discharge at structure 60 m3/s 0.000

WtLvLSt60 water level left of structure 60 m 0.000

WtLvRSt60 water level right of structure 60 m 0.000

SegmLSt60 segment number left of structure 60 - 0.000

SegmRSt60 segment number right of structure 60 - 0.000

CoefbSt60 dam reaeration coefﬁcient of structure 60 - 0.000

WidthSt60 width of structure 60 m 0.000

DischSt61 discharge at structure 61 m3/s 0.000

WtLvLSt61 water level left of structure 61 m 0.000

WtLvRSt61 water level right of structure 61 m 0.000

SegmLSt61 segment number left of structure 61 - 0.000

SegmRSt61 segment number right of structure 61 - 0.000

CoefbSt61 dam reaeration coefﬁcient of structure 61 - 0.000

WidthSt61 width of structure 61 m 0.000

DischSt62 discharge at structure 62 m3/s 0.000

WtLvLSt62 water level left of structure 62 m 0.000

WtLvRSt62 water level right of structure 62 m 0.000

SegmLSt62 segment number left of structure 62 - 0.000

SegmRSt62 segment number right of structure 62 - 0.000

CoefbSt62 dam reaeration coefﬁcient of structure 62 - 0.000

WidthSt62 width of structure 62 m 0.000

DischSt63 discharge at structure 63 m3/s 0.000

WtLvLSt63 water level left of structure 63 m 0.000

WtLvRSt63 water level right of structure 63 m 0.000

SegmLSt63 segment number left of structure 63 - 0.000

SegmRSt63 segment number right of structure 63 - 0.000

CoefbSt63 dam reaeration coefﬁcient of structure 63 - 0.000

WidthSt63 width of structure 63 m 0.000

DischSt64 discharge at structure 64 m3/s 0.000

WtLvLSt64 water level left of structure 64 m 0.000

WtLvRSt64 water level right of structure 64 m 0.000

SegmLSt64 segment number left of structure 64 - 0.000

SegmRSt64 segment number right of structure 64 - 0.000

CoefbSt64 dam reaeration coefﬁcient of structure 64 - 0.000

WidthSt64 width of structure 64 m 0.000

DischSt65 discharge at structure 65 m3/s 0.000

WtLvLSt65 water level left of structure 65 m 0.000

WtLvRSt65 water level right of structure 65 m 0.000

SegmLSt65 segment number left of structure 65 - 0.000

SegmRSt65 segment number right of structure 65 - 0.000

CoefbSt65 dam reaeration coefﬁcient of structure 65 - 0.000

WidthSt65 width of structure 65 m 0.000

DischSt66 discharge at structure 66 m3/s 0.000

WtLvLSt66 water level left of structure 66 m 0.000

WtLvRSt66 water level right of structure 66 m 0.000

SegmLSt66 segment number left of structure 66 - 0.000

SegmRSt66 segment number right of structure 66 - 0.000

CoefbSt66 dam reaeration coefﬁcient of structure 66 - 0.000

WidthSt66 width of structure 66 m 0.000

DischSt67 discharge at structure 67 m3/s 0.000

WtLvLSt67 water level left of structure 67 m 0.000

WtLvRSt67 water level right of structure 67 m 0.000

SegmLSt67 segment number left of structure 67 - 0.000

SegmRSt67 segment number right of structure 67 - 0.000

CoefbSt67 dam reaeration coefﬁcient of structure 67 - 0.000

WidthSt67 width of structure 67 m 0.000

DischSt68 discharge at structure 68 m3/s 0.000

WtLvLSt68 water level left of structure 68 m 0.000

WtLvRSt68 water level right of structure 68 m 0.000

SegmLSt68 segment number left of structure 68 - 0.000

SegmRSt68 segment number right of structure 68 - 0.000

CoefbSt68 dam reaeration coefﬁcient of structure 68 - 0.000

WidthSt68 width of structure 68 m 0.000

DischSt69 discharge at structure 69 m3/s 0.000

WtLvLSt69 water level left of structure 69 m 0.000

WtLvRSt69 water level right of structure 69 m 0.000

SegmLSt69 segment number left of structure 69 - 0.000

continued on next page

178 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt69 segment number right of structure 69 - 0.000

CoefbSt69 dam reaeration coefﬁcient of structure 69 - 0.000

WidthSt69 width of structure 69 m 0.000

DischSt70 discharge at structure 70 m3/s 0.000

WtLvLSt70 water level left of structure 70 m 0.000

WtLvRSt70 water level right of structure 70 m 0.000

SegmLSt70 segment number left of structure 70 - 0.000

SegmRSt70 segment number right of structure 70 - 0.000

CoefbSt70 dam reaeration coefﬁcient of structure 70 - 0.000

WidthSt70 width of structure 70 m 0.000

DischSt71 discharge at structure 71 m3/s 0.000

WtLvLSt71 water level left of structure 71 m 0.000

WtLvRSt71 water level right of structure 71 m 0.000

SegmLSt71 segment number left of structure 71 - 0.000

SegmRSt71 segment number right of structure 71 - 0.000

CoefbSt71 dam reaeration coefﬁcient of structure 71 - 0.000

WidthSt71 width of structure 71 m 0.000

DischSt72 discharge at structure 72 m3/s 0.000

WtLvLSt72 water level left of structure 72 m 0.000

WtLvRSt72 water level right of structure 72 m 0.000

SegmLSt72 segment number left of structure 72 - 0.000

SegmRSt72 segment number right of structure 72 - 0.000

CoefbSt72 dam reaeration coefﬁcient of structure 72 - 0.000

WidthSt72 width of structure 72 m 0.000

DischSt73 discharge at structure 73 m3/s 0.000

WtLvLSt73 water level left of structure 73 m 0.000

WtLvRSt73 water level right of structure 73 m 0.000

SegmLSt73 segment number left of structure 73 - 0.000

SegmRSt73 segment number right of structure 73 - 0.000

CoefbSt73 dam reaeration coefﬁcient of structure 73 - 0.000

WidthSt73 width of structure 73 m 0.000

DischSt74 discharge at structure 74 m3/s 0.000

WtLvLSt74 water level left of structure 74 m 0.000

WtLvRSt74 water level right of structure 74 m 0.000

SegmLSt74 segment number left of structure 74 - 0.000

SegmRSt74 segment number right of structure 74 - 0.000

CoefbSt74 dam reaeration coefﬁcient of structure 74 - 0.000

WidthSt74 width of structure 74 m 0.000

DischSt75 discharge at structure 75 m3/s 0.000

WtLvLSt75 water level left of structure 75 m 0.000

WtLvRSt75 water level right of structure 75 m 0.000

SegmLSt75 segment number left of structure 75 - 0.000

SegmRSt75 segment number right of structure 75 - 0.000

CoefbSt75 dam reaeration coefﬁcient of structure 75 - 0.000

WidthSt75 width of structure 75 m 0.000

DischSt76 discharge at structure 76 m3/s 0.000

WtLvLSt76 water level left of structure 76 m 0.000

WtLvRSt76 water level right of structure 76 m 0.000

SegmLSt76 segment number left of structure 76 - 0.000

SegmRSt76 segment number right of structure 76 - 0.000

CoefbSt76 dam reaeration coefﬁcient of structure 76 - 0.000

WidthSt76 width of structure 76 m 0.000

DischSt77 discharge at structure 77 m3/s 0.000

WtLvLSt77 water level left of structure 77 m 0.000

WtLvRSt77 water level right of structure 77 m 0.000

SegmLSt77 segment number left of structure 77 - 0.000

SegmRSt77 segment number right of structure 77 - 0.000

CoefbSt77 dam reaeration coefﬁcient of structure 77 - 0.000

WidthSt77 width of structure 77 m 0.000

DischSt78 discharge at structure 78 m3/s 0.000

WtLvLSt78 water level left of structure 78 m 0.000

WtLvRSt78 water level right of structure 78 m 0.000

SegmLSt78 segment number left of structure 78 - 0.000

SegmRSt78 segment number right of structure 78 - 0.000

CoefbSt78 dam reaeration coefﬁcient of structure 78 - 0.000

WidthSt78 width of structure 78 m 0.000

DischSt79 discharge at structure 79 m3/s 0.000

WtLvLSt79 water level left of structure 79 m 0.000

WtLvRSt79 water level right of structure 79 m 0.000

SegmLSt79 segment number left of structure 79 - 0.000

continued on next page

Deltares 179 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt79 segment number right of structure 79 - 0.000

CoefbSt79 dam reaeration coefﬁcient of structure 79 - 0.000

WidthSt79 width of structure 79 m 0.000

DischSt80 discharge at structure 80 m3/s 0.000

WtLvLSt80 water level left of structure 80 m 0.000

WtLvRSt80 water level right of structure 80 m 0.000

SegmLSt80 segment number left of structure 80 - 0.000

SegmRSt80 segment number right of structure 80 - 0.000

CoefbSt80 dam reaeration coefﬁcient of structure 80 - 0.000

WidthSt80 width of structure 80 m 0.000

DischSt81 discharge at structure 81 m3/s 0.000

WtLvLSt81 water level left of structure 81 m 0.000

WtLvRSt81 water level right of structure 81 m 0.000

SegmLSt81 segment number left of structure 81 - 0.000

SegmRSt81 segment number right of structure 81 - 0.000

CoefbSt81 dam reaeration coefﬁcient of structure 81 - 0.000

WidthSt81 width of structure 81 m 0.000

DischSt82 discharge at structure 82 m3/s 0.000

WtLvLSt82 water level left of structure 82 m 0.000

WtLvRSt82 water level right of structure 82 m 0.000

SegmLSt82 segment number left of structure 82 - 0.000

SegmRSt82 segment number right of structure 82 - 0.000

CoefbSt82 dam reaeration coefﬁcient of structure 82 - 0.000

WidthSt82 width of structure 82 m 0.000

DischSt83 discharge at structure 83 m3/s 0.000

WtLvLSt83 water level left of structure 83 m 0.000

WtLvRSt83 water level right of structure 83 m 0.000

SegmLSt83 segment number left of structure 83 - 0.000

SegmRSt83 segment number right of structure 83 - 0.000

CoefbSt83 dam reaeration coefﬁcient of structure 83 - 0.000

WidthSt83 width of structure 83 m 0.000

DischSt84 discharge at structure 84 m3/s 0.000

WtLvLSt84 water level left of structure 84 m 0.000

WtLvRSt84 water level right of structure 84 m 0.000

SegmLSt84 segment number left of structure 84 - 0.000

SegmRSt84 segment number right of structure 84 - 0.000

CoefbSt84 dam reaeration coefﬁcient of structure 84 - 0.000

WidthSt84 width of structure 84 m 0.000

DischSt85 discharge at structure 85 m3/s 0.000

WtLvLSt85 water level left of structure 85 m 0.000

WtLvRSt85 water level right of structure 85 m 0.000

SegmLSt85 segment number left of structure 85 - 0.000

SegmRSt85 segment number right of structure 85 - 0.000

CoefbSt85 dam reaeration coefﬁcient of structure 85 - 0.000

WidthSt85 width of structure 85 m 0.000

DischSt86 discharge at structure 86 m3/s 0.000

WtLvLSt86 water level left of structure 86 m 0.000

WtLvRSt86 water level right of structure 86 m 0.000

SegmLSt86 segment number left of structure 86 - 0.000

SegmRSt86 segment number right of structure 86 - 0.000

CoefbSt86 dam reaeration coefﬁcient of structure 86 - 0.000

WidthSt86 width of structure 86 m 0.000

DischSt87 discharge at structure 87 m3/s 0.000

WtLvLSt87 water level left of structure 87 m 0.000

WtLvRSt87 water level right of structure 87 m 0.000

SegmLSt87 segment number left of structure 87 - 0.000

SegmRSt87 segment number right of structure 87 - 0.000

CoefbSt87 dam reaeration coefﬁcient of structure 87 - 0.000

WidthSt87 width of structure 87 m 0.000

DischSt88 discharge at structure 88 m3/s 0.000

WtLvLSt88 water level left of structure 88 m 0.000

WtLvRSt88 water level right of structure 88 m 0.000

SegmLSt88 segment number left of structure 88 - 0.000

SegmRSt88 segment number right of structure 88 - 0.000

CoefbSt88 dam reaeration coefﬁcient of structure 88 - 0.000

WidthSt88 width of structure 88 m 0.000

DischSt89 discharge at structure 89 m3/s 0.000

WtLvLSt89 water level left of structure 89 m 0.000

WtLvRSt89 water level right of structure 89 m 0.000

SegmLSt89 segment number left of structure 89 - 0.000

continued on next page

180 of 256 Deltares

DRAFT

Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt89 segment number right of structure 89 - 0.000

CoefbSt89 dam reaeration coefﬁcient of structure 89 - 0.000

WidthSt89 width of structure 89 m 0.000

DischSt90 discharge at structure 90 m3/s 0.000

WtLvLSt90 water level left of structure 90 m 0.000

WtLvRSt90 water level right of structure 90 m 0.000

SegmLSt90 segment number left of structure 90 - 0.000

SegmRSt90 segment number right of structure 90 - 0.000

CoefbSt90 dam reaeration coefﬁcient of structure 90 - 0.000

WidthSt90 width of structure 90 m 0.000

DischSt91 discharge at structure 91 m3/s 0.000

WtLvLSt91 water level left of structure 91 m 0.000

WtLvRSt91 water level right of structure 91 m 0.000

SegmLSt91 segment number left of structure 91 - 0.000

SegmRSt91 segment number right of structure 91 - 0.000

CoefbSt91 dam reaeration coefﬁcient of structure 91 - 0.000

WidthSt91 width of structure 91 m 0.000

DischSt92 discharge at structure 92 m3/s 0.000

WtLvLSt92 water level left of structure 92 m 0.000

WtLvRSt92 water level right of structure 92 m 0.000

SegmLSt92 segment number left of structure 92 - 0.000

SegmRSt92 segment number right of structure 92 - 0.000

CoefbSt92 dam reaeration coefﬁcient of structure 92 - 0.000

WidthSt92 width of structure 92 m 0.000

DischSt93 discharge at structure 93 m3/s 0.000

WtLvLSt93 water level left of structure 93 m 0.000

WtLvRSt93 water level right of structure 93 m 0.000

SegmLSt93 segment number left of structure 93 - 0.000

SegmRSt93 segment number right of structure 93 - 0.000

CoefbSt93 dam reaeration coefﬁcient of structure 93 - 0.000

WidthSt93 width of structure 93 m 0.000

DischSt94 discharge at structure 94 m3/s 0.000

WtLvLSt94 water level left of structure 94 m 0.000

WtLvRSt94 water level right of structure 94 m 0.000

SegmLSt94 segment number left of structure 94 - 0.000

SegmRSt94 segment number right of structure 94 - 0.000

CoefbSt94 dam reaeration coefﬁcient of structure 94 - 0.000

WidthSt94 width of structure 94 m 0.000

DischSt95 discharge at structure 95 m3/s 0.000

WtLvLSt95 water level left of structure 95 m 0.000

WtLvRSt95 water level right of structure 95 m 0.000

SegmLSt95 segment number left of structure 95 - 0.000

SegmRSt95 segment number right of structure 95 - 0.000

CoefbSt95 dam reaeration coefﬁcient of structure 95 - 0.000

WidthSt95 width of structure 95 m 0.000

DischSt96 discharge at structure 96 m3/s 0.000

WtLvLSt96 water level left of structure 96 m 0.000

WtLvRSt96 water level right of structure 96 m 0.000

SegmLSt96 segment number left of structure 96 - 0.000

SegmRSt96 segment number right of structure 96 - 0.000

CoefbSt96 dam reaeration coefﬁcient of structure 96 - 0.000

WidthSt96 width of structure 96 m 0.000

DischSt97 discharge at structure 97 m3/s 0.000

WtLvLSt97 water level left of structure 97 m 0.000

WtLvRSt97 water level right of structure 97 m 0.000

SegmLSt97 segment number left of structure 97 - 0.000

SegmRSt97 segment number right of structure 97 - 0.000

CoefbSt97 dam reaeration coefﬁcient of structure 97 - 0.000

WidthSt97 width of structure 97 m 0.000

DischSt98 discharge at structure 98 m3/s 0.000

WtLvLSt98 water level left of structure 98 m 0.000

WtLvRSt98 water level right of structure 98 m 0.000

SegmLSt98 segment number left of structure 98 - 0.000

SegmRSt98 segment number right of structure 98 - 0.000

CoefbSt98 dam reaeration coefﬁcient of structure 98 - 0.000

WidthSt98 width of structure 98 m 0.000

DischSt99 discharge at structure 99 m3/s 0.000

WtLvLSt99 water level left of structure 99 m 0.000

WtLvRSt99 water level right of structure 99 m 0.000

SegmLSt99 segment number left of structure 99 - 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

SegmRSt99 segment number right of structure 99 - 0.000

CoefbSt99 dam reaeration coefﬁcient of structure 99 - 0.000

WidthSt99 width of structure 99 m 0.000

DischSt100 discharge at structure 100 m3/s 0.000

WtLvLSt100 water level left of structure 100 m 0.000

WtLvRSt100 water level right of structure 100 m 0.000

SegmLSt100 segment number left of structure 100 - 0.000

SegmRSt100 segment number right of structure 100 - 0.000

CoefbSt100 dam reaeration coefﬁcient of structure 100 - 0.000

WidthSt100 width of structure 100 m 0.000

EqAPATDisP equilibrium concentration PO4 with apatite gP/m30.050

RCdisAP20 2nd order dissolution rate of apatite m3/g/d 0.000

RatAPandVP ratio of apat. and vivian. precipitation rate - 1.000

ZHarveZoop harvest ﬂux of zooplankton-grazer1 gC/(m2d) 0.000

PHarveZoop fraction harvest of zooplankton-grazer1 step - 0.000

ZHarveMuss harvest ﬂux of mussel-grazer2 gC/(m2d) 0.000

PHarveMuss fraction harvest of mussel-grazer2 per timestep - 0.000

TMussel threshold concentration of mussel-grazer2 gC/m30.000

ZHarveG3 harvest ﬂux of grazer3 gC/(m2d) 0.000

PHarveG3 fraction harvest of grazer3 per timestep - 0.000

TGrazer3 threshold concentration of grazer3 gC/m30.000

ZHarveG4 harvest ﬂux of grazer4 gC/(m2d) 0.000

PHarveG4 fraction harvest of grazer4 per timestep - 0.000

TGrazer4 threshold concentration of grazer4 gC/m30.000

ZHarveG5 harvest ﬂux of grazer5 gC/(m2d) 0.000

PHarveG5 fraction harvest of grazer5 per timestep - 0.000

TGrazer5 threshold concentration of grazer5 gC/m30.000

RootDeVB01 Max Height VB01 m 1.000

nsfVB01 nr successive emersionﬂood VB01 d 0.000

CrnsfVB01 critical number successive ﬂood days VB01 d 5.000

Initnsfd initial number ﬂood days at simulation start d 0.000

SwNutVB01 switch indicating nutrient limitation VB01 - 0.000

nsnlVB01 number of successive days nutrient lim. VB01 d 0.000

CrnsnlVB01 critical number of successive nut. lim VB01 d 0.000

SwVB01Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB01Mrt vegetation biomass dead 0=no,1=yes - 0.000

maxVB01 maximum vegetation biomass cohort 1 t/ha 0.000

minVB01 minimum vegetation biomass cohort 1 t/ha 0.000

hlfAgeVB01 age where biomass is half of maximum cohort 1 d 0.000

sfVB01 shape factor growth curve cohort 1 - 1.000

dmCfVB01 dry matter carbon ratio veg. cohort 1 dm/gC 2.500

iniVB01 initial veg. biomass cohort 1 t/ha 0.000

iniCovVB01 initial veg. coverage cohort 1 % 0.000

SWiniVB01 switch 0=biomass 1=%coverage for cohort 1 - 1.000

VBType01 nr of the vegetation type for warnings - 1.000

VBFrMaxU maximum fraction available for uptake <0-1>- 0.500

F1VB01 allocation factor comp. 1 stem VB01 - 0.500

F2VB01 allocation factor comp. 2 foliage VB01 - 0.200

F3VB01 allocation factor comp. 3 branch VB01 - 0.000

F4VB01 allocation factor comp. 4 root VB01 - 0.100

F5VB01 allocation factor comp. 5 ﬁneroot VB01 - 0.200

CNf1VB01 carbon-nitrogen ratio in stem VB01 gC/gN 10.000

CNf2VB01 carbon-nitrogen ratio in foliage VB01 gC/gN 10.000

CNf3VB01 carbon-nitrogen ratio in branch VB01 gC/gN 10.000

CNf4VB01 carbon-nitrogen ratio in root VB01 gC/gN 10.000

CNf5VB01 carbon-nitrogen ratio in ﬁneroot VB01 gC/gN 10.000

CPf1VB01 carbon-phosporus ratio in stem VB01 gC/gP 1.000

CPf2VB01 carbon-phosporus ratio in foliage VB01 gC/gP 1.000

CPf3VB01 carbon-phosporus ratio in branch VB01 gC/gP 1.000

CPf4VB01 carbon-phosporus ratio in root VB01 gC/gP 1.000

CPf5VB01 carbon-phosporus ratio in ﬁneroot VB01 gC/gP 1.000

CSf1VB01 carbon-sulphur ratio in stem VB01 gC/gS 0.100

CSf2VB01 carbon-sulphur ratio in foliage VB01 gC/gS 0.100

CSf3VB01 carbon-sulphur ratio in branch VB01 gC/gS 0.100

CSf4VB01 carbon-sulphur ratio in root VB01 gC/gS 0.100

CSf5VB01 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB01 allow regrowth y=1,n=0 after decay - 1.000

SWVB01Dec biomass is decaying after prev mort type 1 - 0.000

IniAgeVB01 inital age of VB at start of simulation d 0.000

IniVB01dec inital decay Switch VB01 start simulation - 0.000

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Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

FfolPOC1 fraction of biomass foliage to POC1 - 0.100

FfolPOC2 fraction of biomass foliage to POC2 - 0.400

FfrootPOC1 fraction of biomass root to POC1 - 0.100

FfrootPOC2 fraction of biomass root to POC2 - 0.400

RcMrtVB01 rate consatant for mortality cohort 1 d 0.010

SwDisVB01 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB01 Max Height VB01 m 3.000

FfacVB01 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

nfVB_wat number of ﬂuxes VBXX to be distributed - 20.000

nfVB_sed number of ﬂuxes VBXX to be distributed - 16.000

RootDeVB02 Max Height VB02 m 1.000

CrnsfVB02 critical number successive ﬂood days VB02 d 5.000

SwNutVB02 switch indicating nutrient limitation VB02 - 0.000

nsnlVB02 number of successive days nutrient lim. VB02 d 0.000

CrnsnlVB02 critical number of successive nut. lim VB02 d 0.000

SwVB02Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB02Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB02 nr successive emersionﬂood VB02 d 0.000

maxVB02 maximum vegetation biomass cohort 2 t/ha 0.000

minVB02 minimum vegetation biomass cohort 2 t/ha 0.000

hlfAgeVB02 age where biomass is half of maximum cohort 2 d 0.000

sfVB02 shape factor growth curve cohort 2 - 1.000

dmCfVB02 dry matter carbon ratio veg. cohort 2 dm/gC 2.500

iniVB02 initial veg. biomass cohort 2 t/ha 0.000

iniCovVB02 initial veg. coverage cohort 2 % 0.000

SWiniVB02 switch 0=biomass 1=%coverage for cohort 2 - 1.000

VBType02 nr of the vegetation type for warnings - 2.000

F1VB02 allocation factor comp. 1 stem VB02 - 0.500

F2VB02 allocation factor comp. 2 foliage VB02 - 0.200

F3VB02 allocation factor comp. 3 branch VB02 - 0.000

F4VB02 allocation factor comp. 4 root VB02 - 0.100

F5VB02 allocation factor comp. 5 ﬁneroot VB02 - 0.200

CNf1VB02 carbon-nitrogen ratio in stem VB02 gC/gN 10.000

CNf2VB02 carbon-nitrogen ratio in foliage VB02 gC/gN 10.000

CNf3VB02 carbon-nitrogen ratio in branch VB02 gC/gN 10.000

CNf4VB02 carbon-nitrogen ratio in root VB02 gC/gN 10.000

CNf5VB02 carbon-nitrogen ratio in ﬁneroot VB02 gC/gN 10.000

CPf1VB02 carbon-phosporus ratio in stem VB02 gC/gP 1.000

CPf2VB02 carbon-phosporus ratio in foliage VB02 gC/gP 1.000

CPf3VB02 carbon-phosporus ratio in branch VB02 gC/gP 1.000

CPf4VB02 carbon-phosporus ratio in root VB02 gC/gP 1.000

CPf5VB02 carbon-phosporus ratio in ﬁneroot VB02 gC/gP 1.000

CSf1VB02 carbon-sulphur ratio in stem VB02 gC/gS 0.100

CSf2VB02 carbon-sulphur ratio in foliage VB02 gC/gS 0.100

CSf3VB02 carbon-sulphur ratio in branch VB02 gC/gS 0.100

CSf4VB02 carbon-sulphur ratio in root VB02 gC/gS 0.100

CSf5VB02 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB02 allow regrowth y=1,n=0 after decay - 1.000

SWVB02Dec biomass is decaying after prev mort type 2 - 0.000

IniAgeVB02 inital age of VB at start of simulation d 0.000

IniVB02dec inital decay Switch VB02 start simulation - 0.000

RcMrtVB02 rate consatant for mortality cohort 2 d 0.010

SwDisVB02 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB02 Max Height VB02 m 1.000

FfacVB02 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB03 Max Height VB03 m 1.000

CrnsfVB03 critical number successive ﬂood days VB03 d 5.000

SwNutVB03 switch indicating nutrient limitation VB03 - 0.000

nsnlVB03 number of successive days nutrient lim. VB03 d 0.000

CrnsnlVB03 critical number of successive nut. lim VB03 d 0.000

SwVB03Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB03Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB03 nr successive emersionﬂood VB03 d 0.000

maxVB03 maximum vegetation biomass cohort 3 t/ha 0.000

minVB03 minimum vegetation biomass cohort 3 t/ha 0.000

hlfAgeVB03 age where biomass is half of maximum cohort 3 d 0.000

sfVB03 shape factor growth curve cohort 3 - 1.000

dmCfVB03 dry matter carbon ratio veg. cohort 3 dm/gC 2.500

iniVB03 initial veg. biomass cohort 3 t/ha 0.000

iniCovVB03 initial veg. coverage cohort 3 % 0.000

SWiniVB03 switch 0=biomass 1=%coverage for cohort 3 - 1.000

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Table 10.1 – continued from previous page

Process Description Unit Default

VBType03 nr of the vegetation type for warnings - 3.000

F1VB03 allocation factor comp. 1 stem VB03 - 0.500

F2VB03 allocation factor comp. 2 foliage VB03 - 0.200

F3VB03 allocation factor comp. 3 branch VB03 - 0.000

F4VB03 allocation factor comp. 4 root VB03 - 0.100

F5VB03 allocation factor comp. 5 ﬁneroot VB03 - 0.200

CNf1VB03 carbon-nitrogen ratio in stem VB03 gC/gN 10.000

CNf2VB03 carbon-nitrogen ratio in foliage VB03 gC/gN 10.000

CNf3VB03 carbon-nitrogen ratio in branch VB03 gC/gN 10.000

CNf4VB03 carbon-nitrogen ratio in root VB03 gC/gN 10.000

CNf5VB03 carbon-nitrogen ratio in ﬁneroot VB03 gC/gN 10.000

CPf1VB03 carbon-phosporus ratio in stem VB03 gC/gP 1.000

CPf2VB03 carbon-phosporus ratio in foliage VB03 gC/gP 1.000

CPf3VB03 carbon-phosporus ratio in branch VB03 gC/gP 1.000

CPf4VB03 carbon-phosporus ratio in root VB03 gC/gP 1.000

CPf5VB03 carbon-phosporus ratio in ﬁneroot VB03 gC/gP 1.000

CSf1VB03 carbon-sulphur ratio in stem VB03 gC/gS 0.100

CSf2VB03 carbon-sulphur ratio in foliage VB03 gC/gS 0.100

CSf3VB03 carbon-sulphur ratio in branch VB03 gC/gS 0.100

CSf4VB03 carbon-sulphur ratio in root VB03 gC/gS 0.100

CSf5VB03 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB03 allow regrowth y=1,n=0 after decay - 1.000

SWVB03Dec biomass is decaying after prev mort type 3 - 0.000

IniAgeVB03 inital age of VB at start of simulation d 0.000

IniVB03dec inital decay Switch VB03 start simulation - 0.000

RcMrtVB03 rate consatant for mortality cohort 3 d 0.010

SwDisVB03 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB03 Max Height VB03 m 3.000

FfacVB03 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB04 Max Height VB04 m 1.000

CrnsfVB04 critical number successive ﬂood days VB d 5.000

SwNutVB04 switch indicating nutrient limitation VB04 - 0.000

nsnlVB04 number of successive days nutrient lim. VB04 d 0.000

CrnsnlVB04 critical number of successive nut. lim VB04 d 0.000

SwVB04Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB04Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB04 nr successive emersionﬂood VB04 d 0.000

maxVB04 maximum vegetation biomass cohort 4 t/ha 0.000

minVB04 minimum vegetation biomass cohort 4 t/ha 0.000

hlfAgeVB04 age where biomass is half of maximum cohort 4 d 0.000

sfVB04 shape factor growth curve cohort 4 - 1.000

dmCfVB04 dry matter carbon ratio veg. cohort 4 dm/gC 2.500

iniVB04 initial veg. biomass cohort 4 t/ha 0.000

iniCovVB04 initial veg. coverage cohort 4 % 0.000

SWiniVB04 switch 0=biomass 1=%coverage for cohort 4 - 1.000

VBType04 nr of the vegetation type for warnings - 4.000

F1VB04 allocation factor comp. 1 stem VB04 - 0.500

F2VB04 allocation factor comp. 2 foliage VB04 - 0.200

F3VB04 allocation factor comp. 3 branch VB04 - 0.000

F4VB04 allocation factor comp. 4 root VB04 - 0.100

F5VB04 allocation factor comp. 5 ﬁneroot VB04 - 0.200

CNf1VB04 carbon-nitrogen ratio in stem VB04 gC/gN 10.000

CNf2VB04 carbon-nitrogen ratio in foliage VB04 gC/gN 10.000

CNf3VB04 carbon-nitrogen ratio in branch VB04 gC/gN 10.000

CNf4VB04 carbon-nitrogen ratio in root VB04 gC/gN 10.000

CNf5VB04 carbon-nitrogen ratio in ﬁneroot VB04 gC/gN 10.000

CPf1VB04 carbon-phosporus ratio in stem VB04 gC/gP 1.000

CPf2VB04 carbon-phosporus ratio in foliage VB04 gC/gP 1.000

CPf3VB04 carbon-phosporus ratio in branch VB04 gC/gP 1.000

CPf4VB04 carbon-phosporus ratio in root VB04 gC/gP 1.000

CPf5VB04 carbon-phosporus ratio in ﬁneroot VB04 gC/gP 1.000

CSf1VB04 carbon-sulphur ratio in stem VB04 gC/gS 0.100

CSf2VB04 carbon-sulphur ratio in foliage VB04 gC/gS 0.100

CSf3VB04 carbon-sulphur ratio in branch VB04 gC/gS 0.100

CSf4VB04 carbon-sulphur ratio in root VB04 gC/gS 0.100

CSf5VB04 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB04 allow regrowth y=1,n=0 after decay - 1.000

SWVB04Dec biomass is decaying after prev mort type 4 - 0.000

IniAgeVB04 inital age of VB at start of simulation d 0.000

IniVB04dec inital decay Switch VB04 start simulation - 0.000

RcMrtVB04 rate consatant for mortality cohort 4 d 0.040

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Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

SwDisVB04 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB04 Max Height VB04 m 3.000

FfacVB04 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB05 Max Height VB05 m 1.000

CrnsfVB05 critical number successive ﬂood days VB05 d 5.000

SwNutVB05 switch indicating nutrient limitation VB05 - 0.000

nsnlVB05 number of successive days nutrient lim. VB05 d 0.000

CrnsnlVB05 critical number of successive nut. lim VB05 d 0.000

SwVB05Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB05Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB05 nr successive emersionﬂood VB05 d 0.000

maxVB05 maximum vegetation biomass cohort 5 t/ha 0.000

minVB05 minimum vegetation biomass cohort 5 t/ha 0.000

hlfAgeVB05 age where biomass is half of maximum cohort 5 d 0.000

sfVB05 shape factor growth curve cohort 5 - 1.000

dmCfVB05 dry matter carbon ratio veg. cohort 5 dm/gC 2.500

iniVB05 initial veg. biomass cohort 5 t/ha 0.000

iniCovVB05 initial veg. coverage cohort 5 % 0.000

SWiniVB05 switch 0=biomass 1=%coverage for cohort 5 - 1.000

VBType05 nr of the vegetation type for warnings - 5.000

F1VB05 allocation factor comp. 1 stem VB05 - 0.500

F2VB05 allocation factor comp. 2 foliage VB05 - 0.200

F3VB05 allocation factor comp. 3 branch VB05 - 0.000

F4VB05 allocation factor comp. 4 root VB05 - 0.100

F5VB05 allocation factor comp. 5 ﬁneroot VB05 - 0.200

CNf1VB05 carbon-nitrogen ratio in stem VB05 gC/gN 10.000

CNf2VB05 carbon-nitrogen ratio in foliage VB05 gC/gN 10.000

CNf3VB05 carbon-nitrogen ratio in branch VB05 gC/gN 10.000

CNf4VB05 carbon-nitrogen ratio in root VB05 gC/gN 10.000

CNf5VB05 carbon-nitrogen ratio in ﬁneroot VB05 gC/gN 10.000

CPf1VB05 carbon-phosporus ratio in stem VB05 gC/gP 1.000

CPf2VB05 carbon-phosporus ratio in foliage VB05 gC/gP 1.000

CPf3VB05 carbon-phosporus ratio in branch VB05 gC/gP 1.000

CPf4VB05 carbon-phosporus ratio in root VB05 gC/gP 1.000

CPf5VB05 carbon-phosporus ratio in ﬁneroot VB05 gC/gP 1.000

CSf1VB05 carbon-sulphur ratio in stem VB05 gC/gS 0.100

CSf2VB05 carbon-sulphur ratio in foliage VB05 gC/gS 0.100

CSf3VB05 carbon-sulphur ratio in branch VB05 gC/gS 0.100

CSf4VB05 carbon-sulphur ratio in root VB05 gC/gS 0.100

CSf5VB05 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB05 allow regrowth y=1,n=0 after decay - 1.000

SWVB05Dec biomass is decaying after prev mort type 5 - 0.000

IniAgeVB05 inital age of VB at start of simulation d 0.000

IniVB05dec inital decay Switch VB05 start simulation - 0.000

RcMrtVB05 rate consatant for mortality cohort 5 d 0.010

SwDisVB05 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB05 Max Height VB05 m 3.000

FfacVB05 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB06 Max Height VB06 m 1.000

CrnsfVB06 critical number successive ﬂood days VB06 d 5.000

SwNutVB06 switch indicating nutrient limitation VB06 - 0.000

nsnlVB06 number of successive days nutrient lim. VB06 d 0.000

CrnsnlVB06 critical number of successive nut. lim VB06 d 0.000

SwVB06Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB06Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB06 nr successive emersionﬂood VB06 d 0.000

maxVB06 maximum vegetation biomass cohort 6 t/ha 0.000

minVB06 minimum vegetation biomass cohort 6 t/ha 0.000

hlfAgeVB06 age where biomass is half of maximum cohort 6 d 0.000

sfVB06 shape factor growth curve cohort 6 - 1.000

dmCfVB06 dry matter carbon ratio veg. cohort 6 dm/gC 2.500

iniVB06 initial veg. biomass cohort 6 t/ha 0.000

iniCovVB06 initial veg. coverage cohort 6 % 0.000

SWiniVB06 switch 0=biomass 1=%coverage for cohort 6 - 1.000

VBType06 nr of the vegetation type for warnings - 6.000

F1VB06 allocation factor comp. 1 stem VB06 - 0.500

F2VB06 allocation factor comp. 2 foliage VB06 - 0.200

F3VB06 allocation factor comp. 3 branch VB06 - 0.000

F4VB06 allocation factor comp. 4 root VB06 - 0.100

F5VB06 allocation factor comp. 5 ﬁneroot VB06 - 0.200

CNf1VB06 carbon-nitrogen ratio in stem VB06 gC/gN 10.000

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Table 10.1 – continued from previous page

Process Description Unit Default

CNf2VB06 carbon-nitrogen ratio in foliage VB06 gC/gN 10.000

CNf3VB06 carbon-nitrogen ratio in branch VB06 gC/gN 10.000

CNf4VB06 carbon-nitrogen ratio in root VB06 gC/gN 10.000

CNf5VB06 carbon-nitrogen ratio in ﬁneroot VB06 gC/gN 10.000

CPf1VB06 carbon-phosporus ratio in stem VB06 gC/gP 1.000

CPf2VB06 carbon-phosporus ratio in foliage VB06 gC/gP 1.000

CPf3VB06 carbon-phosporus ratio in branch VB06 gC/gP 1.000

CPf4VB06 carbon-phosporus ratio in root VB06 gC/gP 1.000

CPf5VB06 carbon-phosporus ratio in ﬁneroot VB06 gC/gP 1.000

CSf1VB06 carbon-sulphur ratio in stem VB06 gC/gS 0.100

CSf2VB06 carbon-sulphur ratio in foliage VB06 gC/gS 0.100

CSf3VB06 carbon-sulphur ratio in branch VB06 gC/gS 0.100

CSf4VB06 carbon-sulphur ratio in root VB06 gC/gS 0.100

CSf5VB06 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB06 allow regrowth y=1,n=0 after decay - 1.000

SWVB06Dec biomass is decaying after prev mort type 6 - 0.000

IniAgeVB06 inital age of VB at start of simulation d 0.000

IniVB06dec inital decay Switch VB06 start simulation - 0.000

RcMrtVB06 rate consatant for mortality cohort 6 d 0.010

SwDisVB06 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB06 Max Height VB06 m 10.000

FfacVB06 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB07 Max Height VB07 m 1.000

CrnsfVB07 critical number successive ﬂood days VB07 d 5.000

SwNutVB07 switch indicating nutrient limitation VB07 - 0.000

nsnlVB07 number of successive days nutrient lim. VB07 d 0.000

CrnsnlVB07 critical number of successive nut. lim VB07 d 0.000

SwVB07Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB07Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB07 nr successive emersionﬂood VB07 d 0.000

maxVB07 maximum vegetation biomass cohort 7 t/ha 0.000

minVB07 minimum vegetation biomass cohort 7 t/ha 0.000

hlfAgeVB07 age where biomass is half of maximum cohort 7 d 0.000

sfVB07 shape factor growth curve cohort 7 - 1.000

dmCfVB07 dry matter carbon ratio veg. cohort 7 dm/gC 2.500

iniVB07 initial veg. biomass cohort 7 t/ha 0.000

iniCovVB07 initial veg. coverage cohort 7 % 0.000

SWiniVB07 switch 0=biomass 1=%coverage for cohort 7 - 1.000

VBType07 nr of the vegetation type for warnings - 7.000

F1VB07 allocation factor comp. 1 stem VB07 - 0.500

F2VB07 allocation factor comp. 2 foliage VB07 - 0.200

F3VB07 allocation factor comp. 3 branch VB07 - 0.000

F4VB07 allocation factor comp. 4 root VB07 - 0.100

F5VB07 allocation factor comp. 5 ﬁneroot VB07 - 0.200

CNf1VB07 carbon-nitrogen ratio in stem VB07 gC/gN 10.000

CNf2VB07 carbon-nitrogen ratio in foliage VB07 gC/gN 10.000

CNf3VB07 carbon-nitrogen ratio in branch VB07 gC/gN 10.000

CNf4VB07 carbon-nitrogen ratio in root VB07 gC/gN 10.000

CNf5VB07 carbon-nitrogen ratio in ﬁneroot VB07 gC/gN 10.000

CPf1VB07 carbon-phosporus ratio in stem VB07 gC/gP 1.000

CPf2VB07 carbon-phosporus ratio in foliage VB07 gC/gP 1.000

CPf3VB07 carbon-phosporus ratio in branch VB07 gC/gP 1.000

CPf4VB07 carbon-phosporus ratio in root VB07 gC/gP 1.000

CPf5VB07 carbon-phosporus ratio in ﬁneroot VB07 gC/gP 1.000

CSf1VB07 carbon-sulphur ratio in stem VB07 gC/gS 0.100

CSf2VB07 carbon-sulphur ratio in foliage VB07 gC/gS 0.100

CSf3VB07 carbon-sulphur ratio in branch VB07 gC/gS 0.100

CSf4VB07 carbon-sulphur ratio in root VB07 gC/gS 0.100

CSf5VB07 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB07 allow regrowth y=1,n=0 after decay - 1.000

SWVB07Dec biomass is decaying after prev mort type 7 - 0.000

IniAgeVB07 inital age of VB at start of simulation d 0.000

IniVB07dec inital decay Switch VB07 start simulation - 0.000

RcMrtVB07 rate consatant for mortality cohort 7 d 0.010

SwDisVB07 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB07 Max Height VB07 m 5.000

FfacVB07 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB08 Max Height VB08 m 1.000

CrnsfVB08 critical number successive ﬂood days VB08 d 5.000

SwNutVB08 switch indicating nutrient limitation VB08 - 0.000

nsnlVB08 number of successive days nutrient lim. VB08 d 0.000

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Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

CrnsnlVB08 critical number of successive nut. lim VB08 d 0.000

SwVB08Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB08Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB08 nr successive emersionﬂood VB08 d 0.000

maxVB08 maximum vegetation biomass cohort 8 t/ha 0.000

minVB08 minimum vegetation biomass cohort 8 t/ha 0.000

hlfAgeVB08 age where biomass is half of maximum cohort 8 d 0.000

sfVB08 shape factor growth curve cohort 8 - 1.000

dmCfVB08 dry matter carbon ratio veg. cohort 8 dm/gC 2.500

iniVB08 initial veg. biomass cohort 8 t/ha 0.000

iniCovVB08 initial veg. coverage cohort 8 % 0.000

SWiniVB08 switch 0=biomass 1=%coverage for cohort 8 - 1.000

VBType08 nr of the vegetation type for warnings - 8.000

F1VB08 allocation factor comp. 1 stem VB08 - 0.500

F2VB08 allocation factor comp. 2 foliage VB08 - 0.200

F3VB08 allocation factor comp. 3 branch VB08 - 0.000

F4VB08 allocation factor comp. 4 root VB08 - 0.100

F5VB08 allocation factor comp. 5 ﬁneroot VB08 - 0.200

CNf1VB08 carbon-nitrogen ratio in stem VB08 gC/gN 10.000

CNf2VB08 carbon-nitrogen ratio in foliage VB08 gC/gN 10.000

CNf3VB08 carbon-nitrogen ratio in branch VB08 gC/gN 10.000

CNf4VB08 carbon-nitrogen ratio in root VB08 gC/gN 10.000

CNf5VB08 carbon-nitrogen ratio in ﬁneroot VB08 gC/gN 10.000

CPf1VB08 carbon-phosporus ratio in stem VB08 gC/gP 1.000

CPf2VB08 carbon-phosporus ratio in foliage VB08 gC/gP 1.000

CPf3VB08 carbon-phosporus ratio in branch VB08 gC/gP 1.000

CPf4VB08 carbon-phosporus ratio in root VB08 gC/gP 1.000

CPf5VB08 carbon-phosporus ratio in ﬁneroot VB08 gC/gP 1.000

CSf1VB08 carbon-sulphur ratio in stem VB08 gC/gS 0.100

CSf2VB08 carbon-sulphur ratio in foliage VB08 gC/gS 0.100

CSf3VB08 carbon-sulphur ratio in branch VB08 gC/gS 0.100

CSf4VB08 carbon-sulphur ratio in root VB08 gC/gS 0.100

CSf5VB08 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB08 allow regrowth y=1,n=0 after decay - 1.000

SWVB08Dec biomass is decaying after prev mort type 8 - 0.000

IniAgeVB08 inital age of VB at start of simulation d 0.000

IniVB08dec inital decay Switch VB08 start simulation - 0.000

GtCl Salinity:Chloride ratio in sea water l/kg 1.805

Sal0 salinity at zero chloride concentration g/kg 0.030

SWSalCl option: 0.0 salinity simulated, 1.0 Cl simultated no unit 0.000

SWDisSi option: 0.0 2nd order diss., 1.0 1st order diss. no unit 0.000

ku_dFdcN20 upper limit mineralization rate fast detr-N 1/d 0.180

kl_dFdcN20 lower limit mineralization rate fast detr-N 1/d 0.120

ku_dFdcP20 upper limit mineralization rate fast detr-P 1/d 0.180

kl_dFdcP20 lower limit mineralization rate fast detr-P 1/d 0.120

b_poc1doc fraction POC1 converted to DOC - 0.000

SWOMDec option: 0.0 for stripping, 1.0 for different rates no unit 0.000

ku_dMdcN20 upper limit mineralization rate medium detr-N 1/d 0.015

kl_dMdcN20 lower limit mineralization rate medium detr-N 1/d 0.015

ku_dMdcP20 upper limit mineralization rate medium detr-P 1/d 0.015

kl_dMdcP20 lower limit mineralization rate medium detr-P 1/d 0.015

ku_dSdcN20 upper limit mineralization rate slow detr-N 1/d 0.001

kl_dSdcN20 lower limit mineralization rate slow detr-N 1/d 0.001

ku_dSdcP20 upper limit mineralization rate slow detr-P 1/d 0.001

kl_dSdcP20 lower limit mineralization rate slow detr-P 1/d 0.001

kl_RCdummy dummy lower limit mineralization rate detr-C 1/d 0.001

ku_RNdummy dummy upper limit mineralization rate detr-N 1/d 0.001

kl_RNdummy dummy lower limit mineralization rate detr-N 1/d 0.001

ku_RPdummy dummy upper limit mineralization rate detr-P 1/d 0.001

kl_RPdummy dummy lower limit mineralization rate detr-P 1/d 0.001

al_dNdummy dummy lower limit N:C ratio gN/gC 0.000

al_dPdummy dummy lower limit P:C ratio gP/gC 0.000

au_dNdummy dummy upper limit N:C ratio gN/gC 0.000

au_dPdummy dummy upper limit P:C ratio gP/gC 0.000

b_p4xdummy fraction POC4 converted to POCX - 0.000

b_p4ddummy fraction POC4 converted to DOC - 0.000

SWODdummy option: 0.0 for stripping, 1.0 for different rates no unit 1.000

b_dcXdummy fraction DOC converted to POCX - 0.000

b_dcYdummy fraction DOC converted to DOCY - 0.000

IdDet1 identiﬁer for detritus group POC1, POC2, POC3 no unit 1.000

IdDet2 identiﬁer for detritus group POC4 and DOC no unit 2.000

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Process Description Unit Default

SWOxCon Switch: only OxCon 1 or not 0 - 0.000

ScalCar scale factor for primary variable - 1.000

FrMPB1S3 fraction MPB1 in layer S3 gC/gDM 0.000

FrMPB2S3 fraction MPB2 in layer S3 gC/gDM 0.000

RcMrtVB08 rate consatant for mortality cohort 8 d 0.010

SwDisVB08 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB08 Max Height VB08 m 5.000

FfacVB08 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

RootDeVB09 Max Height VB09 m 1.000

CrnsfVB09 critical number successive ﬂood days VB09 d 5.000

SwNutVB09 switch indicating nutrient limitation VB09 - 0.000

nsnlVB09 number of successive days nutrient lim. VB09 d 0.000

CrnsnlVB09 critical number of successive nut. lim VB09 d 0.000

SwVB09Gro vegetation biomass growth allowed 0=no,1=yes - 0.000

SwVB09Mrt vegetation biomass dead 0=no,1=yes - 0.000

nsfVB09 nr successive emersionﬂood VB09 d 0.000

maxVB09 maximum vegetation biomass cohort 3 t/ha 0.000

minVB09 minimum vegetation biomass cohort 3 t/ha 0.000

hlfAgeVB09 age where biomass is half of maximum cohort 3 d 0.000

sfVB09 shape factor growth curve cohort 3 - 1.000

dmCfVB09 dry matter carbon ratio veg. cohort 3 dm/gC 2.500

iniVB09 initial veg. biomass cohort 3 t/ha 0.000

iniCovVB09 initial veg. coverage cohort 1 % 0.000

SWiniVB09 switch 0=biomass 1=%coverage for cohort 3 - 1.000

VBType09 nr of the vegetation type for warnings - 9.000

F1VB09 allocation factor comp. 1 stem VB09 - 0.500

F2VB09 allocation factor comp. 2 foliage VB09 - 0.200

F3VB09 allocation factor comp. 3 branch VB09 - 0.000

F4VB09 allocation factor comp. 4 root VB09 - 0.100

F5VB09 allocation factor comp. 5 ﬁneroot VB09 - 0.200

CNf1VB09 carbon-nitrogen ratio in stem VB09 gC/gN 10.000

CNf2VB09 carbon-nitrogen ratio in foliage VB09 gC/gN 10.000

CNf3VB09 carbon-nitrogen ratio in branch VB09 gC/gN 10.000

CNf4VB09 carbon-nitrogen ratio in root VB09 gC/gN 10.000

CNf5VB09 carbon-nitrogen ratio in ﬁneroot VB09 gC/gN 10.000

CPf1VB09 carbon-phosporus ratio in stem VB09 gC/gP 1.000

CPf2VB09 carbon-phosporus ratio in foliage VB09 gC/gP 1.000

CPf3VB09 carbon-phosporus ratio in branch VB09 gC/gP 1.000

CPf4VB09 carbon-phosporus ratio in root VB09 gC/gP 1.000

CPf5VB09 carbon-phosporus ratio in ﬁneroot VB09 gC/gP 1.000

CSf1VB09 carbon-sulphur ratio in stem VB09 gC/gS 0.100

CSf2VB09 carbon-sulphur ratio in foliage VB09 gC/gS 0.100

CSf3VB09 carbon-sulphur ratio in branch VB09 gC/gS 0.100

CSf4VB09 carbon-sulphur ratio in root VB09 gC/gS 0.100

CSf5VB09 carbon-sulphur ratio in ﬁneroot gC/gS 0.100

SWRegrVB09 allow regrowth y=1,n=0 after decay - 1.000

SWVB09Dec biomass is decaying after prev mort type 9 - 0.000

IniAgeVB09 inital age of VB at start of simulation d 0.000

IniVB09dec inital decay Switch VB09 start simulation - 0.000

RcMrtVB09 rate consatant for mortality cohort 9 d 0.010

SwDisVB09 Switch Gr. Distr.VBXX 1cont. 2lin. 3exp. - 1.000

VegHeVB09 Max Height VB09 m 3.000

FfacVB09 Form factor lin: F = Mmean/M/Hmax VBXX - 1.000

FrIM2S3 fraction IM2 in layer S3 gDM/gDM 0.000

FrIM3S3 fraction IM3 in layer S3 gDM/gDM 0.000

ScalPol Scale factor from mg/kg to g/g no unit 0.000

QAsDMS3 overall sediment quality for As in S3 mgAs/kgDM 0.000

QCdDMS3 overall sediment quality for Cd in S3 mgCd/kgDM 0.000

QCrDMS3 overall sediment quality for Cr in S3 mgCr/kgDM 0.000

QCuDMS3 overall sediment quality for Cu in S3 mgCu/kgDM 0.000

QHgDMS3 overall sediment quality for Hg in S3 mgHg/kgDM 0.000

QNiDMS3 overall sediment quality for Ni in S3 mgNi/kgDM 0.000

QPbDMS3 overall sediment quality for Pb in S3 mgPb/kgDM 0.000

QVaDMS3 overall sediment quality for Va in S3 mgVa/kgDM 0.000

QZnDMS3 overall sediment quality for Zn in S3 mgZn/kgDM 0.000

Q153DMS3 overall sediment quality for 153 in S3 mg153/kgDM 0.000

QAtrDMS3 overall sediment quality for Atr in S3 mgAtr/kgDM 0.000

QMefDMS3 overall sediment quality for Mef in S3 mgMef/kgDM 0.000

QDiuDMS3 overall sediment quality for Diu in S3 mgDiu/kgDM 0.000

QBaPDMS3 overall sediment quality for BaP in S3 mgBaP/kgDM 0.000

QOMPDMS3 overall sediment quality for OMP in S3 mgOMP/kgDM 0.000

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Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

QFluDMS3 overall sediment quality for Flu in S3 mgFlu/kgDM 0.000

QHCBDMS3 overall sediment quality for HCB in S3 mgHCB/kgDM 0.000

QHCHDMS3 overall sediment quality for HCH in S3 mgHCH/kgDM 0.000

N-CDetCS2 N:C ratio Detritus S2 gN/gC 0.000

P-CDetCS2 P:C ratio Detritus S2 gP/gC 0.000

S-CDetCS2 Si:C ratio Detritus S2 gSi/gC 0.000

N-COOCS2 N:C ratio Other organics S2 gN/gC 0.000

P-COOCS2 P:C ratio Other organics S2 gP/gC 0.000

S-COOCS2 Si:C ratio Other organics S2 gSi/gC 0.000

FrDetNS3 fraction DetN in layer S3 gN/gDM 0.000

FrDetPS3 fraction DetP in layer S3 gP/gDM 0.000

FrDetSiS3 fraction DetSi in layer S3 gSi/gDM 0.000

FrOONS3 fraction OON in layer S3 gN/gDM 0.000

FrOOPS3 fraction OOP in layer S3 gP/gDM 0.000

FrOOSiS3 fraction OOSi in layer S3 gSi/gDM 0.000

FrAAPS2 fraction AAP in layer S2 gP/gDM 0.000

FrAAPS3 fraction AAP in layer S3 gP/gDM 0.000

ExtVlODS VL extinction by DOC 1/m 0.000

PAConstant Poole-Atkins constant - 1.700

SWTICdummy dummy option for TIC, do not change value - 0.000

NCRatDiatS N:C ratio Diatoms MFB gN/gC 0.160

PCRatDiatS P:C ratio Diatoms MFB gP/gC 0.020

SCRatDiatS Si:C ratio Diatoms MFB gSi/gC 0.490

ku_dSdcC20 upper limit mineralization rate slow detr-C 1/d 0.001

kl_dSdcC20 lower limit mineralization rate slow detr-C 1/d 0.001

ku_dFdcC20 upper limit mineralization rate fast detr-C 1/d 0.180

kl_dFdcC20 lower limit mineralization rate fast detr-C 1/d 0.120

ku_dMdcC20 upper limit mineralization rate medium detr-C 1/d 0.015

kl_dMdcC20 lower limit mineralization rate medium detr-C 1/d 0.015

k_dprdcC20 mineralization rate refr. detritus at 20 ◦C 1/d 0.001

k_DOCdcC20 mineralization rate dissolved detr. at 20 ◦C 1/d 0.000

ku_P5dcC20 upper limit decay rate POC5 at 20 degrees 1/d 0.100

kl_P5dcC20 lower limit decay rate POC5 at 20 degrees 1/d 0.050

nPOC1 coefﬁcient in ﬂocculation function POC1 - 0.000

EnhSedPOC1 salinity enhanced settling factor for POC1 - 1.000

nPOC2 coefﬁcient in ﬂocculation function POC2 - 0.000

EnhSedPOC2 salinity enhanced settling factor for POC2 - 1.000

nPOC3 coefﬁcient in ﬂocculation function POC3 - 0.000

EnhSedPOC3 salinity enhanced settling factor for POC3 - 1.000

nPOC4 coefﬁcient in ﬂocculation function POC4 - 0.000

EnhSedPOC4 salinity enhanced settling factor for POC4 - 1.000

AddDispH Additional horizontal dispersion parameter m2/s 10.000

SWCLim Switch for C limitation 0=inactive 1=active - 0.000

ZGRZMC Minimum input concentration of Zooplank gC/m30.010

MGRZMC Minimum input concentration of Mussel gC/m30.010

G3GRZMC Minimum input conc. of Grazer3 gC/m2∨gC/m30.010

G4GRZMC Minimum input conc. of Grazer4 gC/m2∨gC/m30.010

G5GRZMC Minimum input conc. of Grazer5 gC/m2∨gC/m30.010

nMacrophyt number of macrophyte species - 5.000

HSIEM01 Habitat Suitability Index for EM01 - 0.000

PotEM01 potential biomass for EM01 gC/m20.000

HSISM01 Habitat Suitability Index for SM01 - 0.000

PotSM01 potential biomass for SM01 gC/m20.000

HSIEM02 Habitat Suitability Index for EM02 - 0.000

PotEM02 potential biomass for EM02 gC/m20.000

HSISM02 Habitat Suitability Index for SM02 - 0.000

PotSM02 potential biomass for SM02 gC/m20.000

HSIEM03 Habitat Suitability Index for EM03 - 0.000

PotEM03 potential biomass for EM03 gC/m20.000

HSISM03 Habitat Suitability Index for SM03 - 0.000

PotSM03 potential biomass for SM03 gC/m20.000

HSIEM04 Habitat Suitability Index for EM04 - 0.000

PotEM04 potential biomass for EM04 gC/m20.000

HSISM04 Habitat Suitability Index for SM04 - 0.000

PotSM04 potential biomass for SM04 gC/m20.000

HSIEM05 Habitat Suitability Index for EM05 - 0.000

PotEM05 potential biomass for EM05 gC/m20.000

HSISM05 Habitat Suitability Index for SM05 - 0.000

PotSM05 potential biomass for SM05 gC/m20.000

MaxEM01 maximum biomass for macrophyt emerged 01 gC/m20.000

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Process Description Unit Default

MaxSM01 maximum biomass for macrophyt submerged 01 gC/m20.000

EM01 macrophyt emerged 01 gC/m20.000

EM02 macrophyt emerged 02 gC/m20.000

EM03 macrophyt emerged 03 gC/m20.000

EM04 macrophyt emerged 04 gC/m20.000

EM05 macrophyt emerged 05 gC/m20.000

SM01 macrophyt submerged 01 gC 0.000

SwDisSM01 macrophyt distr. function 1: lin, 2:Exp - 1.000

HmaxSM01 Max Height SM 01 - 1.000

FfacSM01 Form factor lin: F = Mmean/M/Hmax - 1.000

SM02 macrophyt submerged 02 gC/m20.000

SwDisSM02 macrophyt distr. function 1: lin, 2:Exp - 1.000

HmaxSM02 Max Height SM 02 - 1.000

FfacSM02 Form factor lin: F = Mmean/M/Hmax - 1.000

BmLaySM02 Biomass Layer macrophyt submerged 02 gC/m30.000

SM03 macrophyt submerged 03 gC/m20.000

SwDisSM03 macrophyt distr. function 1: lin, 2:Exp - 1.000

HmaxSM03 Max Height SM 03 - 1.000

FfacSM03 Form factor lin: F = Mmean/M/Hmax - 1.000

BmLaySM03 Biomass Layer macrophyt submerged 03 gC/m30.000

SM04 macrophyt submerged 04 gC/m20.000

SwDisSM04 macrophyt distr. function 1: lin, 2:Exp - 1.000

HmaxSM04 Max Height SM 04 - 1.000

FfacSM04 Form factor lin: F = Mmean/M/Hmax - 1.000

BmLaySM04 Biomass Layer macrophyt submerged 04 gC/m30.000

SM05 macrophyt submerged 05 gC/m20.000

SwDisSM05 macrophyt distr. function 1: lin, 2:Exp - 1.000

HmaxSM05 Max Height SM 05 - 1.000

FfacSM05 Form factor lin: F = Mmean/M/Hmax - 1.000

BmLaySM05 Biomass Layer macrophyt submerged 05 gC/m30.000

ExtVlSM01 VL speciﬁc extinction coefﬁcient SM01 m2/gC 0.200

ExtVlSM02 VL speciﬁc extinction coefﬁcient SM02 m2/gC 0.200

ExtVlSM03 VL speciﬁc extinction coefﬁcient SM03 m2/gC 0.200

ExtVlSM04 VL speciﬁc extinction coefﬁcient SM04 m2/gC 0.200

ExtVlSM05 VL speciﬁc extinction coefﬁcient SM05 m2/gC 0.200

ExtUVSM01 UV speciﬁc extinction coefﬁcient SM01 m2/gC 0.200

ExtUVSM02 UV speciﬁc extinction coefﬁcient SM02 m2/gC 0.200

ExtUVSM03 UV speciﬁc extinction coefﬁcient SM03 m2/gC 0.200

ExtUVSM04 UV speciﬁc extinction coefﬁcient SM04 m2/gC 0.200

ExtUVSM05 UV speciﬁc extinction coefﬁcient SM05 m2/gC 0.200

RadSatSM01 total radiation growth saturation SM01 W/m230.000

LimRadSM01 radiation limitation function SM01 <0-1>- 1.000

RadSatSM02 total radiation growth saturation SM02 W/m230.000

LimRadSM02 radiation limitation function SM02 <0-1>- 1.000

RadSatSM03 total radiation growth saturation SM03 W/m230.000

LimRadSM03 radiation limitation function SM03 <0-1>- 1.000

RadSatSM04 total radiation growth saturation SM04 W/m230.000

LimRadSM04 radiation limitation function SM04 <0-1>- 1.000

RadSatSM05 total radiation growth saturation SM05 W/m230.000

LimRadSM05 radiation limitation function SM05 <0-1>- 1.000

RootDeSM01 Rooting depth SM01 m 0.100

PrfNH4SM01 ammonium preferency over nitrate SM01 - 1.000

KMDINSM01W half-saturation value N SM01 in water gN/m30.005

KMPSM01W half-saturation value P SM01 in water gP/m30.001

KMDINSM01B half-saturation value N SM01 in bottom gN/m30.005

KMPSM01B half-saturation value P SM01 in bottom gP/m30.001

LimNutSM01 nutrient limitation function SM01 <0-1>- 1.000

FrootNSM01 fraction root uptake nitrogen SM01 - 0.000

FrootPSM01 fraction root uptake phosphorus SM01 - 0.000

RootDeSM02 Rooting depth SM02 m 0.100

PrfNH4SM02 ammonium preferency over nitrate SM02 - 1.000

KMDINSM02W half-saturation value N SM02 in water gN/m30.005

KMPSM02W half-saturation value P SM02 in water gP/m30.001

KMDINSM02B half-saturation value N SM02 in bottom gN/m30.005

KMPSM02B half-saturation value P SM02 in bottom gP/m30.001

FrootNSM02 fraction root uptake nitrogen SM02 - 0.000

FrootPSM02 fraction root uptake phosphorus SM02 - 0.000

RootDeSM03 Rooting depth SM03 m 0.100

PrfNH4SM03 ammonium preferency over nitrate SM03 - 1.000

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Segment related process input with a default value

Table 10.1 – continued from previous page

Process Description Unit Default

KMDINSM03W half-saturation value N SM03 in water gN/m30.005

KMPSM03W half-saturation value P SM03 in water gP/m30.001

KMDINSM03B half-saturation value N SM03 in bottom gN/m30.005

KMPSM03B half-saturation value P SM03 in bottom gP/m30.001

LimNutSM03 nutrient limitation function SM03 <0-1>- 1.000

FrootNSM03 fraction root uptake nitrogen SM03 - 0.000

FrootPSM03 fraction root uptake phosphorus SM03 - 0.000

RootDeSM04 Rooting depth SM04 m 0.100

PrfNH4SM04 ammonium preferency over nitrate SM04 - 1.000

KMDINSM04W half-saturation value N SM04 in water gN/m30.005

KMPSM04W half-saturation value P SM04 in water gP/m30.001

KMDINSM04B half-saturation value N SM04 in bottom gN/m30.005

KMPSM04B half-saturation value P SM04 in bottom gP/m30.001

LimNutSM04 nutrient limitation function SM04 <0-1>- 1.000

FrootNSM04 fraction root uptake nitrogen SM04 - 0.000

FrootPSM04 fraction root uptake phosphorus SM04 - 0.000

RootDeSM05 Rooting depth SM05 m 0.100

PrfNH4SM05 ammonium preferency over nitrate SM05 - 1.000

KMDINSM05W half-saturation value N SM05 in water gN/m30.005

KMPSM05W half-saturation value P SM05 in water gP/m30.001

KMDINSM05B half-saturation value N SM05 in bottom gN/m30.005

KMPSM05B half-saturation value P SM05 in bottom gP/m30.001

LimNutSM05 nutrient limitation function SM05 <0-1>- 1.000

FrootNSM05 fraction root uptake nitrogen SM05 - 0.000

FrootPSM05 fraction root uptake phosphorus SM05 - 0.000

RH01 macrophyt rhizome 01 gC/m20.000

NRH01 nitrogen content macrophyt rhizome 01 gN/m20.000

PRH01 phosphorus content macrophyt rhizome 01 gP/m20.000

PPmaxEM01 potential growth rate macrophyt emerged 01 1/d 0.000

PPmaxSM01 potential growth rate macrophyt submerged 01 1/d 0.000

EM01thresh threshold biomass EM01 in growth gC/m20.000

SM01thresh threshold biomass SM01 in growth gC/m20.000

RH01min minimal biomass RH01 gC/m20.000

NRH01min minimal NRH01 gN/m20.000

PRH01min minimal PRH01 gP/m20.000

NH4crEM01 critical NH4 conc. macrophyt emerged 01 gN/m30.000

NO3crEM01 critical NO3 conc. macrophyt emerged 01 gN/m30.000

PO4crEM01 critical PO4 conc. macrophyt emerged 01 gN/m30.000

CO2crSM01 critical CO2 conc. macrophyt submerged 01 g/m30.000

MinDLEM01 minimal daylength for growth EM01 d 0.000

OptDLEM01 daylength for growth saturation EM01 d 0.580

MinDLSM01 minimal daylength for growth EM01 d 0.000

OptDLSM01 daylength for growth saturation EM01 d 0.580

TcritEM01 critical temperature for growth EM01 ◦C 0.000

TcPMxEM01 temperature coefﬁcient for growth EM01 - 1.060

TcritSM01 critical temperature for growth SM01 ◦C 0.000

TcPMxSM01 temperature coefﬁcient for growth SM01 - 1.060

K1DecaEM01 ﬁrst order autumn decay rate EM01 1/d 0.000

TcDecaEM01 temperature coefﬁcient for decay EM01 - 1.060

K1DecaSM01 ﬁrst order autumn decay rate SM01 1/d 0.000

TcDecaSM01 temperature coefﬁcient for decay SM01 - 1.060

FrEMtoRH01 fraction EM that becomes RH01 - 0.500

FrSMtoRH01 fraction SM that becomes RH01 - 0.500

NCRatEM01 N:C ratio EM01 gN/gC 0.200

PCRatEM01 P:C ratio EM01 gP/gC 0.020

NCRatSM01 N:C ratio SM01 gN/gC 0.200

PCRatSM01 P:C ratio SM01 gP/gC 0.020

NCRatRH01 N:C ratio RH01 gN/gC 0.200

PCRatRH01 P:C ratio RH01 gP/gC 0.020

FrPOC1EM01 fraction of decay EM01 that becomes POC1 - 1.000

FrPOC2EM01 fraction of decay EM01 that becomes POC2 - 0.000

FrPOC3EM01 fraction of decay EM01 that becomes POC3 - 0.000

FrPOC1SM01 fraction of decay SM01 that becomes POC1 - 1.000

FrPOC2SM01 fraction of decay SM01 that becomes POC2 - 0.000

FrPOC3SM01 fraction of decay SM01 that becomes POC3 - 0.000

dNupSM01 uptake ﬂux nitrogen SM01 gN/m3/d 0.000

dPupSM01 uptake ﬂux phosphorus SM01 gP/m3/d 0.000

dSM01OXY oxygen production SM01 gO/m3/d 0.000

dSM01CO2 CO2 uptake SM01 gO/m3/d 0.000

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Process Description Unit Default

NH4CrSM01 critical NH4 concentration for uptake SM01 gN/m30.010

RH02 macrophyt rhizome 02 gC/m20.000

NRH02 nitrogen content macrophyt rhizome 02 gN/m20.000

PRH02 phosphorus content macrophyt rhizome 02 gP/m20.000

PPmaxEM02 potential growth rate macrophyt emerged 02 1/d 0.000

PPmaxSM02 potential growth rate macrophyt submerged 02 1/d 0.000

EM02thresh threshold biomass EM02 in growth gC/m20.000

SM02thresh threshold biomass SM02 in growth gC/m20.000

RH02min minimal biomass RH02 gC/m20.000

NRH02min minimal NRH02 gN/m20.000

PRH02min minimal PRH02 gP/m20.000

NH4crEM02 critical NH4 conc. macrophyt emerged 02 gN/m30.000

NO3crEM02 critical NO3 conc. macrophyt emerged 02 gN/m30.000

PO4crEM02 critical PO4 conc. macrophyt emerged 02 gN/m30.000

CO2crSM02 critical CO2 conc. macrophyt submerged 02 g/m30.000

MinDLEM02 minimal daylength for growth EM02 d 0.000

OptDLEM02 daylength for growth saturation EM02 d 0.580

MinDLSM02 minimal daylength for growth EM02 d 0.000

OptDLSM02 daylength for growth saturation EM02 d 0.580

TcritEM02 critical temperature for growth EM02 ◦C 0.000

TcPMxEM02 temperature coefﬁcient for growth EM02 - 1.060

TcritSM02 critical temperature for growth SM02 ◦C 0.000

TcPMxSM02 temperature coefﬁcient for growth SM02 - 1.060

K1DecaEM02 ﬁrst order autumn decay rate EM02 1/d 0.000

TcDecaEM02 temperature coefﬁcient for decay EM02 - 1.060

K1DecaSM02 ﬁrst order autumn decay rate SM02 1/d 0.000

TcDecaSM02 temperature coefﬁcient for decay SM02 - 1.060

FrEMtoRH02 fraction EM that becomes RH02 - 0.500

FrSMtoRH02 fraction SM that becomes RH02 - 0.500

NCRatEM02 N:C ratio EM02 gN/gC 0.200

PCRatEM02 P:C ratio EM02 gP/gC 0.020

NCRatSM02 N:C ratio SM02 gN/gC 0.200

PCRatSM02 P:C ratio SM02 gP/gC 0.020

NCRatRH02 N:C ratio RH02 gN/gC 0.200

PCRatRH02 P:C ratio RH02 gP/gC 0.020

FrPOC1EM02 fraction of decay EM02 that becomes POC1 - 1.000

FrPOC2EM02 fraction of decay EM02 that becomes POC2 - 0.000

FrPOC3EM02 fraction of decay EM02 that becomes POC3 - 0.000

FrPOC1SM02 fraction of decay SM02 that becomes POC1 - 1.000

FrPOC2SM02 fraction of decay SM02 that becomes POC2 - 0.000

FrPOC3SM02 fraction of decay SM02 that becomes POC3 - 0.000

dNupSM02 uptake ﬂux nitrogen SM02 gN/m3/d 0.000

dPupSM02 uptake ﬂux phosphorus SM02 gP/m3/d 0.000

dSM02OXY oxygen production SM02 gO/m3/d 0.000

dSM02CO2 CO2 uptake SM02 gO/m3/d 0.000

NH4CrSM02 critical NH4 concentration for uptake SM02 gN/m30.010

RH03 macrophyt rhizome 03 gC/m20.000

NRH03 nitrogen content macrophyt rhizome 03 gN/m20.000

PRH03 phosphorus content macrophyt rhizome 03 gP/m20.000

PPmaxEM03 potential growth rate macrophyt emerged 03 1/d 0.000

PPmaxSM03 potential growth rate macrophyt submerged 03 1/d 0.000

EM03thresh threshold biomass EM03 in growth gC/m20.000

SM03thresh threshold biomass SM03 in growth gC/m20.000

RH03min minimal biomass RH03 gC/m20.000

NRH03min minimal NRH03 gN/m20.000

PRH03min minimal PRH03 gP/m20.000

NH4crEM03 critical NH4 conc. macrophyt emerged 03 gN/m30.000

NO3crEM03 critical NO3 conc. macrophyt emerged 03 gN/m30.000

PO4crEM03 critical PO4 conc. macrophyt emerged 03 gN/m30.000

CO2crSM03 critical CO2 conc. macrophyt submerged 03 g/m30.000

MinDLEM03 minimal daylength for growth EM03 d 0.000

OptDLEM03 daylength for growth saturation EM03 d 0.580

MinDLSM03 minimal daylength for growth EM03 d 0.000

OptDLSM03 daylength for growth saturation EM03 d 0.580

TcritEM03 critical temperature for growth EM03 ◦C 0.000

TcPMxEM03 temperature coefﬁcient for growth EM03 - 1.060

TcritSM03 critical temperature for growth SM03 ◦C 0.000

TcPMxSM03 temperature coefﬁcient for growth SM03 - 1.060

K1DecaEM03 ﬁrst order autumn decay rate EM03 1/d 0.000

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Process Description Unit Default

TcDecaEM03 temperature coefﬁcient for decay EM03 - 1.060

K1DecaSM03 ﬁrst order autumn decay rate SM03 1/d 0.000

TcDecaSM03 temperature coefﬁcient for decay SM03 - 1.060

FrEMtoRH03 fraction EM that becomes RH03 - 0.500

FrSMtoRH03 fraction SM that becomes RH03 - 0.500

NCRatEM03 N:C ratio EM03 gN/gC 0.200

PCRatEM03 P:C ratio EM03 gP/gC 0.020

NCRatSM03 N:C ratio SM03 gN/gC 0.200

PCRatSM03 P:C ratio SM03 gP/gC 0.020

NCRatRH03 N:C ratio RH03 gN/gC 0.200

PCRatRH03 P:C ratio RH03 gP/gC 0.020

FrPOC1EM03 fraction of decay EM03 that becomes POC1 - 1.000

FrPOC2EM03 fraction of decay EM03 that becomes POC2 - 0.000

FrPOC3EM03 fraction of decay EM03 that becomes POC3 - 0.000

FrPOC1SM03 fraction of decay SM03 that becomes POC1 - 1.000

FrPOC2SM03 fraction of decay SM03 that becomes POC2 - 0.000

FrPOC3SM03 fraction of decay SM03 that becomes POC3 - 0.000

dNupSM03 uptake ﬂux nitrogen SM03 gN/m3/d 0.000

dPupSM03 uptake ﬂux phosphorus SM03 gP/m3/d 0.000

NH4CrSM03 critical NH4 concentration for uptake SM03 gN/m30.010

RH04 macrophyt rhizome 04 gC/m20.000

NRH04 nitrogen content macrophyt rhizome 04 gN/m20.000

PRH04 phosphorus content macrophyt rhizome 04 gP/m20.000

PPmaxEM04 potential growth rate macrophyt emerged 04 1/d 0.000

PPmaxSM04 potential growth rate macrophyt submerged 04 1/d 0.000

EM04thresh threshold biomass EM04 in growth gC/m20.000

SM04thresh threshold biomass SM04 in growth gC/m20.000

RH04min minimal biomass RH04 gC/m20.000

NRH04min minimal NRH04 gN/m20.000

PRH04min minimal PRH04 gP/m20.000

NH4crEM04 critical NH4 conc. macrophyt emerged 04 gN/m30.000

NO3crEM04 critical NO3 conc. macrophyt emerged 04 gN/m30.000

PO4crEM04 critical PO4 conc. macrophyt emerged 04 gN/m30.000

CO2crSM04 critical CO2 conc. macrophyt submerged 04 g/m30.000

MinDLEM04 minimal daylength for growth EM04 d 0.000

OptDLEM04 daylength for growth saturation EM04 d 0.580

MinDLSM04 minimal daylength for growth EM04 d 0.000

OptDLSM04 daylength for growth saturation EM04 d 0.580

TcritEM04 critical temperature for growth EM04 ◦C 0.000

TcPMxEM04 temperature coefﬁcient for growth EM04 - 1.060

TcritSM04 critical temperature for growth SM04 ◦C 0.000

TcPMxSM04 temperature coefﬁcient for growth SM04 - 1.060

K1DecaEM04 ﬁrst order autumn decay rate EM04 1/d 0.000

TcDecaEM04 temperature coefﬁcient for decay EM04 - 1.060

K1DecaSM04 ﬁrst order autumn decay rate SM04 1/d 0.000

TcDecaSM04 temperature coefﬁcient for decay SM04 - 1.060

FrEMtoRH04 fraction EM that becomes RH04 - 0.500

FrSMtoRH04 fraction SM that becomes RH04 - 0.500

NCRatEM04 N:C ratio EM04 gN/gC 0.200

PCRatEM04 P:C ratio EM04 gP/gC 0.020

NCRatSM04 N:C ratio SM04 gN/gC 0.200

PCRatSM04 P:C ratio SM04 gP/gC 0.020

NCRatRH04 N:C ratio RH04 gN/gC 0.200

PCRatRH04 P:C ratio RH04 gP/gC 0.020

FrPOC1EM04 fraction of decay EM04 that becomes POC1 - 1.000

FrPOC2EM04 fraction of decay EM04 that becomes POC2 - 0.000

FrPOC3EM04 fraction of decay EM04 that becomes POC3 - 0.000

FrPOC1SM04 fraction of decay SM04 that becomes POC1 - 1.000

FrPOC2SM04 fraction of decay SM04 that becomes POC2 - 0.000

FrPOC3SM04 fraction of decay SM04 that becomes POC3 - 0.000

dNupSM04 uptake ﬂux nitrogen SM04 gN/m3/d 0.000

dPupSM04 uptake ﬂux phosphorus SM04 gP/m3/d 0.000

NH4CrSM04 critical NH4 concentration for uptake SM04 gN/m30.010

RH05 macrophyt rhizome 05 gC/m20.000

NRH05 nitrogen content macrophyt rhizome 05 gN/m20.000

PRH05 phosphorus content macrophyt rhizome 05 gP/m20.000

PPmaxEM05 potential growth rate macrophyt emerged 05 1/d 0.000

PPmaxSM05 potential growth rate macrophyt submerged 05 1/d 0.000

EM05thresh threshold biomass EM05 in growth gC/m20.000

SM05thresh threshold biomass SM05 in growth gC/m20.000

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Table 10.1 – continued from previous page

Process Description Unit Default

RH05min minimal biomass RH05 gC/m20.000

NRH05min minimal NRH05 gN/m20.000

PRH05min minimal PRH05 gP/m20.000

NH4crEM05 critical NH4 conc. macrophyt emerged 05 gN/m30.000

NO3crEM05 critical NO3 conc. macrophyt emerged 05 gN/m30.000

PO4crEM05 critical PO4 conc. macrophyt emerged 05 gN/m30.000

CO2crSM05 critical CO2 conc. macrophyt submerged 05 g/m30.000

MinDLEM05 minimal daylength for growth EM05 d 0.000

OptDLEM05 daylength for growth saturation EM05 d 0.580

MinDLSM05 minimal daylength for growth EM05 d 0.000

OptDLSM05 daylength for growth saturation EM05 d 0.580

TcritEM05 critical temperature for growth EM05 ◦C 0.000

TcPMxEM05 temperature coefﬁcient for growth EM05 - 1.060

TcritSM05 critical temperature for growth SM05 ◦C 0.000

TcPMxSM05 temperature coefﬁcient for growth SM05 - 1.060

K1DecaEM05 ﬁrst order autumn decay rate EM05 1/d 0.000

TcDecaEM05 temperature coefﬁcient for decay EM05 - 1.060

K1DecaSM05 ﬁrst order autumn decay rate SM05 1/d 0.000

TcDecaSM05 temperature coefﬁcient for decay SM05 - 1.060

FrEMtoRH05 fraction EM that becomes RH05 - 0.500

FrSMtoRH05 fraction SM that becomes RH05 - 0.500

NCRatEM05 N:C ratio EM05 gN/gC 0.200

PCRatEM05 P:C ratio EM05 gP/gC 0.020

NCRatSM05 N:C ratio SM05 gN/gC 0.200

PCRatSM05 P:C ratio SM05 gP/gC 0.020

NCRatRH05 N:C ratio RH05 gN/gC 0.200

PCRatRH05 P:C ratio RH05 gP/gC 0.020

FrPOC1EM05 fraction of decay EM05 that becomes POC1 - 1.000

FrPOC2EM05 fraction of decay EM05 that becomes POC2 - 0.000

FrPOC3EM05 fraction of decay EM05 that becomes POC3 - 0.000

FrPOC1SM05 fraction of decay SM05 that becomes POC1 - 1.000

FrPOC2SM05 fraction of decay SM05 that becomes POC2 - 0.000

FrPOC3SM05 fraction of decay SM05 that becomes POC3 - 0.000

dNupSM05 uptake ﬂux nitrogen SM05 gN/m3/d 0.000

dPupSM05 uptake ﬂux phosphorus SM05 gP/m3/d 0.000

NH4CrSM05 critical NH4 concentration for uptake SM05 gN/m30.010

K0GrzEM01 zeroth-order grazing ﬂux macrophyte EM01 gC/(m2d) 0.000

K1GrzEM01 ﬁrst order grazing rate macrophyte EM01 1/d 0.000

K0GrzSM01 zeroth-order grazing ﬂux macrophyte SM01 gC/(m2d) 0.000

K1GrzSM01 ﬁrst order grazing rate macrophyte SM01 1/d 0.000

K0GrzRH01 zeroth-order grazing ﬂux macrophyte RH01 gC/(m2d) 0.000

K1GrzRH01 ﬁrst order grazing rate macrophyte RH01 1/d 0.000

K0GrzEM02 zeroth-order grazing ﬂux macrophyte EM02 gC/(m2d) 0.000

K1GrzEM02 ﬁrst order grazing rate macrophyte EM02 1/d 0.000

K0GrzSM02 zeroth-order grazing ﬂux macrophyte SM02 gC/(m2d) 0.000

K1GrzSM02 ﬁrst order grazing rate macrophyte SM02 1/d 0.000

K0GrzRH02 zeroth-order grazing ﬂux macrophyte RH02 gC/(m2d) 0.000

K1GrzRH02 ﬁrst order grazing rate macrophyte RH02 1/d 0.000

K0GrzEM03 zeroth-order grazing ﬂux macrophyte EM03 gC/(m2d) 0.000

K1GrzEM03 ﬁrst order grazing rate macrophyte EM03 1/d 0.000

K0GrzSM03 zeroth-order grazing ﬂux macrophyte SM03 gC/(m2d) 0.000

K1GrzSM03 ﬁrst order grazing rate macrophyte SM03 1/d 0.000

K0GrzRH03 zeroth-order grazing ﬂux macrophyte RH03 gC/(m2d) 0.000

K1GrzRH03 ﬁrst order grazing rate macrophyte RH03 1/d 0.000

K0GrzEM04 zeroth-order grazing ﬂux macrophyte EM04 gC/(m2d) 0.000

K1GrzEM04 ﬁrst order grazing rate macrophyte EM04 1/d 0.000

K0GrzSM04 zeroth-order grazing ﬂux macrophyte SM04 gC/(m2d) 0.000

K1GrzSM04 ﬁrst order grazing rate macrophyte SM04 1/d 0.000

K0GrzRH04 zeroth-order grazing ﬂux macrophyte RH04 gC/(m2d) 0.000

K1GrzRH04 ﬁrst order grazing rate macrophyte RH04 1/d 0.000

K0GrzEM05 zeroth-order grazing ﬂux macrophyte EM05 gC/(m2d) 0.000

K1GrzEM05 ﬁrst order grazing rate macrophyte EM05 1/d 0.000

K0GrzSM05 zeroth-order grazing ﬂux macrophyte SM05 gC/(m2d) 0.000

K1GrzSM05 ﬁrst order grazing rate macrophyte SM05 1/d 0.000

K0GrzRH05 zeroth-order grazing ﬂux macrophyte RH05 gC/(m2d) 0.000

K1GrzRH05 ﬁrst order grazing rate macrophyte RH05 1/d 0.000

K0HrvEM01 zeroth-order harvesting macrophyte EM01 gC/(m2d) 0.000

K1HrvEM01 ﬁrst order harvesting rate macrophyte EM01 1/d 0.000

K0HrvSM01 zeroth-order harvesting macrophyte SM01 gC/(m2d) 0.000

K1HrvSM01 ﬁrst order harvesting rate macrophyte SM01 1/d 0.000

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Process Description Unit Default

K0HrvRH01 zeroth-order harvesting macrophyte RH01 gC/(m2d) 0.000

K1HrvRH01 ﬁrst order harvesting rate macrophyte RH01 1/d 0.000

K0HrvEM02 zeroth-order harvesting macrophyte EM02 gC/(m2d) 0.000

K1HrvEM02 ﬁrst order harvesting rate macrophyte EM02 1/d 0.000

K0HrvSM02 zeroth-order harvesting macrophyte SM02 gC/(m2d) 0.000

K1HrvSM02 ﬁrst order harvesting rate macrophyte SM02 1/d 0.000

K0HrvRH02 zeroth-order harvesting macrophyte RH02 gC/(m2d) 0.000

K1HrvRH02 ﬁrst order harvesting rate macrophyte RH02 1/d 0.000

K0HrvEM03 zeroth-order harvesting macrophyte EM03 gC/(m2d) 0.000

K1HrvEM03 ﬁrst order harvesting rate macrophyte EM03 1/d 0.000

K0HrvSM03 zeroth-order harvesting macrophyte SM03 gC/(m2d) 0.000

K1HrvSM03 ﬁrst order harvesting rate macrophyte SM03 1/d 0.000

K0HrvRH03 zeroth-order harvesting macrophyte RH03 gC/(m2d) 0.000

K1HrvRH03 ﬁrst order harvesting rate macrophyte RH03 1/d 0.000

K0HrvEM04 zeroth-order harvesting macrophyte EM04 gC/(m2d) 0.000

K1HrvEM04 ﬁrst order harvesting rate macrophyte EM04 1/d 0.000

K0HrvSM04 zeroth-order harvesting macrophyte SM04 gC/(m2d) 0.000

K1HrvSM04 ﬁrst order harvesting rate macrophyte SM04 1/d 0.000

K0HrvRH04 zeroth-order harvesting macrophyte RH04 gC/(m2d) 0.000

K1HrvRH04 ﬁrst order harvesting rate macrophyte RH04 1/d 0.000

K0HrvEM05 zeroth-order harvesting macrophyte EM05 gC/(m2d) 0.000

K1HrvEM05 ﬁrst order harvesting rate macrophyte EM05 1/d 0.000

K0HrvSM05 zeroth-order harvesting macrophyte SM05 gC/(m2d) 0.000

K1HrvSM05 ﬁrst order harvesting rate macrophyte SM05 1/d 0.000

K0HrvRH05 zeroth-order harvesting macrophyte RH05 gC/(m2d) 0.000

K1HrvRH05 ﬁrst order harvesting rate macrophyte RH05 1/d 0.000

M_SwV1 use 0 [ISO-morphs] or 1 [V1-morphs] - 1.000

M_SwBEN Use 0 [pelagic] or 1 [benthic] for DEB Mussel - 1.000

Mussel_E conc energy reserve of DEB Mussel gC/m3∨gC/m20.000

Mussel_R conc gonadal mass of DEB Mussel gC/m3∨gC/m20.000

Mussel_N number of individual DEB Mussel #/m3∨#/m21.000

M_Lref ref length of DEB Mussel only for V1morphs cm 3.000

M_Dummy dummy constant for DEB Mussel - 1.000

M_Vb volume at birth individual DEB Mussel cm30.000

M_Vp volume at start of repro stage ind DEB Mussel cm30.060

M_shape shape coefﬁcient of DEB Mussel - 0.287

M_Em maximum storage density of DEB Mussel J/cm32190.000

M_Eg volume-spec costs for growth of DEB Mussel J/cm31900.000

M_Pm respiration rate constant of DEB Mussel J/d 30.700

M_JXm max ingestion rate of DEB Mussel J/c(m2d) 196.800

M_kappaI ingestion efﬁciency of DEB Mussel - 1.000

M_kappaA assimilation efﬁciency of DEB Mussel - 0.750

M_kappa fraction of energy spent on growth DEB Mussel - 0.700

M_kappaR fraction of energy spent on gonads DEB Mussel - 0.800

M_Ta arrhenius temperature of DEB Mussel K 5800.000

M_Tah arr temp for upper boundary DEB Mussel K 31376.000

M_Tal arr temp for lower boundary DEB Mussel K 45430.000

M_Th upper boundary of tolerance range of DEB Mussel K 296.000

M_Tl lower boundary of tolerance range of DEB Mussel K 275.000

M_GSIupr minimum GSI for spawning of DEB Mussel - 0.280

M_GSIlwr minimum GSI while spawning of DEB Mussel - 0.100

M_DoSpawn indication of spawning of DEB Mussel - 0.000

M_rSpawn spawning rate of DEB Mussel - 0.020

M_MinSTmp minimum temperature for spawning of DEB Mussel ◦C 15.000

M_Xk halfrate const for food of DEB Mussel gC/m30.223

M_Yk halfrate const for TIM of DEB Mussel gC/m3100.000

M_rMor reference mortality rate of DEB Mussel /d 0.005

M_cMor length coefﬁcient harvesting rate DEB Mussel /d 0.000

M_rHrv reference rate of harvesting of DEB Mussel /d 0.000

M_cHrv length coefﬁcient harvesting rate DEB Mussel /d 0.000

M_cEC energy to carbon conversion of DEB Mussel gC/J 0.000

M_cVC volume to carbon conversion of DEB Mussel gC/cm30.048

M_cAFWC AFD weight to carbon conv of DEB Mussel gC/gAFDW 0.400

M_cWWC wetweight to carbon conv of DEB Mussel gC/gWW 0.022

M_TC C:C ratio of DEB Mussel gC/gC 1.000

M_TN N:C ratio of DEB Mussel gN/gC 0.182

M_TP P:C ratio of DEB Mussel gP/gC 0.026

M_TSi Si:C ratio of DEB Mussel Si/gC 0.000

M_FrDetS1 fraction of DEB Mussel detritus into sediment - 1.000

M_SFSusp DEB Mussel pref suspension over deposit feeding - 1.000

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Process Description Unit Default

M_PrDet DEB Mussel preference for DetC or POC1 - 0.000

M_PrDetS1 DEB Mussel preference for DetCS1 - 0.000

M_FFDet Faecal fraction of DetC for DEB Mussel - 0.500

M_FFDetS1 Faecal fraction of DetCS1 for DEB Mussel - 0.500

POSi1 dummy fast detritus silicium gSi/m30.000

F1 Dummy food type 1 gC 0.000

F2 Dummy food type 2 gC 0.000

F3 Dummy food type 3 gC 0.000

F4 Dummy food type 4 gC 0.000

F5 Dummy food type 5 gC 0.000

F6 Dummy food type 6 gC 0.000

F7 Dummy food type 7 gC 0.000

F8 Dummy food type 8 gC 0.000

NCRatF1 N:C ratio Dummy food type 1 gN/gC 0.400

NCRatF2 N:C ratio Dummy food type 2 gN/gC 0.400

NCRatF3 N:C ratio Dummy food type 3 gN/gC 0.400

NCRatF4 N:C ratio Dummy food type 4 gN/gC 0.400

NCRatF5 N:C ratio Dummy food type 5 gN/gC 0.400

NCRatF6 N:C ratio Dummy food type 6 gN/gC 0.400

NCRatF7 N:C ratio Dummy food type 7 gN/gC 0.400

NCRatF8 N:C ratio Dummy food type 8 gN/gC 0.400

PCRatF1 P:C ratio Dummy food type 1 gP/gC 0.020

PCRatF2 P:C ratio Dummy food type 2 gP/gC 0.020

PCRatF3 P:C ratio Dummy food type 3 gP/gC 0.020

PCRatF4 P:C ratio Dummy food type 4 gP/gC 0.020

PCRatF5 P:C ratio Dummy food type 5 gP/gC 0.020

PCRatF6 P:C ratio Dummy food type 6 gP/gC 0.020

PCRatF7 P:C ratio Dummy food type 7 gP/gC 0.020

PCRatF8 P:C ratio Dummy food type 8 gP/gC 0.020

SCRatF1 Si:C ratio Dummy food type 1 gSi/gC 0.000

SCRatF2 Si:C ratio Dummy food type 2 gSi/gC 0.000

SCRatF3 Si:C ratio Dummy food type 3 gSi/gC 0.000

SCRatF4 Si:C ratio Dummy food type 4 gSi/gC 0.000

SCRatF5 Si:C ratio Dummy food type 5 gSi/gC 0.000

SCRatF6 Si:C ratio Dummy food type 6 gSi/gC 0.000

SCRatF7 Si:C ratio Dummy food type 7 gSi/gC 0.000

SCRatF8 Si:C ratio Dummy food type 8 gSi/gC 0.000

M_PrGrn Preference of DEB Mussel for Greens - 1.000

M_PrDiat Preference of DEB Mussel for Diatoms - 1.000

M_PrAlg01 Preference of DEB Mussel for algae type 01 - 1.000

M_PrAlg02 Preference of DEB Mussel for algae type 02 - 1.000

M_PrAlg03 Preference of DEB Mussel for algae type 03 - 1.000

M_PrAlg04 Preference of DEB Mussel for algae type 04 - 1.000

M_PrAlg05 Preference of DEB Mussel for algae type 05 - 1.000

M_PrAlg06 Preference of DEB Mussel for algae type 06 - 1.000

M_PrAlg07 Preference of DEB Mussel for algae type 07 - 1.000

M_PrAlg08 Preference of DEB Mussel for algae type 08 - 1.000

M_PrAlg09 Preference of DEB Mussel for algae type 09 - 1.000

M_PrAlg10 Preference of DEB Mussel for algae type 10 - 1.000

M_PrAlg11 Preference of DEB Mussel for algae type 11 - 1.000

M_PrAlg12 Preference of DEB Mussel for algae type 12 - 1.000

M_PrAlg13 Preference of DEB Mussel for algae type 13 - 1.000

M_PrAlg14 Preference of DEB Mussel for algae type 14 - 1.000

M_PrAlg15 Preference of DEB Mussel for algae type 15 - 1.000

M_PrAlg16 Preference of DEB Mussel for algae type 16 - 1.000

M_PrAlg17 Preference of DEB Mussel for algae type 17 - 1.000

M_PrAlg18 Preference of DEB Mussel for algae type 18 - 1.000

M_PrAlg19 Preference of DEB Mussel for algae type 19 - 1.000

M_PrAlg20 Preference of DEB Mussel for algae type 20 - 1.000

M_PrAlg21 Preference of DEB Mussel for algae type 21 - 1.000

M_PrAlg22 Preference of DEB Mussel for algae type 22 - 1.000

M_PrAlg23 Preference of DEB Mussel for algae type 23 - 1.000

M_PrAlg24 Preference of DEB Mussel for algae type 24 - 1.000

M_PrAlg25 Preference of DEB Mussel for algae type 25 - 1.000

M_PrAlg26 Preference of DEB Mussel for algae type 26 - 1.000

M_PrAlg27 Preference of DEB Mussel for algae type 27 - 1.000

M_PrAlg28 Preference of DEB Mussel for algae type 28 - 1.000

M_PrAlg29 Preference of DEB Mussel for algae type 29 - 1.000

M_PrAlg30 Preference of DEB Mussel for algae type 30 - 1.000

M_Pr1 Preference of DEB Mussel for Dummy Food1 - 0.000

M_Pr2 Preference of DEB Mussel for Dummy Food2 - 0.000

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Process Description Unit Default

M_Pr3 Preference of DEB Mussel for Dummy Food3 - 0.000

M_Pr4 Preference of DEB Mussel for Dummy Food4 - 0.000

M_Pr5 Preference of DEB Mussel for Dummy Food5 - 0.000

M_Pr6 Preference of DEB Mussel for Dummy Food6 - 0.000

M_Pr7 Preference of DEB Mussel for Dummy Food7 - 0.000

M_Pr8 Preference of DEB Mussel for Dummy Food8 - 0.000

BenGrn Use 0 [pelagic] or 1 [benthic] Greens - 0.000

BenDiat Use 0 [pelagic] or 1 [benthic] Diatoms - 0.000

BenAlg01 Use 0 [pelagic] or 1 [benthic] algae type 01 - 0.000

BenAlg02 Use 0 [pelagic] or 1 [benthic] algae type 02 - 0.000

BenAlg03 Use 0 [pelagic] or 1 [benthic] algae type 03 - 0.000

BenAlg04 Use 0 [pelagic] or 1 [benthic] algae type 04 - 0.000

BenAlg05 Use 0 [pelagic] or 1 [benthic] algae type 05 - 0.000

BenAlg06 Use 0 [pelagic] or 1 [benthic] algae type 06 - 0.000

BenAlg07 Use 0 [pelagic] or 1 [benthic] algae type 07 - 0.000

BenAlg08 Use 0 [pelagic] or 1 [benthic] algae type 08 - 0.000

BenAlg09 Use 0 [pelagic] or 1 [benthic] algae type 09 - 0.000

BenAlg10 Use 0 [pelagic] or 1 [benthic] algae type 10 - 0.000

BenAlg11 Use 0 [pelagic] or 1 [benthic] algae type 11 - 0.000

BenAlg12 Use 0 [pelagic] or 1 [benthic] algae type 12 - 0.000

BenAlg13 Use 0 [pelagic] or 1 [benthic] algae type 13 - 0.000

BenAlg14 Use 0 [pelagic] or 1 [benthic] algae type 14 - 0.000

BenAlg15 Use 0 [pelagic] or 1 [benthic] algae type 15 - 0.000

BenAlg16 Use 0 [pelagic] or 1 [benthic] algae type 16 - 0.000

BenAlg17 Use 0 [pelagic] or 1 [benthic] algae type 17 - 0.000

BenAlg18 Use 0 [pelagic] or 1 [benthic] algae type 18 - 0.000

BenAlg19 Use 0 [pelagic] or 1 [benthic] algae type 19 - 0.000

BenAlg20 Use 0 [pelagic] or 1 [benthic] algae type 20 - 0.000

BenAlg21 Use 0 [pelagic] or 1 [benthic] algae type 21 - 0.000

BenAlg22 Use 0 [pelagic] or 1 [benthic] algae type 22 - 0.000

BenAlg23 Use 0 [pelagic] or 1 [benthic] algae type 23 - 0.000

BenAlg24 Use 0 [pelagic] or 1 [benthic] algae type 24 - 0.000

BenAlg25 Use 0 [pelagic] or 1 [benthic] algae type 25 - 0.000

BenAlg26 Use 0 [pelagic] or 1 [benthic] algae type 26 - 0.000

BenAlg27 Use 0 [pelagic] or 1 [benthic] algae type 27 - 0.000

BenAlg28 Use 0 [pelagic] or 1 [benthic] algae type 28 - 0.000

BenAlg29 Use 0 [pelagic] or 1 [benthic] algae type 29 - 0.000

BenAlg30 Use 0 [pelagic] or 1 [benthic] algae type 30 - 0.000

Ben1 Use 0 [pelagic] or 1 [benthic] Dummy Food1 - 1.000

Ben2 Use 0 [pelagic] or 1 [benthic] Dummy Food2 - 1.000

Ben3 Use 0 [pelagic] or 1 [benthic] Dummy Food3 - 1.000

Ben4 Use 0 [pelagic] or 1 [benthic] Dummy Food4 - 1.000

Ben5 Use 0 [pelagic] or 1 [benthic] Dummy Food5 - 1.000

Ben6 Use 0 [pelagic] or 1 [benthic] Dummy Food6 - 1.000

Ben7 Use 0 [pelagic] or 1 [benthic] Dummy Food7 - 1.000

Ben8 Use 0 [pelagic] or 1 [benthic] Dummy Food8 - 1.000

M_FFGrn Faecal fraction Greens for DEB Mussel - 0.500

M_FFDiat Faecal fraction Diatoms for DEB Mussel - 0.500

M_ALGFF01 Faecal fraction Alg01 for DEB Mussel - 0.500

M_ALGFF02 Faecal fraction Alg02 for DEB Mussel - 0.500

M_ALGFF03 Faecal fraction Alg03 for DEB Mussel - 0.500

M_ALGFF04 Faecal fraction Alg04 for DEB Mussel - 0.500

M_ALGFF05 Faecal fraction Alg05 for DEB Mussel - 0.500

M_ALGFF06 Faecal fraction Alg06 for DEB Mussel - 0.500

M_ALGFF07 Faecal fraction Alg07 for DEB Mussel - 0.500

M_ALGFF08 Faecal fraction Alg08 for DEB Mussel - 0.500

M_ALGFF09 Faecal fraction Alg09 for DEB Mussel - 0.500

M_ALGFF10 Faecal fraction Alg10 for DEB Mussel - 0.500

M_ALGFF11 Faecal fraction Alg11 for DEB Mussel - 0.500

M_ALGFF12 Faecal fraction Alg12 for DEB Mussel - 0.500

M_ALGFF13 Faecal fraction Alg13 for DEB Mussel - 0.500

M_ALGFF14 Faecal fraction Alg14 for DEB Mussel - 0.500

M_ALGFF15 Faecal fraction Alg15 for DEB Mussel - 0.500

M_ALGFF16 Faecal fraction Alg16 for DEB Mussel - 0.500

M_ALGFF17 Faecal fraction Alg17 for DEB Mussel - 0.500

M_ALGFF18 Faecal fraction Alg18 for DEB Mussel - 0.500

M_ALGFF19 Faecal fraction Alg19 for DEB Mussel - 0.500

M_ALGFF20 Faecal fraction Alg20 for DEB Mussel - 0.500

M_ALGFF21 Faecal fraction Alg21 for DEB Mussel - 0.500

M_ALGFF22 Faecal fraction Alg22 for DEB Mussel - 0.500

M_ALGFF23 Faecal fraction Alg23 for DEB Mussel - 0.500

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Table 10.1 – continued from previous page

Process Description Unit Default

M_ALGFF24 Faecal fraction Alg24 for DEB Mussel - 0.500

M_ALGFF25 Faecal fraction Alg25 for DEB Mussel - 0.500

M_ALGFF26 Faecal fraction Alg26 for DEB Mussel - 0.500

M_ALGFF27 Faecal fraction Alg27 for DEB Mussel - 0.500

M_ALGFF28 Faecal fraction Alg28 for DEB Mussel - 0.500

M_ALGFF29 Faecal fraction Alg29 for DEB Mussel - 0.500

M_ALGFF30 Faecal fraction Alg30 for DEB Mussel - 0.500

M_FF01 Faecal fraction Dummy Food1 for DEB Mussel - 0.500

M_FF02 Faecal fraction Dummy Food2 for DEB Mussel - 0.500

M_FF03 Faecal fraction Dummy Food3 for DEB Mussel - 0.500

M_FF04 Faecal fraction Dummy Food4 for DEB Mussel - 0.500

M_FF05 Faecal fraction Dummy Food5 for DEB Mussel - 0.500

M_FF06 Faecal fraction Dummy Food6 for DEB Mussel - 0.500

M_FF07 Faecal fraction Dummy Food7 for DEB Mussel - 0.500

M_FF08 Faecal fraction Dummy Food8 for DEB Mussel - 0.500

Z_SwV1 use 0 [ISO-morphs] or 1 [V1-morphs] - 1.000

Z_SwBEN Use 0 [pelagic] or 1 [benthic] for DEB Zoopl - 0.000

Zoopl_E conc energy reserves of DEB Zoopl gC/m3∨gC/m21.000

Zoopl_R conc gonadal biomass of DEB Zoopl gC/m3∨gC/m20.000

Zoopl_N nr of individuals DEB Zooplankton #/m3∨#/m2100000.000

Z_Lref ref length of DEB Zoopl only for V1morphs cm 0.050

Z_Dummy dummy constant for DEB Zooplankton - 1.000

Z_Vb volume at birth of individual DEB Zooplankter cm30.000

Z_Vp volume at start of repro stage ind DEB Zoopl cm30.000

Z_shape shape coefﬁcient of DEB Zooplankton - 0.314

Z_Em maximum storage density of DEB Zooplankton J/cm33347.000

Z_Eg volume-spec costs for growth of DEB Zoopl J/cm33173.000

Z_Pm respiration rate constant of DEB Zooplankton J/d 480.000

Z_JXm max ingestion rate of DEB Zooplankton J/c(m2d) 58.500

Z_kappaI ingestion efﬁciency of DEB Zooplankton - 1.000

Z_kappaA assimilation efﬁciency of DEB Zooplankton - 1.000

Z_kappa fraction of energy spent on growth DEB Zoopl - 0.900

Z_kappaR fraction of energy spent on gonads DEB Zoopl - 0.950

Z_Ta arrhenius temperature of DEB Zooplankton K 8000.000

Z_Tah arr temp for upper boundary DEB Zooplankton K 190000.000

Z_Tal arr temp for lower boundary DEB Zooplankton K 50000.000

Z_Th upper boundary of tolerance range of DEB Zoopl K 400.000

Z_Tl lower boundary of tolerance range of DEB Zoopl K 273.000

Z_GSIupr minimum GSI for spawning of DEB Zooplankton - 0.093

Z_GSIlwr minimum GSI while spawning of DEB Zooplankton - 0.001

Z_DoSpawn indication of spawning of DEB Zooplankton - 0.000

Z_rSpawn spawning rate of DEB Zooplankton - 0.105

Z_MinSTmp minimum temperature for spawning of DEB Zoopl ◦C 10.000

Z_Xk halfrate const for food of DEB Zooplankton gC/m30.040

Z_Yk halfrate const for TIM of DEB Zooplankton gC/m3100000.000

Z_rMor reference mortality rate of DEB Zooplankton /d 0.200

Z_cMor length coefﬁcient harvesting rate DEB Zoopl /d 0.000

Z_rHrv reference rate of harvesting of DEB Zoopl /d 0.000

Z_cHrv length coefﬁcient harvesting rate DEB Zoopl /d 0.000

Z_cEC energy to carbon conversion of DEB Zoopl gC/J 0.000

Z_cVC volume to carbon conversion of DEB Zoopl gC/cm30.060

Z_cAFWC AFD weight to carbon conv of DEB Zoopl gC/gAFDW 0.400

Z_cWWC wetweight to carbon conv of DEB Zoopl gC/gWW 0.005

Z_TC C:C ratio of DEB Zooplankton gC/gC 1.000

Z_TN N:C ratio of DEB Zooplankton gN/gC 0.182

Z_TP P:C ratio of DEB Zooplankton gP/gC 0.026

Z_TSi Si:C ratio of DEB Zooplankton Si/gC 0.000

Z_FrDetS1 fraction of DEB Zoopl detritus into sediment - 0.000

Z_SFSusp DEB Zoopl pref suspension over deposit feeding - 1.000

Z_PrDet DEB Zoopl preference for DetC or POC1 - 0.000

Z_PrDetS1 DEB Zoopl preference for DetCS1 - 0.000

Z_FFDet Faecal fraction of DetC for DEB Zooplankton - 0.500

Z_FFDetS1 Faecal fraction of DetCS1 for DEB Zooplankton - 0.500

Z_PrGrn Preference of DEB Zooplankton for Greens - 1.000

Z_PrDiat Preference of DEB Zooplankton for Diatoms - 1.000

Z_PrAlg01 Preference of DEB Zooplankton for algae type 01 - 0.850

Z_PrAlg02 Preference of DEB Zooplankton for algae type 02 - 0.850

Z_PrAlg03 Preference of DEB Zooplankton for algae type 03 - 0.850

Z_PrAlg04 Preference of DEB Zooplankton for algae type 04 - 0.500

Z_PrAlg05 Preference of DEB Zooplankton for algae type 05 - 0.500

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Process Description Unit Default

Z_PrAlg06 Preference of DEB Zooplankton for algae type 06 - 0.500

Z_PrAlg07 Preference of DEB Zooplankton for algae type 07 - 0.100

Z_PrAlg08 Preference of DEB Zooplankton for algae type 08 - 0.100

Z_PrAlg09 Preference of DEB Zooplankton for algae type 09 - 0.100

Z_PrAlg10 Preference of DEB Zooplankton for algae type 10 - 0.300

Z_PrAlg11 Preference of DEB Zooplankton for algae type 11 - 0.300

Z_PrAlg12 Preference of DEB Zooplankton for algae type 12 - 0.300

Z_PrAlg13 Preference of DEB Zooplankton for algae type 13 - 1.000

Z_PrAlg14 Preference of DEB Zooplankton for algae type 14 - 1.000

Z_PrAlg15 Preference of DEB Zooplankton for algae type 15 - 1.000

Z_PrAlg16 Preference of DEB Zooplankton for algae type 16 - 1.000

Z_PrAlg17 Preference of DEB Zooplankton for algae type 17 - 1.000

Z_PrAlg18 Preference of DEB Zooplankton for algae type 18 - 1.000

Z_PrAlg19 Preference of DEB Zooplankton for algae type 19 - 1.000

Z_PrAlg20 Preference of DEB Zooplankton for algae type 20 - 1.000

Z_PrAlg21 Preference of DEB Zooplankton for algae type 21 - 1.000

Z_PrAlg22 Preference of DEB Zooplankton for algae type 22 - 1.000

Z_PrAlg23 Preference of DEB Zooplankton for algae type 23 - 1.000

Z_PrAlg24 Preference of DEB Zooplankton for algae type 24 - 1.000

Z_PrAlg25 Preference of DEB Zooplankton for algae type 25 - 1.000

Z_PrAlg26 Preference of DEB Zooplankton for algae type 26 - 1.000

Z_PrAlg27 Preference of DEB Zooplankton for algae type 27 - 1.000

Z_PrAlg28 Preference of DEB Zooplankton for algae type 28 - 1.000

Z_PrAlg29 Preference of DEB Zooplankton for algae type 29 - 1.000

Z_PrAlg30 Preference of DEB Zooplankton for algae type 30 - 1.000

Z_Pr1 Preference of DEB Zooplankton for Dummy Food1 - 0.000

Z_Pr2 Preference of DEB Zooplankton for Dummy Food2 - 0.000

Z_Pr3 Preference of DEB Zooplankton for Dummy Food3 - 0.000

Z_Pr4 Preference of DEB Zooplankton for Dummy Food4 - 0.000

Z_Pr5 Preference of DEB Zooplankton for Dummy Food5 - 0.000

Z_Pr6 Preference of DEB Zooplankton for Dummy Food6 - 0.000

Z_Pr7 Preference of DEB Zooplankton for Dummy Food7 - 0.000

Z_Pr8 Preference of DEB Zooplankton for Dummy Food8 - 0.000

Z_FFGrn Faecal fraction Greens for DEB Zooplankton - 0.500

Z_FFDiat Faecal fraction Diatoms for DEB Zooplankton - 0.500

Z_ALGFF01 Faecal fraction Alg01 for DEB Zooplankton - 0.500

Z_ALGFF02 Faecal fraction Alg02 for DEB Zooplankton - 0.500

Z_ALGFF03 Faecal fraction Alg03 for DEB Zooplankton - 0.500

Z_ALGFF04 Faecal fraction Alg04 for DEB Zooplankton - 0.500

Z_ALGFF05 Faecal fraction Alg05 for DEB Zooplankton - 0.500

Z_ALGFF06 Faecal fraction Alg06 for DEB Zooplankton - 0.500

Z_ALGFF07 Faecal fraction Alg07 for DEB Zooplankton - 0.500

Z_ALGFF08 Faecal fraction Alg08 for DEB Zooplankton - 0.500

Z_ALGFF09 Faecal fraction Alg09 for DEB Zooplankton - 0.500

Z_ALGFF10 Faecal fraction Alg10 for DEB Zooplankton - 0.500

Z_ALGFF11 Faecal fraction Alg11 for DEB Zooplankton - 0.500

Z_ALGFF12 Faecal fraction Alg12 for DEB Zooplankton - 0.500

Z_ALGFF13 Faecal fraction Alg13 for DEB Zooplankton - 0.500

Z_ALGFF14 Faecal fraction Alg14 for DEB Zooplankton - 0.500

Z_ALGFF15 Faecal fraction Alg15 for DEB Zooplankton - 0.500

Z_ALGFF16 Faecal fraction Alg16 for DEB Zooplankton - 0.500

Z_ALGFF17 Faecal fraction Alg17 for DEB Zooplankton - 0.500

Z_ALGFF18 Faecal fraction Alg18 for DEB Zooplankton - 0.500

Z_ALGFF19 Faecal fraction Alg19 for DEB Zooplankton - 0.500

Z_ALGFF20 Faecal fraction Alg20 for DEB Zooplankton - 0.500

Z_ALGFF21 Faecal fraction Alg21 for DEB Zooplankton - 0.500

Z_ALGFF22 Faecal fraction Alg22 for DEB Zooplankton - 0.500

Z_ALGFF23 Faecal fraction Alg23 for DEB Zooplankton - 0.500

Z_ALGFF24 Faecal fraction Alg24 for DEB Zooplankton - 0.500

Z_ALGFF25 Faecal fraction Alg25 for DEB Zooplankton - 0.500

Z_ALGFF26 Faecal fraction Alg26 for DEB Zooplankton - 0.500

Z_ALGFF27 Faecal fraction Alg27 for DEB Zooplankton - 0.500

Z_ALGFF28 Faecal fraction Alg28 for DEB Zooplankton - 0.500

Z_ALGFF29 Faecal fraction Alg29 for DEB Zooplankton - 0.500

Z_ALGFF30 Faecal fraction Alg30 for DEB Zooplankton - 0.500

Z_FF01 Faecal fraction Dummy Food1 for DEB Zoopl - 0.500

Z_FF02 Faecal fraction Dummy Food2 for DEB Zoopl - 0.500

Z_FF03 Faecal fraction Dummy Food3 for DEB Zoopl - 0.500

Z_FF04 Faecal fraction Dummy Food4 for DEB Zoopl - 0.500

Z_FF05 Faecal fraction Dummy Food5 for DEB Zoopl - 0.500

Z_FF06 Faecal fraction Dummy Food6 for DEB Zoopl - 0.500

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Table 10.1 – continued from previous page

Process Description Unit Default

Z_FF07 Faecal fraction Dummy Food7 for DEB Zoopl - 0.500

Z_FF08 Faecal fraction Dummy Food8 for DEB Zoopl - 0.500

G3_SwV1 use 0 [ISO-morphs] or 1 [V1-morphs] - 0.000

G3_SwBEN Use 0 [pelagic] or 1 [benthic] for DEB Grazer3 - 2.000

Grazer3_V conc struct biomass of DEB Grazer3 gC/m3∨gC/m20.003

Grazer3_E conc energy reserve of DEB Grazer3 gC/m3∨gC/m21.000

Grazer3_R conc gonadal mass of DEB Grazer3 gC/m3∨gC/m20.000

Grazer3_N number of individuals DEB Grazer3 #/m3∨#/m21.000

G3_Lref ref length of DEB Grazer3 only for V1morphs cm 0.100

G3_Dummy dummy constant for DEB Grazer3 - 0.000

G3_Vb volume at birth of individual DEB Grazer3 cm30.000

G3_Vp volume at start of repr stage ind DEB Grazer3 cm30.060

G3_shape shape coefﬁcient of DEB Grazer3 - 0.287

G3_Em maximum storage density of DEB Grazer3 J/cm32190.000

G3_Eg volume-spec costs for growth of DEB Grazer3 J/cm31900.000

G3_Pm respiration rate constant of DEB Grazer3 J/d 30.700

G3_JXm max ingestion rate of DEB Grazer3 J/c(m2d) 196.800

G3_kappaI ingestion efﬁciency of DEB Grazer3 - 1.000

G3_kappaA assimilation efﬁciency of DEB Grazer3 - 0.750

G3_kappa fraction of energy spent on growth DEB Grazer3 - 0.700

G3_kappaR fraction of energy spent on gonads DEB Grazer3 - 0.800

G3_Ta arrhenius temperature of DEB Grazer3 K 5800.000

G3_Tah arr temp for upper boundary DEB Grazer3 K 31376.000

G3_Tal arr temp for lower boundary DEB Grazer3 K 45430.000

G3_Th upper boundary of tol range of DEB Grazer3 K 296.000

G3_Tl lower boundary of tol range of DEB Grazer3 K 275.000

G3_GSIupr minimum GSI for spawning of DEB Grazer3 - 0.280

G3_GSIlwr minimum GSI while spawning of DEB Grazer3 - 0.100

G3_DoSpawn indication of spawning of DEB Grazer3 - 0.000

G3_rSpawn spawning rate of DEB Grazer3 - 0.020

G3_MinSTmp minimum temp for spawning of DEB Grazer3 ◦C 15.000

G3_Xk halfrate const for food of DEB Grazer3 gC/m30.223

G3_Yk halfrate const for TIM of DEB Grazer3 gC/m3100.000

G3_rMor reference mortality rate of DEB Grazer3 /d 0.000

G3_cMor length coefﬁcient harvesting rate DEB Grazer3 /d 0.000

G3_rHrv reference rate of harvesting of DEB Grazer3 /d 0.000

G3_cHrv length coefﬁcient harvesting rate DEB Grazer3 /d 0.000

G3_cEC energy to carbon conversion of DEB Grazer3 gC/J 0.000

G3_cVC volume to carbon conversion of DEB Grazer3 gC/cm30.048

G3_cAFWC AFD weight to carbon conv of DEB Grazer3 gC/gAFDW 0.400

G3_cWWC wetweight to carbon conv of DEB Grazer3 gC/gWW 0.022

G3_TC C:C ratio of DEB Grazer3 gC/gC 1.000

G3_TN N:C ratio of DEB Grazer3 gN/gC 0.182

G3_TP P:C ratio of DEB Grazer3 gP/gC 0.026

G3_TSi Si:C ratio of DEB Grazer3 Si/gC 0.000

G3_FrDetS1 fraction of DEB Grazer3 detritus into sediment - 1.000

G3_SFSusp DEB Grazer3 pref suspension over deposit feedin - 1.000

G3_PrDet DEB Grazer3 preference for DetC or POC1 - 0.000

G3_PrDetS1 DEB Grazer3 preference for DetCS1 - 0.000

G3_FFDet Faecal fraction of DetC for DEB Grazer3 - 0.500

G3_FFDetS1 Faecal fraction of DetCS1 for DEB Grazer3 - 0.500

G3_PrGrn Preference of DEB Grazer3 for Greens - 1.000

G3_PrDiat Preference of DEB Grazer3 for Diatoms - 1.000

G3_PrAlg01 Preference of DEB Grazer3 for algae type 01 - 1.000

G3_PrAlg02 Preference of DEB Grazer3 for algae type 02 - 1.000

G3_PrAlg03 Preference of DEB Grazer3 for algae type 03 - 1.000

G3_PrAlg04 Preference of DEB Grazer3 for algae type 04 - 1.000

G3_PrAlg05 Preference of DEB Grazer3 for algae type 05 - 1.000

G3_PrAlg06 Preference of DEB Grazer3 for algae type 06 - 1.000

G3_PrAlg07 Preference of DEB Grazer3 for algae type 07 - 1.000

G3_PrAlg08 Preference of DEB Grazer3 for algae type 08 - 1.000

G3_PrAlg09 Preference of DEB Grazer3 for algae type 09 - 1.000

G3_PrAlg10 Preference of DEB Grazer3 for algae type 10 - 1.000

G3_PrAlg11 Preference of DEB Grazer3 for algae type 11 - 1.000

G3_PrAlg12 Preference of DEB Grazer3 for algae type 12 - 1.000

G3_PrAlg13 Preference of DEB Grazer3 for algae type 13 - 1.000

G3_PrAlg14 Preference of DEB Grazer3 for algae type 14 - 1.000

G3_PrAlg15 Preference of DEB Grazer3 for algae type 15 - 1.000

G3_PrAlg16 Preference of DEB Grazer3 for algae type 16 - 1.000

G3_PrAlg17 Preference of DEB Grazer3 for algae type 17 - 1.000

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Process Description Unit Default

G3_PrAlg18 Preference of DEB Grazer3 for algae type 18 - 1.000

G3_PrAlg19 Preference of DEB Grazer3 for algae type 19 - 1.000

G3_PrAlg20 Preference of DEB Grazer3 for algae type 20 - 1.000

G3_PrAlg21 Preference of DEB Grazer3 for algae type 21 - 1.000

G3_PrAlg22 Preference of DEB Grazer3 for algae type 22 - 1.000

G3_PrAlg23 Preference of DEB Grazer3 for algae type 23 - 1.000

G3_PrAlg24 Preference of DEB Grazer3 for algae type 24 - 1.000

G3_PrAlg25 Preference of DEB Grazer3 for algae type 25 - 1.000

G3_PrAlg26 Preference of DEB Grazer3 for algae type 26 - 1.000

G3_PrAlg27 Preference of DEB Grazer3 for algae type 27 - 1.000

G3_PrAlg28 Preference of DEB Grazer3 for algae type 28 - 1.000

G3_PrAlg29 Preference of DEB Grazer3 for algae type 29 - 1.000

G3_PrAlg30 Preference of DEB Grazer3 for algae type 30 - 1.000

G3_Pr1 Preference of DEB Grazer3 for Dummy Food1 - 0.000

G3_Pr2 Preference of DEB Grazer3 for Dummy Food2 - 0.000

G3_Pr3 Preference of DEB Grazer3 for Dummy Food3 - 0.000

G3_Pr4 Preference of DEB Grazer3 for Dummy Food4 - 0.000

G3_Pr5 Preference of DEB Grazer3 for Dummy Food5 - 0.000

G3_Pr6 Preference of DEB Grazer3 for Dummy Food6 - 0.000

G3_Pr7 Preference of DEB Grazer3 for Dummy Food7 - 0.000

G3_Pr8 Preference of DEB Grazer3 for Dummy Food8 - 0.000

G3_FFGrn Faecal fraction Greens for DEB Grazer3 - 0.500

G3_FFDiat Faecal fraction Diatoms for DEB Grazer3 - 0.500

G3_ALGFF01 Faecal fraction Alg01 for DEB Grazer3 - 0.500

G3_ALGFF02 Faecal fraction Alg02 for DEB Grazer3 - 0.500

G3_ALGFF03 Faecal fraction Alg03 for DEB Grazer3 - 0.500

G3_ALGFF04 Faecal fraction Alg04 for DEB Grazer3 - 0.500

G3_ALGFF05 Faecal fraction Alg05 for DEB Grazer3 - 0.500

G3_ALGFF06 Faecal fraction Alg06 for DEB Grazer3 - 0.500

G3_ALGFF07 Faecal fraction Alg07 for DEB Grazer3 - 0.500

G3_ALGFF08 Faecal fraction Alg08 for DEB Grazer3 - 0.500

G3_ALGFF09 Faecal fraction Alg09 for DEB Grazer3 - 0.500

G3_ALGFF10 Faecal fraction Alg10 for DEB Grazer3 - 0.500

G3_ALGFF11 Faecal fraction Alg11 for DEB Grazer3 - 0.500

G3_ALGFF12 Faecal fraction Alg12 for DEB Grazer3 - 0.500

G3_ALGFF13 Faecal fraction Alg13 for DEB Grazer3 - 0.500

G3_ALGFF14 Faecal fraction Alg14 for DEB Grazer3 - 0.500

G3_ALGFF15 Faecal fraction Alg15 for DEB Grazer3 - 0.500

G3_ALGFF16 Faecal fraction Alg16 for DEB Grazer3 - 0.500

G3_ALGFF17 Faecal fraction Alg17 for DEB Grazer3 - 0.500

G3_ALGFF18 Faecal fraction Alg18 for DEB Grazer3 - 0.500

G3_ALGFF19 Faecal fraction Alg19 for DEB Grazer3 - 0.500

G3_ALGFF20 Faecal fraction Alg20 for DEB Grazer3 - 0.500

G3_ALGFF21 Faecal fraction Alg21 for DEB Grazer3 - 0.500

G3_ALGFF22 Faecal fraction Alg22 for DEB Grazer3 - 0.500

G3_ALGFF23 Faecal fraction Alg23 for DEB Grazer3 - 0.500

G3_ALGFF24 Faecal fraction Alg24 for DEB Grazer3 - 0.500

G3_ALGFF25 Faecal fraction Alg25 for DEB Grazer3 - 0.500

G3_ALGFF26 Faecal fraction Alg26 for DEB Grazer3 - 0.500

G3_ALGFF27 Faecal fraction Alg27 for DEB Grazer3 - 0.500

G3_ALGFF28 Faecal fraction Alg28 for DEB Grazer3 - 0.500

G3_ALGFF29 Faecal fraction Alg29 for DEB Grazer3 - 0.500

G3_ALGFF30 Faecal fraction Alg30 for DEB Grazer3 - 0.500

G3_FF01 Faecal fraction Dummy Food1 for DEB Grazer3 - 0.500

G3_FF02 Faecal fraction Dummy Food2 for DEB Grazer3 - 0.500

G3_FF03 Faecal fraction Dummy Food3 for DEB Grazer3 - 0.500

G3_FF04 Faecal fraction Dummy Food4 for DEB Grazer3 - 0.500

G3_FF05 Faecal fraction Dummy Food5 for DEB Grazer3 - 0.500

G3_FF06 Faecal fraction Dummy Food6 for DEB Grazer3 - 0.500

G3_FF07 Faecal fraction Dummy Food7 for DEB Grazer3 - 0.500

G3_FF08 Faecal fraction Dummy Food8 for DEB Grazer3 - 0.500

G4_SwV1 use 0 [ISO-morphs] or 1 [V1-morphs] - 0.000

G4_SwBEN Use 0 [pelagic] or 1 [benthic] for DEB Grazer4 - 2.000

Grazer4_V conc struct biomass of DEB Grazer4 gC/m3∨gC/m20.190

Grazer4_E conc energy reserve of DEB Grazer4 gC/m3∨gC/m21.000

Grazer4_R conc gonadal mass of DEB Grazer4 gC/m3∨gC/m20.000

Grazer4_N number of individuals DEB Grazer4 #/m3∨#/m21.000

G4_Lref ref length of DEB Grazer4 only for V1morphs cm 0.100

G4_Dummy dummy constant for DEB Grazer4 - 1.000

G4_Vb volume at birth of individual DEB Grazer4 cm30.000

G4_Vp volume at start of repr stage ind DEB Grazer4 cm30.060

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Processes Library Tables, Technical Reference Manual

Table 10.1 – continued from previous page

Process Description Unit Default

G4_shape shape coefﬁcient of DEB Grazer4 - 0.287

G4_Em maximum storage density of DEB Grazer4 J/cm32190.000

G4_Eg volume-spec costs for growth of DEB Grazer4 J/cm31900.000

G4_Pm respiration rate constant of DEB Grazer4 J/d 30.700

G4_JXm max ingestion rate of DEB Grazer4 J/c(m2d) 196.800

G4_kappaI ingestion efﬁciency of DEB Grazer4 - 1.000

G4_kappaA assimilation efﬁciency of DEB Grazer4 - 0.750

G4_kappa fraction of energy spent on growth DEB Grazer4 - 0.700

G4_kappaR fraction of energy spent on gonads DEB Grazer4 - 0.800

G4_Ta arrhenius temperature of DEB Grazer4 K 5800.000

G4_Tah arr temp for upper boundary DEB Grazer4 K 31376.000

G4_Tal arr temp for lower boundary DEB Grazer4 K 45430.000

G4_Th upper boundary of tol range of DEB Grazer4 K 296.000

G4_Tl lower boundary of tol range of DEB Grazer4 K 275.000

G4_GSIupr minimum GSI for spawning of DEB Grazer4 - 0.280

G4_GSIlwr minimum GSI while spawning of DEB Grazer4 - 0.100

G4_DoSpawn indication of spawning of DEB Grazer4 - 0.000

G4_rSpawn spawning rate of DEB Grazer4 - 0.020

G4_MinSTmp minimum temp for spawning of DEB Grazer4 ◦C 15.000

G4_Xk halfrate const for food of DEB Grazer4 gC/m30.223

G4_Yk halfrate const for TIM of DEB Grazer4 gC/m3100.000

G4_rMor reference mortality rate of DEB Grazer4 /d 0.000

G4_cMor length coefﬁcient harvesting rate DEB Grazer4 /d 0.000

G4_rHrv reference rate of harvesting of DEB Grazer4 /d 0.000

G4_cHrv length coefﬁcient harvesting rate DEB Grazer4 /d 0.000

G4_cEC energy to carbon conversion of DEB Grazer4 gC/J 0.000

G4_cVC volume to carbon conversion of DEB Grazer4 gC/cm30.048

G4_cAFWC AFD weight to carbon conv of DEB Grazer4 gC/gAFDW 0.400

G4_cWWC wetweight to carbon conv of DEB Grazer4 gC/gWW 0.022

G4_TC C:C ratio of DEB Grazer4 gC/gC 1.000

G4_TN N:C ratio of DEB Grazer4 gN/gC 0.182

G4_TP P:C ratio of DEB Grazer4 gP/gC 0.026

G4_TSi Si:C ratio of DEB Grazer4 Si/gC 0.000

G4_FrDetS1 fraction of DEB Grazer4 detritus into sediment - 1.000

G4_SFSusp DEB Grazer4 pref suspension over deposit feedin - 1.000

G4_PrDet DEB Grazer4 preference for DetC or POC1 - 0.000

G4_PrDetS1 DEB Grazer4 preference for DetCS1 - 0.000

G4_FFDet Faecal fraction of DetC for DEB Grazer4 - 0.500

G4_FFDetS1 Faecal fraction of DetCS1 for DEB Grazer4 - 0.500

G4_PrGrn Preference of DEB Grazer4 for Greens - 1.000

G4_PrDiat Preference of DEB Grazer4 for Diatoms - 1.000

G4_PrAlg01 Preference of DEB Grazer4 for algae type 01 - 1.000

G4_PrAlg02 Preference of DEB Grazer4 for algae type 02 - 1.000

G4_PrAlg03 Preference of DEB Grazer4 for algae type 03 - 1.000

G4_PrAlg04 Preference of DEB Grazer4 for algae type 04 - 1.000

G4_PrAlg05 Preference of DEB Grazer4 for algae type 05 - 1.000

G4_PrAlg06 Preference of DEB Grazer4 for algae type 06 - 1.000

G4_PrAlg07 Preference of DEB Grazer4 for algae type 07 - 1.000

G4_PrAlg08 Preference of DEB Grazer4 for algae type 08 - 1.000

G4_PrAlg09 Preference of DEB Grazer4 for algae type 09 - 1.000

G4_PrAlg10 Preference of DEB Grazer4 for algae type 10 - 1.000

G4_PrAlg11 Preference of DEB Grazer4 for algae type 11 - 1.000

G4_PrAlg12 Preference of DEB Grazer4 for algae type 12 - 1.000

G4_PrAlg13 Preference of DEB Grazer4 for algae type 13 - 1.000

G4_PrAlg14 Preference of DEB Grazer4 for algae type 14 - 1.000

G4_PrAlg15 Preference of DEB Grazer4 for algae type 15 - 1.000

G4_PrAlg16 Preference of DEB Grazer4 for algae type 16 - 1.000

G4_PrAlg17 Preference of DEB Grazer4 for algae type 17 - 1.000

G4_PrAlg18 Preference of DEB Grazer4 for algae type 18 - 1.000

G4_PrAlg19 Preference of DEB Grazer4 for algae type 19 - 1.000

G4_PrAlg20 Preference of DEB Grazer4 for algae type 20 - 1.000

G4_PrAlg21 Preference of DEB Grazer4 for algae type 21 - 1.000

G4_PrAlg22 Preference of DEB Grazer4 for algae type 22 - 1.000

G4_PrAlg23 Preference of DEB Grazer4 for algae type 23 - 1.000

G4_PrAlg24 Preference of DEB Grazer4 for algae type 24 - 1.000

G4_PrAlg25 Preference of DEB Grazer4 for algae type 25 - 1.000

G4_PrAlg26 Preference of DEB Grazer4 for algae type 26 - 1.000

G4_PrAlg27 Preference of DEB Grazer4 for algae type 27 - 1.000

G4_PrAlg28 Preference of DEB Grazer4 for algae type 28 - 1.000

G4_PrAlg29 Preference of DEB Grazer4 for algae type 29 - 1.000

G4_PrAlg30 Preference of DEB Grazer4 for algae type 30 - 1.000

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Table 10.1 – continued from previous page

Process Description Unit Default

G4_Pr1 Preference of DEB Grazer4 for Dummy Food1 - 0.000

G4_Pr2 Preference of DEB Grazer4 for Dummy Food2 - 0.000

G4_Pr3 Preference of DEB Grazer4 for Dummy Food3 - 0.000

G4_Pr4 Preference of DEB Grazer4 for Dummy Food4 - 0.000

G4_Pr5 Preference of DEB Grazer4 for Dummy Food5 - 0.000

G4_Pr6 Preference of DEB Grazer4 for Dummy Food6 - 0.000

G4_Pr7 Preference of DEB Grazer4 for Dummy Food7 - 0.000

G4_Pr8 Preference of DEB Grazer4 for Dummy Food8 - 0.000

G4_FFGrn Faecal fraction Greens for DEB Grazer4 - 0.500

G4_FFDiat Faecal fraction Diatoms for DEB Grazer4 - 0.500

G4_ALGFF01 Faecal fraction Alg01 for DEB Grazer4 - 0.500

G4_ALGFF02 Faecal fraction Alg02 for DEB Grazer4 - 0.500

G4_ALGFF03 Faecal fraction Alg03 for DEB Grazer4 - 0.500

G4_ALGFF04 Faecal fraction Alg04 for DEB Grazer4 - 0.500

G4_ALGFF05 Faecal fraction Alg05 for DEB Grazer4 - 0.500

G4_ALGFF06 Faecal fraction Alg06 for DEB Grazer4 - 0.500

G4_ALGFF07 Faecal fraction Alg07 for DEB Grazer4 - 0.500

G4_ALGFF08 Faecal fraction Alg08 for DEB Grazer4 - 0.500

G4_ALGFF09 Faecal fraction Alg09 for DEB Grazer4 - 0.500

G4_ALGFF10 Faecal fraction Alg10 for DEB Grazer4 - 0.500

G4_ALGFF11 Faecal fraction Alg11 for DEB Grazer4 - 0.500

G4_ALGFF12 Faecal fraction Alg12 for DEB Grazer4 - 0.500

G4_ALGFF13 Faecal fraction Alg13 for DEB Grazer4 - 0.500

G4_ALGFF14 Faecal fraction Alg14 for DEB Grazer4 - 0.500

G4_ALGFF15 Faecal fraction Alg15 for DEB Grazer4 - 0.500

G4_ALGFF16 Faecal fraction Alg16 for DEB Grazer4 - 0.500

G4_ALGFF17 Faecal fraction Alg17 for DEB Grazer4 - 0.500

G4_ALGFF18 Faecal fraction Alg18 for DEB Grazer4 - 0.500

G4_ALGFF19 Faecal fraction Alg19 for DEB Grazer4 - 0.500

G4_ALGFF20 Faecal fraction Alg20 for DEB Grazer4 - 0.500

G4_ALGFF21 Faecal fraction Alg21 for DEB Grazer4 - 0.500

G4_ALGFF22 Faecal fraction Alg22 for DEB Grazer4 - 0.500

G4_ALGFF23 Faecal fraction Alg23 for DEB Grazer4 - 0.500

G4_ALGFF24 Faecal fraction Alg24 for DEB Grazer4 - 0.500

G4_ALGFF25 Faecal fraction Alg25 for DEB Grazer4 - 0.500

G4_ALGFF26 Faecal fraction Alg26 for DEB Grazer4 - 0.500

G4_ALGFF27 Faecal fraction Alg27 for DEB Grazer4 - 0.500

G4_ALGFF28 Faecal fraction Alg28 for DEB Grazer4 - 0.500

G4_ALGFF29 Faecal fraction Alg29 for DEB Grazer4 - 0.500

G4_ALGFF30 Faecal fraction Alg30 for DEB Grazer4 - 0.500

G4_FF01 Faecal fraction Dummy Food1 for DEB Grazer4 - 0.500

G4_FF02 Faecal fraction Dummy Food2 for DEB Grazer4 - 0.500

G4_FF03 Faecal fraction Dummy Food3 for DEB Grazer4 - 0.500

G4_FF04 Faecal fraction Dummy Food4 for DEB Grazer4 - 0.500

G4_FF05 Faecal fraction Dummy Food5 for DEB Grazer4 - 0.500

G4_FF06 Faecal fraction Dummy Food6 for DEB Grazer4 - 0.500

G4_FF07 Faecal fraction Dummy Food7 for DEB Grazer4 - 0.500

G4_FF08 Faecal fraction Dummy Food8 for DEB Grazer4 - 0.500

G5_SwV1 use 0 [ISO-morphs] or 1 [V1-morphs] - 0.000

G5_SwBEN Use 0 [pelagic] or 1 [benthic] for DEB Grazer5 - 2.000

Grazer5_V conc struct biomass of DEB Grazer5 gC/m3∨gC/m21.510

Grazer5_E conc energy reserve of DEB Grazer5 gC/m3∨gC/m21.000

Grazer5_R conc gonadal mass of DEB Grazer5 gC/m3∨gC/m20.000

Grazer5_N number of individuals DEB Grazer5 #/m3∨#/m21.000

G5_Lref ref length of DEB Grazer5 only for V1morphs cm 0.100

G5_Dummy dummy constant for DEB Grazer5 - 0.000

G5_Vb volume at birth of individual DEB Grazer5 cm30.000

G5_Vp volume at start of repr stage ind DEB Grazer5 cm30.060

G5_shape shape coefﬁcient of DEB Grazer5 - 0.287

G5_Em maximum storage density of DEB Grazer5 J/cm32190.000

G5_Eg volume-spec costs for growth of DEB Grazer5 J/cm31900.000

G5_Pm respiration rate constant of DEB Grazer5 J/d 30.700

G5_JXm max ingestion rate of DEB Grazer5 J/c(m2d) 196.800

G5_kappaI ingestion efﬁciency of DEB Grazer5 - 1.000

G5_kappaA assimilation efﬁciency of DEB Grazer5 - 0.750

G5_kappa fraction of energy spent on growth DEB Grazer5 - 0.700

G5_kappaR fraction of energy spent on gonads DEB Grazer5 - 0.800

G5_Ta arrhenius temperature of DEB Grazer5 K 5800.000

G5_Tah arr temp for upper boundary DEB Grazer5 K 31376.000

G5_Tal arr temp for lower boundary DEB Grazer5 K 45430.000

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Table 10.1 – continued from previous page

Process Description Unit Default

G5_Th upper boundary of tol range of DEB Grazer5 K 296.000

G5_Tl lower boundary of tol range of DEB Grazer5 K 275.000

G5_GSIupr minimum GSI for spawning of DEB Grazer5 - 0.280

G5_GSIlwr minimum GSI while spawning of DEB Grazer5 - 0.100

G5_DoSpawn indication of spawning of DEB Grazer5 - 0.000

G5_rSpawn spawning rate of DEB Grazer5 - 0.020

G5_MinSTmp minimum temp for spawning of DEB Grazer5 ◦C 15.000

G5_Xk halfrate const for food of DEB Grazer5 gC/m30.223

G5_Yk halfrate const for TIM of DEB Grazer5 gC/m3100.000

G5_rMor reference mortality rate of DEB Grazer5 /d 0.000

G5_cMor length coefﬁcient harvesting rate DEB Grazer5 /d 0.000

G5_rHrv reference rate of harvesting of DEB Grazer5 /d 0.000

G5_cHrv length coefﬁcient harvesting rate DEB Grazer5 /d 0.000

G5_cEC energy to carbon conversion of DEB Grazer5 gC/J 0.000

G5_cVC volume to carbon conversion of DEB Grazer5 gC/cm30.048

G5_cAFWC AFD weight to carbon conv of DEB Grazer5 gC/gAFDW 0.400

G5_cWWC wetweight to carbon conv of DEB Grazer5 gC/gWW 0.022

G5_TC C:C ratio of DEB Grazer5 gC/gC 1.000

G5_TN N:C ratio of DEB Grazer5 gN/gC 0.182

G5_TP P:C ratio of DEB Grazer5 gP/gC 0.026

G5_TSi Si:C ratio of DEB Grazer5 Si/gC 0.000

G5_FrDetS1 fraction of DEB Grazer5 detritus into sediment - 1.000

G5_SFSusp DEB Grazer5 pref suspension over deposit feedin - 1.000

G5_PrDet DEB Grazer5 preference for DetC or POC1 - 0.000

G5_PrDetS1 DEB Grazer5 preference for DetCS1 - 0.000

G5_FFDet Faecal fraction of DetC for DEB Grazer5 - 0.500

G5_FFDetS1 Faecal fraction of DetCS1 for DEB Grazer5 - 0.500

G5_PrGrn Preference of DEB Grazer5 for Greens - 1.000

G5_PrDiat Preference of DEB Grazer5 for Diatoms - 1.000

G5_PrAlg01 Preference of DEB Grazer5 for algae type 01 - 1.000

G5_PrAlg02 Preference of DEB Grazer5 for algae type 02 - 1.000

G5_PrAlg03 Preference of DEB Grazer5 for algae type 03 - 1.000

G5_PrAlg04 Preference of DEB Grazer5 for algae type 04 - 1.000

G5_PrAlg05 Preference of DEB Grazer5 for algae type 05 - 1.000

G5_PrAlg06 Preference of DEB Grazer5 for algae type 06 - 1.000

G5_PrAlg07 Preference of DEB Grazer5 for algae type 07 - 1.000

G5_PrAlg08 Preference of DEB Grazer5 for algae type 08 - 1.000

G5_PrAlg09 Preference of DEB Grazer5 for algae type 09 - 1.000

G5_PrAlg10 Preference of DEB Grazer5 for algae type 10 - 1.000

G5_PrAlg11 Preference of DEB Grazer5 for algae type 11 - 1.000

G5_PrAlg12 Preference of DEB Grazer5 for algae type 12 - 1.000

G5_PrAlg13 Preference of DEB Grazer5 for algae type 13 - 1.000

G5_PrAlg14 Preference of DEB Grazer5 for algae type 14 - 1.000

G5_PrAlg15 Preference of DEB Grazer5 for algae type 15 - 1.000

G5_PrAlg16 Preference of DEB Grazer5 for algae type 16 - 1.000

G5_PrAlg17 Preference of DEB Grazer5 for algae type 17 - 1.000

G5_PrAlg18 Preference of DEB Grazer5 for algae type 18 - 1.000

G5_PrAlg19 Preference of DEB Grazer5 for algae type 19 - 1.000

G5_PrAlg20 Preference of DEB Grazer5 for algae type 20 - 1.000

G5_PrAlg21 Preference of DEB Grazer5 for algae type 21 - 1.000

G5_PrAlg22 Preference of DEB Grazer5 for algae type 22 - 1.000

G5_PrAlg23 Preference of DEB Grazer5 for algae type 23 - 1.000

G5_PrAlg24 Preference of DEB Grazer5 for algae type 24 - 1.000

G5_PrAlg25 Preference of DEB Grazer5 for algae type 25 - 1.000

G5_PrAlg26 Preference of DEB Grazer5 for algae type 26 - 1.000

G5_PrAlg27 Preference of DEB Grazer5 for algae type 27 - 1.000

G5_PrAlg28 Preference of DEB Grazer5 for algae type 28 - 1.000

G5_PrAlg29 Preference of DEB Grazer5 for algae type 29 - 1.000

G5_PrAlg30 Preference of DEB Grazer5 for algae type 30 - 1.000

G5_Pr1 Preference of DEB Grazer5 for Dummy Food1 - 0.000

G5_Pr2 Preference of DEB Grazer5 for Dummy Food2 - 0.000

G5_Pr3 Preference of DEB Grazer5 for Dummy Food3 - 0.000

G5_Pr4 Preference of DEB Grazer5 for Dummy Food4 - 0.000

G5_Pr5 Preference of DEB Grazer5 for Dummy Food5 - 0.000

G5_Pr6 Preference of DEB Grazer5 for Dummy Food6 - 0.000

G5_Pr7 Preference of DEB Grazer5 for Dummy Food7 - 0.000

G5_Pr8 Preference of DEB Grazer5 for Dummy Food8 - 0.000

G5_FFGrn Faecal fraction Greens for DEB Grazer5 - 0.500

G5_FFDiat Faecal fraction Diatoms for DEB Grazer5 - 0.500

G5_ALGFF01 Faecal fraction Alg01 for DEB Grazer5 - 0.500

G5_ALGFF02 Faecal fraction Alg02 for DEB Grazer5 - 0.500

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Table 10.1 – continued from previous page

Process Description Unit Default

G5_ALGFF03 Faecal fraction Alg03 for DEB Grazer5 - 0.500

G5_ALGFF04 Faecal fraction Alg04 for DEB Grazer5 - 0.500

G5_ALGFF05 Faecal fraction Alg05 for DEB Grazer5 - 0.500

G5_ALGFF06 Faecal fraction Alg06 for DEB Grazer5 - 0.500

G5_ALGFF07 Faecal fraction Alg07 for DEB Grazer5 - 0.500

G5_ALGFF08 Faecal fraction Alg08 for DEB Grazer5 - 0.500

G5_ALGFF09 Faecal fraction Alg09 for DEB Grazer5 - 0.500

G5_ALGFF10 Faecal fraction Alg10 for DEB Grazer5 - 0.500

G5_ALGFF11 Faecal fraction Alg11 for DEB Grazer5 - 0.500

G5_ALGFF12 Faecal fraction Alg12 for DEB Grazer5 - 0.500

G5_ALGFF13 Faecal fraction Alg13 for DEB Grazer5 - 0.500

G5_ALGFF14 Faecal fraction Alg14 for DEB Grazer5 - 0.500

G5_ALGFF15 Faecal fraction Alg15 for DEB Grazer5 - 0.500

G5_ALGFF16 Faecal fraction Alg16 for DEB Grazer5 - 0.500

G5_ALGFF17 Faecal fraction Alg17 for DEB Grazer5 - 0.500

G5_ALGFF18 Faecal fraction Alg18 for DEB Grazer5 - 0.500

G5_ALGFF19 Faecal fraction Alg19 for DEB Grazer5 - 0.500

G5_ALGFF20 Faecal fraction Alg20 for DEB Grazer5 - 0.500

G5_ALGFF21 Faecal fraction Alg21 for DEB Grazer5 - 0.500

G5_ALGFF22 Faecal fraction Alg22 for DEB Grazer5 - 0.500

G5_ALGFF23 Faecal fraction Alg23 for DEB Grazer5 - 0.500

G5_ALGFF24 Faecal fraction Alg24 for DEB Grazer5 - 0.500

G5_ALGFF25 Faecal fraction Alg25 for DEB Grazer5 - 0.500

G5_ALGFF26 Faecal fraction Alg26 for DEB Grazer5 - 0.500

G5_ALGFF27 Faecal fraction Alg27 for DEB Grazer5 - 0.500

G5_ALGFF28 Faecal fraction Alg28 for DEB Grazer5 - 0.500

G5_ALGFF29 Faecal fraction Alg29 for DEB Grazer5 - 0.500

G5_ALGFF30 Faecal fraction Alg30 for DEB Grazer5 - 0.500

G5_FF01 Faecal fraction Dummy Food1 for DEB Grazer5 - 0.500

G5_FF02 Faecal fraction Dummy Food2 for DEB Grazer5 - 0.500

G5_FF03 Faecal fraction Dummy Food3 for DEB Grazer5 - 0.500

G5_FF04 Faecal fraction Dummy Food4 for DEB Grazer5 - 0.500

G5_FF05 Faecal fraction Dummy Food5 for DEB Grazer5 - 0.500

G5_FF06 Faecal fraction Dummy Food6 for DEB Grazer5 - 0.500

G5_FF07 Faecal fraction Dummy Food7 for DEB Grazer5 - 0.500

G5_FF08 Faecal fraction Dummy Food8 for DEB Grazer5 - 0.500

TauShields Shields shear stress for resusp. pick-up N/m20.200

GRAIN50 Grain size D50 m 0.000

GRAV Gravitational acceleration m/s2 9.800

KinViscos Kinematic viscosity m2/s 0.000

RHOSAND bulk density sand gDM/m32600000.000

ThickS2 thickness of layer S2 van Rijn pick-up resusp. m 0.500

MaxResPup Maximum resuspension pick-up g/(m2d) ***************

FactResPup Factor resuspension pick-up 3.3E-4 - 0.000

FrTIMS2 fraction TIM in layer S2 gDM/gDM 0.000

FrIM1SedS2 fraction sedimentation IM1 towards S2 - 0.000

FrTIMS2Max maximum fraction TIM in layer S2 pick-up gDM/gDM 1.000

PsedminIM1 minimum sedimentation probability - 0.000

fSedIM1S2 sedimentation ﬂux IM1 towards S2 g/(m2d) 0.000

FrIM2SedS2 fraction sedimentation IM2 towards S2 - 0.000

PsedminIM2 minimum sedimentation probability - 0.000

fSedIM2S2 sedimentation ﬂux IM2 towards S2 g/(m2d) 0.000

FrIM3SedS2 fraction sedimentation IM3 towards S2 - 0.000

PsedminIM3 minimum sedimentation probability - 0.000

fSedIM3S2 sedimentation ﬂux IM3 towards S2 g/(m2d) 0.000

SWResusp switch resuspension 0=z+f, 1=minz,f - 0.000

SWResIM1 switch resuspension IM1 0=resdm, 1=resim1 - 0.000

ZResIM1 zeroth-order resuspension ﬂux IM1 gDM/(m2d) 0.000

VResIM1 ﬁrst order resuspension velocity IM1 1/d 0.000

TaucRS1IM1 critical shear stress for resuspension IM1S1 N/m20.200

TaucRS2IM1 critical shear stress for resuspension IM1S2 N/m20.500

SWResIM2 switch resuspension IM2 0=resdm, 1=resim2- 0.000

ZResIM2 zeroth-order resuspension ﬂux IM2 gDM/(m2d) 0.000

VResIM2 ﬁrst order resuspension velocity IM2 1/d 0.000

TaucRS1IM2 critical shear stress for resuspension IM2S1 N/m20.200

TaucRS2IM2 critical shear stress for resuspension IM2S2 N/m20.500

SWResIM3 switch resuspension IM3 0=resdm, 1=resim3- 0.000

ZResIM3 zeroth-order resuspension ﬂux IM3 gDM/(m2d) 0.000

VResIM3 ﬁrst order resuspension velocity IM3 1/d 0.000

TaucRS1IM3 critical shear stress for resuspension IM3S1 N/m20.200

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Table 10.1 – continued from previous page

Process Description Unit Default

TaucRS2IM3 critical shear stress for resuspension IM3S2 N/m20.500

max_basin maximum number of dredge basins - 9.000

basin_no basin number - 0.000

*IM1 number of fractions IM1 - 1.000

*IM2 number of fractions IM2 - 1.000

*IM3 number of fractions IM3 - 1.000

*IM1S1 number of fractions IM1S1 - 1.000

*IM2S1 number of fractions IM2S1 - 1.000

*IM3S1 number of fractions IM3S1 - 1.000

*IM1S2 number of fractions IM1S2 - 1.000

*IM2S2 number of fractions IM2S2 - 1.000

*IM3S2 number of fractions IM3S2 - 1.000

start_dr01 start dredging basin 01 scu 0.000

start_dr02 start dredging basin 02 scu 0.000

start_dr03 start dredging basin 03 scu 0.000

start_dr04 start dredging basin 04 scu 0.000

start_dr05 start dredging basin 05 scu 0.000

start_dr06 start dredging basin 06 scu 0.000

start_dr07 start dredging basin 07 scu 0.000

start_dr08 start dredging basin 08 scu 0.000

start_dr09 start dredging basin 09 scu 0.000

freq__dr01 frequency dredgin basin 01 scu 0.000

freq__dr02 frequency dredgin basin 02 scu 0.000

freq__dr03 frequency dredgin basin 03 scu 0.000

freq__dr04 frequency dredgin basin 04 scu 0.000

freq__dr05 frequency dredgin basin 05 scu 0.000

freq__dr06 frequency dredgin basin 06 scu 0.000

freq__dr07 frequency dredgin basin 07 scu 0.000

freq__dr08 frequency dredgin basin 08 scu 0.000

freq__dr09 frequency dredgin basin 09 scu 0.000

crit__dr01 dredging criterium basin 01 m 0.000

crit__dr02 dredging criterium basin 02 m 0.000

crit__dr03 dredging criterium basin 03 m 0.000

crit__dr04 dredging criterium basin 04 m 0.000

crit__dr05 dredging criterium basin 05 m 0.000

crit__dr06 dredging criterium basin 06 m 0.000

crit__dr07 dredging criterium basin 07 m 0.000

crit__dr08 dredging criterium basin 08 m 0.000

crit__dr09 dredging criterium basin 09 m 0.000

sws1s2dr01 switch dredge from s1 1 or s2 2 basin 01 - 1.000

sws1s2dr02 switch dredge from s1 1 or s2 2 basin 02 - 1.000

sws1s2dr03 switch dredge from s1 1 or s2 2 basin 03 - 1.000

sws1s2dr04 switch dredge from s1 1 or s2 2 basin 04 - 1.000

sws1s2dr05 switch dredge from s1 1 or s2 2 basin 05 - 1.000

sws1s2dr06 switch dredge from s1 1 or s2 2 basin 06 - 1.000

sws1s2dr07 switch dredge from s1 1 or s2 2 basin 07 - 1.000

sws1s2dr08 switch dredge from s1 1 or s2 2 basin 08 - 1.000

sws1s2dr09 switch dredge from s1 1 or s2 2 basin 09 - 1.000

seg___dr01 dumping segment basin 01 - 0.000

seg___dr02 dumping segment basin 02 - 0.000

seg___dr03 dumping segment basin 03 - 0.000

seg___dr04 dumping segment basin 04 - 0.000

seg___dr05 dumping segment basin 05 - 0.000

seg___dr06 dumping segment basin 06 - 0.000

seg___dr07 dumping segment basin 07 - 0.000

seg___dr08 dumping segment basin 08 - 0.000

seg___dr09 dumping segment basin 09 - 0.000

speed_dr01 dumping speed basin 01 g/d 0.000

speed_dr02 dumping speed basin 02 g/d 0.000

speed_dr03 dumping speed basin 03 g/d 0.000

speed_dr04 dumping speed basin 04 g/d 0.000

speed_dr05 dumping speed basin 05 g/d 0.000

speed_dr06 dumping speed basin 06 g/d 0.000

speed_dr07 dumping speed basin 07 g/d 0.000

speed_dr08 dumping speed basin 08 g/d 0.000

speed_dr09 dumping speed basin 09 g/d 0.000

relab_dr01 relabel dumping towards fraction for basin 01 - 0.000

relab_dr02 relabel dumping towards fraction for basin 02 - 0.000

relab_dr03 relabel dumping towards fraction for basin 03 - 0.000

relab_dr04 relabel dumping towards fraction for basin 04 - 0.000

relab_dr05 relabel dumping towards fraction for basin 05 - 0.000

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Table 10.1 – continued from previous page

Process Description Unit Default

relab_dr06 relabel dumping towards fraction for basin 06 - 0.000

relab_dr07 relabel dumping towards fraction for basin 07 - 0.000

relab_dr08 relabel dumping towards fraction for basin 08 - 0.000

relab_dr09 relabel dumping towards fraction for basin 09 - 0.000

dr01*IM1 dredge-dump storage IM1 basin 01 g 0.000

dr02*IM1 dredge-dump storage IM1 basin 02 g 0.000

dr03*IM1 dredge-dump storage IM1 basin 03 g 0.000

dr04*IM1 dredge-dump storage IM1 basin 04 g 0.000

dr05*IM1 dredge-dump storage IM1 basin 05 g 0.000

dr06*IM1 dredge-dump storage IM1 basin 06 g 0.000

dr07*IM1 dredge-dump storage IM1 basin 07 g 0.000

dr08*IM1 dredge-dump storage IM1 basin 08 g 0.000

dr09*IM1 dredge-dump storage IM1 basin 09 g 0.000

dr01*IM2 dredge-dump storage IM2 basin 01 g 0.000

dr02*IM2 dredge-dump storage IM2 basin 02 g 0.000

dr03*IM2 dredge-dump storage IM2 basin 03 g 0.000

dr04*IM2 dredge-dump storage IM2 basin 04 g 0.000

dr05*IM2 dredge-dump storage IM2 basin 05 g 0.000

dr06*IM2 dredge-dump storage IM2 basin 06 g 0.000

dr07*IM2 dredge-dump storage IM2 basin 07 g 0.000

dr08*IM2 dredge-dump storage IM2 basin 08 g 0.000

dr09*IM2 dredge-dump storage IM2 basin 09 g 0.000

dr01*IM3 dredge-dump storage IM3 basin 01 g 0.000

dr02*IM3 dredge-dump storage IM3 basin 02 g 0.000

dr03*IM3 dredge-dump storage IM3 basin 03 g 0.000

dr04*IM3 dredge-dump storage IM3 basin 04 g 0.000

dr05*IM3 dredge-dump storage IM3 basin 05 g 0.000

dr06*IM3 dredge-dump storage IM3 basin 06 g 0.000

dr07*IM3 dredge-dump storage IM3 basin 07 g 0.000

dr08*IM3 dredge-dump storage IM3 basin 08 g 0.000

dr09*IM3 dredge-dump storage IM3 basin 09 g 0.000

SwFloceq 0=IM1macro-IM2micro,1=IM2IM1,2=IM2IM3,3=IM3IM2 - 0.000

RcFloc ﬂocculation rate 1/d 2.310

RcBreakup ﬂoc break-up rate 1/d 2.310

SWBloomSA switch for BLOOM stand alone 0=no, 1=yes - 0.000

TotNBLSA Total nitrogen for BLOOM stand alone g/m30.000

TotPBLSA Total phosphorous for BLOOM stand alone g/m30.000

TotSiBLSA Total silicium for BLOOM stand alone g/m30.000

fReﬂ fraction of radiation reﬂected at water surface - 0.000

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11 Exchange related process input with a default value

Table 11.1: Exchange related process input with a default value

Process Description Unit Default

XArea exchange area m20.000

Flow ﬂow rate m3/s 0.000

Disp3 uniform dispersion in third direction m2/s 0.000

VxSedIM1 sedimentation velocity IM1 m/s 0.000

VxSedIM2 sedimentation velocity IM2 m/s 0.000

VxSedIM3 sedimentation velocity IM3 m/s 0.000

VxSedDiat sedimentation velocity Diatoms m/s 0.000

VxSedGreen sedimentation velocity Greens m/s 0.000

VxSedAlg02 sedimentation velocity algae type 02 m/s 0.000

VxSedAlg03 sedimentation velocity algae type 03 m/s 0.000

VxSedAlg04 sedimentation velocity algae type 04 m/s 0.000

VxSedAlg05 sedimentation velocity algae type 05 m/s 0.000

VxSedAlg06 sedimentation velocity algae type 06 m/s 0.000

VxSedAlg07 sedimentation velocity algae type 07 m/s 0.000

VxSedAlg08 sedimentation velocity algae type 08 m/s 0.000

VxSedAlg09 sedimentation velocity algae type 09 m/s 0.000

VxSedAlg10 sedimentation velocity algae type 10 m/s 0.000

VxSedAlg11 sedimentation velocity algae type 11 m/s 0.000

VxSedAlg12 sedimentation velocity algae type 12 m/s 0.000

VxSedAlg13 sedimentation velocity algae type 13 m/s 0.000

VxSedAlg14 sedimentation velocity algae type 14 m/s 0.000

VxSedAlg15 sedimentation velocity algae type 15 m/s 0.000

VxSedAlg16 sedimentation velocity algae type 16 m/s 0.000

VxSedAlg17 sedimentation velocity algae type 17 m/s 0.000

VxSedAlg18 sedimentation velocity algae type 18 m/s 0.000

VxSedAlg19 sedimentation velocity algae type 19 m/s 0.000

VxSedAlg20 sedimentation velocity algae type 20 m/s 0.000

VxSedAlg21 sedimentation velocity algae type 21 m/s 0.000

VxSedAlg22 sedimentation velocity algae type 22 m/s 0.000

VxSedAlg23 sedimentation velocity algae type 23 m/s 0.000

VxSedAlg24 sedimentation velocity algae type 24 m/s 0.000

VxSedAlg25 sedimentation velocity algae type 25 m/s 0.000

VxSedAlg26 sedimentation velocity algae type 26 m/s 0.000

VxSedAlg27 sedimentation velocity algae type 27 m/s 0.000

VxSedAlg28 sedimentation velocity algae type 28 m/s 0.000

VxSedAlg29 sedimentation velocity algae type 29 m/s 0.000

VxSedAlg30 sedimentation velocity algae type 30 m/s 0.000

VxSedPhyt sedimentation velocity phytoplankton m/s 0.000

VxSedPOCna sedimentation velocity POC no algae m/s 0.000

VxSedPOC1 sedimentation velocity POC1 m/s 0.000

VxSedPOC2 sedimentation velocity POC2 m/s 0.000

VxSedPOC3 sedimentation velocity POC3 m/s 0.000

VxSedPOC4 sedimentation velocity POC4 m/s 0.000

VxRes0 resuspension velocity m/s 0.000

VxBur0 burial velocity m/s 0.000

VxSep0 seepage velocity m/s 0.000

VxTur0 bio-turbation velocities m/s 0.000

VxDif0 bio-irrigation velocities m/s 0.000

VxSedDum sedimentation velocity dummy m/s 0.000

[1ex]

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12 Segment related process input without a default value

Table 12.1: Segment related process input without a default value

Process Description Unit

cTR1 Conservative Tracer Source 1 g/m3

dTR1 Decayable Tracer Source 1 g/m3

cTR2 Conservative Tracer Source 2 g/m3

dTR2 Decayable Tracer Source 2 g/m3

cTR3 Conservative Tracer Source 3 g/m3

dTR3 Decayable Tracer Source 3 g/m3

cTR4 Conservative Tracer Source 4 g/m3

dTR4 Decayable Tracer Source 4 g/m3

cTR5 Conservative Tracer Source 5 g/m3

dTR5 Decayable Tracer Source 5 g/m3

FrCon Fraction fresh water from constant discharge -

FrFlow Fraction fresh water from variable discharge -

SalBnd Salinity from boundary inﬂow ppt

CH4 CH4 methane g/m3

Alka alkalinity gHCO3/m3

SUD total dissolved sulphide SUD gS/m3

SUP particulate sulphide SUP gS/m3

POC5 POC5 vegetation fraction gC/m2

PON5 PON5 vegetation fraction gN/m2

POP5 POP5 vegetation fraction gP/m2

POS5 POS5 vegetation fraction gS/m2

BLOOMALG01 concentration of algae type 1 gC/m3

MPB1peli microphytobenthos epipelic gC/m3

MPB2psam microfytobenthos non-Diatoms gC/m3

EColi E. Coli bacteria MPN/m3

EnCoc Enterococci bacteria MPN/m3

FColi Faecal coli bacteria MPN/m3

TColi Total coli bacteria MPN/m3

As Arsenic As g/m3

As-Dis dissolved concentration As g/m3

As-Par particulate concentration As g/m3

AsS1 As in layer S1 g/m2

AsS1-Dis dissolved mass As in layer S1 g/m2

AsS1-Par particulate mass As in layer S1 g/m2

AsS2 As in layer S2 g/m2

AsS2-Dis dissolved mass As in layer S2 g/m2

AsS2-Par particulate mass As in layer S2 g/m2

Cd Cadmium Cd g/m3

Cd-Dis dissolved concentration Cd g/m3

Cd-Par particulate concentration Cd g/m3

CdS1 Cd in layer S1 g/m2

CdS1-Dis dissolved mass Cd in layer S1 g/m2

CdS1-Par particulate mass Cd in layer S1 g/m2

CdS2 Cd in layer S2 g/m2

CdS2-Dis dissolved mass Cd in layer S2 g/m2

CdS2-Par particulate mass Cd in layer S2 g/m2

Cr Chromium Cr g/m3

Cr-Dis dissolved concentration Cr g/m3

Cr-Par particulate concentration Cr g/m3

CrS1 Cr in layer S1 g/m2

CrS1-Dis dissolved mass Cr in layer S1 g/m2

CrS1-Par particulate mass Cr in layer S1 g/m2

CrS2 Cr in layer S2 g/m2

CrS2-Dis dissolved mass Cr in layer S2 g/m2

CrS2-Par particulate mass Cr in layer S2 g/m2

Cu Copper Cu g/m3

Cu-Dis dissolved concentration Cu g/m3

Cu-Par particulate concentration Cu g/m3

CuS1 Cu in layer S1 g/m2

CuS1-Dis dissolved mass Cu in layer S1 g/m2

CuS1-Par particulate mass Cu in layer S1 g/m2

CuS2 Cu in layer S2 g/m2

CuS2-Dis dissolved mass Cu in layer S2 g/m2

CuS2-Par particulate mass Cu in layer S2 g/m2

Hg Mercury Hg g/m3

continued on next page

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Process Description Unit

Hg-Dis dissolved concentration Hg g/m3

Hg-Par particulate concentration Hg g/m3

HgS1 Hg in layer S1 g/m2

HgS1-Dis dissolved mass Hg in layer S1 g/m2

HgS1-Par particulate mass Hg in layer S1 g/m2

HgS2 Hg in layer S2 g/m2

HgS2-Dis dissolved mass Hg in layer S2 g/m2

HgS2-Par particulate mass Hg in layer S2 g/m2

Ni Nickel Ni g/m3

Ni-Dis dissolved concentration Ni g/m3

Ni-Par particulate concentration Ni g/m3

NiS1 Ni in layer S1 g/m2

NiS1-Dis dissolved mass Ni in layer S1 g/m2

NiS1-Par particulate mass Ni in layer S1 g/m2

NiS2 Ni in layer S2 g/m2

NiS2-Dis dissolved mass Ni in layer S2 g/m2

NiS2-Par particulate mass Ni in layer S2 g/m2

Pb Lead Pb g/m3

Pb-Dis dissolved concentration Pb g/m3

Pb-Par particulate concentration Pb g/m3

PbS1 Pb in layer S1 g/m2

PbS1-Dis dissolved mass Pb in layer S1 g/m2

PbS1-Par particulate mass Pb in layer S1 g/m2

PbS2 Pb in layer S2 g/m2

PbS2-Dis dissolved mass Pb in layer S2 g/m2

PbS2-Par particulate mass Pb in layer S2 g/m2

Va Vanadium Va g/m3

Va-Dis dissolved concentration Va g/m3

Va-Par particulate concentration Va g/m3

VaS1 Va in layer S1 g/m2

VaS1-Dis dissolved mass Va in layer S1 g/m2

VaS1-Par particulate mass Va in layer S1 g/m2

VaS2 Va in layer S2 g/m2

VaS2-Dis dissolved mass Va in layer S2 g/m2

VaS2-Par particulate mass Va in layer S2 g/m2

Zn Zinc Zn g/m3

Zn-Dis dissolved concentration Zn g/m3

Zn-Par particulate concentration Zn g/m3

ZnS1 Zn in layer S1 g/m2

ZnS1-Dis dissolved mass Zn in layer S1 g/m2

ZnS1-Par particulate mass Zn in layer S1 g/m2

ZnS2 Zn in layer S2 g/m2

ZnS2-Dis dissolved mass Zn in layer S2 g/m2

ZnS2-Par particulate mass Zn in layer S2 g/m2

153 Polychlorinated biphenyl PCB-153 g/m3

153-dis dissolved concentration 153 g/m3

153-par particulate concentration 153 g/m3

153S1 PCB-153 in layer S1 g/m2

153S1-Dis dissolved mass 153 in layer S1 g/m2

153S1-Par particulate mass 153 in layer S1 g/m2

153S2 PCB-153 in layer S2 g/m2

153S2-Dis dissolved mass 153 in layer S2 g/m2

153S2-Par particulate mass 153 in layer S2 g/m2

ATR Atrazine Atr g/m3

Atr-dis dissolved concentration Atrazine g/m3

Atr-par particulate concentration Atrazine g/m3

AtrS1 Atrazine in layer S1 g/m2

AtrS1-Dis dissolved mass Atrazine in layer S1 g/m2

AtrS1-Par particulate mass Atrazine in layer S1 g/m2

AtrS2 Atrazine in layer S2 g/m2

AtrS2-Dis dissolved mass Atrazine in layer S2 g/m2

AtrS2-Par particulate mass Atrazine in layer S2 g/m2

BaP Benzoapyrene BaP g/m3

BaP-dis dissolved concentration BaP g/m3

BaP-par particulate concentration BaP g/m3

BaPS1 BaP in layer S1 g/m2

BaPS1-Dis dissolved mass BaP in layer S1 g/m2

BaPS1-Par particulate mass BaP in layer S1 g/m2

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Table 12.1 – continued from previous page

Process Description Unit

BaPS2 BaP in layer S2 g/m2

BaPS2-Dis dissolved mass BaP in layer S2 g/m2

BaPS2-Par particulate mass BaP in layer S2 g/m2

Diu Diuron Diu g/m3

Diu-dis dissolved concentration Diu g/m3

Diu-par particulate concentration Diu g/m3

DiuS1 Diu in layer S1 g/m2

DiuS1-Dis dissolved mass Diu in layer S1 g/m2

DiuS1-Par particulate mass Diu in layer S1 g/m2

DiuS2 Diu in layer S2 g/m2

DiuS2-Dis dissolved mass Diu in layer S2 g/m2

DiuS2-Par particulate mass Diu in layer S2 g/m2

Flu Fluoranthene Flu g/m3

Flu-dis dissolved concentration Flu g/m3

Flu-par particulate concentration Flu g/m3

FluS1 Flu in layer S1 g/m2

FluS1-Dis dissolved mass Flu in layer S1 g/m2

FluS1-Par particulate mass Flu in layer S1 g/m2

FluS2 Flu in layer S2 g/m2

FluS2-Dis dissolved mass Flu in layer S2 g/m2

FluS2-Par particulate mass Flu in layer S2 g/m2

HCB Hexachlorobenzene HCH g/m3

HCB-dis dissolved concentration HCB g/m3

HCB-par particulate concentration HCB g/m3

HCBS1 HCB in layer S1 g/m2

HCBS1-Dis dissolved mass HCB in layer S1 g/m2

HCBS1-Par particulate mass HCB in layer S1 g/m2

HCBS2 HCB in layer S2 g/m2

HCBS2-Dis dissolved mass HCB in layer S2 g/m2

HCBS2-Par particulate mass HCB in layer S2 g/m2

HCH Lindane HCH g/m3

HCH-dis dissolved concentration HCH g/m3

HCH-par particulate concentration HCH g/m3

HCHS1 HCH in layer S1 g/m2

HCHS1-Dis dissolved mass HCH in layer S1 g/m2

HCHS1-Par particulate mass HCH in layer S1 g/m2

HCHS2 HCH in layer S2 g/m2

HCHS2-Dis dissolved mass HCH in layer S2 g/m2

HCHS2-Par particulate mass HCH in layer S2 g/m2

Mef Meﬁnphos Mef g/m3

Mef-dis dissolved concentration Mef g/m3

Mef-par particulate concentration Mef g/m3

MefS1 Mef in layer S1 g/m2

MefS1-Dis dissolved mass Mef in layer S1 g/m2

MefS1-Par particulate mass Mef in layer S1 g/m2

MefS2 Mef in layer S2 g/m2

MefS2-Dis dissolved mass Mef in layer S2 g/m2

MefS2-Par particulate mass Mef in layer S2 g/m2

OMP Organic Micro Pollutant OMP g/m3

OMP-dis dissolved concentration OMP g/m3

OMP-par particulate concentration OMP g/m3

OMPS1 OMP in sediment 1 g/m2

OMPS1-Dis dissolved mass OMP in S1 g/m2

OMPS1-Par particulate mass OMP in S1 g/m2

OMPS2 OMP in sediment 2 g/m2

OMPS2-Dis dissolved mass OMP in S2 g/m2

OMPS2-Par particulate mass OMP in S2 g/m2

VB01 vegetation biomass cohort 1 gC/m2

VB02 vegetation biomass cohort 2 gC/m2

VB03 vegetation biomass cohort 3 gC/m2

VB04 vegetation biomass cohort 4 gC/m2

VB05 vegetation biomass cohort 5 gC/m2

VB06 vegetation biomass cohort 6 gC/m2

VB07 vegetation biomass cohort 7 gC/m2

VB08 vegetation biomass cohort 8 gC/m2

VB09 vegetation biomass cohort 9 gC/m2

Volume volume of computational cell m3

Rad_1 Global radiation at station 1 W/m2

continued on next page

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Table 12.1 – continued from previous page

Process Description Unit

VWind_1 Wind velocity at staion 1 m/s

WinDir_1 wind direction pair 1 degrees

RelHum_1 Relative air humidity at station 1 %

AirTemp_1 Air temperature at station 1 ◦C

AirPres_1 Air pressure at station 1 mbar

SQ_1 Sunshine duration per day h

Rad_2 Global radiation at station 2 W/m2

VWind_2 Wind velocity at staion 2 m/s

WinDir_2 wind direction pair 2 degrees

RelHum_2 Relative air humidity at station 2 %

AirTemp_2 Air temperature at station 2 ◦C

AirPres_2 Air pressure at station 2 mbar

SQ_2 Sunshine duration per day h

Rad_3 Global radiation at station 3 W/m2

VWind_3 Wind velocity at staion 3 m/s

WinDir_3 wind direction pair 3 degrees

RelHum_3 Relative air humidity at station 3 %

AirTemp_3 Air temperature at station 3 ◦C

AirPres_3 Air pressure at station 3 mbar

SQ_3 Sunshine duration per day h

Rad_4 Global radiation at station 4 W/m2

VWind_4 Wind velocity at staion 4 m/s

WinDir_4 wind direction pair 4 degrees

RelHum_4 Relative air humidity at station 4 %

AirTemp_4 Air temperature at station 4 ◦C

AirPres_4 Air pressure at station 4 mbar

SQ_4 Sunshine duration per day h

Rad_5 Global radiation at station 5 W/m2

VWind_5 Wind velocity at staion 5 m/s

WinDir_5 wind direction pair 5 degrees

RelHum_5 Relative air humidity at station 5 %

AirTemp_5 Air temperature at station 5 ◦C

AirPres_5 Air pressure at station 5 mbar

SQ_5 Sunshine duration per day h

XMeteo1 X-coordinate metric of station 1 m

YMeteo1 Y-coordinate metric of station 1 m

XMeteo2 X-coordinate metric of station 2 m

YMeteo2 Y-coordinate metric of station 2 m

XMeteo3 X-coordinate metric of station 3 m

YMeteo3 Y-coordinate metric of station 3 m

XMeteo4 X-coordinate metric of station 4 m

YMeteo4 Y-coordinate metric of station 4 m

XMeteo5 X-coordinate metric of station 5 m

YMeteo5 Y-coordinate metric of station 5 m

XSeg X-coordinate of DELWAQ segment metric m

YSeg Y-coordinate of DELWAQ segment metric m

ITIME DELWAQ time scu

DELT timestep for processes d

Orient_1 orientation of main positive ﬂow direction degrees

Orient_2 orientation of secondary positive ﬂow direct degrees

VertDisper vertical dispersion m2/s

Width total width m

WindDir actual wind direction degrees

WFetch_1 wind fetch pair 1 m

WFetch_2 wind fetch pair 2 m

WFetch_3 wind fetch pair 3 m

WFetch_4 wind fetch pair 4 m

WFetch_5 wind fetch pair 5 m

WFetch_6 wind fetch pair 6 m

WinDir_6 wind direction pair 6 degrees

WFetch_7 wind fetch pair 7 m

WinDir_7 wind direction pair 7 degrees

WFetch_8 wind fetch pair 8 m

WinDir_8 wind direction pair 8 degrees

WDepth_1 wind depth pair 1 m

WDepth_2 wind depth pair 2 m

WDepth_3 wind depth pair 3 m

WDepth_4 wind depth pair 4 m

WDepth_5 wind depth pair 5 m

WDepth_6 wind depth pair 6 m

WDepth_7 wind depth pair 7 m

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Table 12.1 – continued from previous page

Process Description Unit

WDepth_8 wind depth pair 8 m

IDT DELWAQ timestep scu

PeriodVTRA period for calculating vertical distribution h

XNCRAlg01 N:C ratio for heterotrophic algae type 01 gN/gC

XNCRAlg02 N:C ratio for heterotrophic algae type 02 gN/gC

XNCRAlg03 N:C ratio for heterotrophic algae type 03 gN/gC

XNCRAlg04 N:C ratio for heterotrophic algae type 04 gN/gC

XNCRAlg05 N:C ratio for heterotrophic algae type 05 gN/gC

XNCRAlg06 N:C ratio for heterotrophic algae type 06 gN/gC

XNCRAlg07 N:C ratio for heterotrophic algae type 07 gN/gC

XNCRAlg08 N:C ratio for heterotrophic algae type 08 gN/gC

XNCRAlg09 N:C ratio for heterotrophic algae type 09 gN/gC

XNCRAlg10 N:C ratio for heterotrophic algae type 10 gN/gC

XNCRAlg11 N:C ratio for heterotrophic algae type 11 gN/gC

XNCRAlg12 N:C ratio for heterotrophic algae type 12 gN/gC

XNCRAlg13 N:C ratio for heterotrophic algae type 13 gN/gC

XNCRAlg14 N:C ratio for heterotrophic algae type 14 gN/gC

XNCRAlg15 N:C ratio for heterotrophic algae type 15 gN/gC

XNCRAlg16 N:C ratio for heterotrophic algae type 16 gN/gC

XNCRAlg17 N:C ratio for heterotrophic algae type 17 gN/gC

XNCRAlg18 N:C ratio for heterotrophic algae type 18 gN/gC

XNCRAlg19 N:C ratio for heterotrophic algae type 19 gN/gC

XNCRAlg20 N:C ratio for heterotrophic algae type 20 gN/gC

XNCRAlg21 N:C ratio for heterotrophic algae type 21 gN/gC

XNCRAlg22 N:C ratio for heterotrophic algae type 22 gN/gC

XNCRAlg23 N:C ratio for heterotrophic algae type 23 gN/gC

XNCRAlg24 N:C ratio for heterotrophic algae type 24 gN/gC

XNCRAlg25 N:C ratio for heterotrophic algae type 25 gN/gC

XNCRAlg26 N:C ratio for heterotrophic algae type 26 gN/gC

XNCRAlg27 N:C ratio for heterotrophic algae type 27 gN/gC

XNCRAlg28 N:C ratio for heterotrophic algae type 28 gN/gC

XNCRAlg29 N:C ratio for heterotrophic algae type 29 gN/gC

XNCRAlg30 N:C ratio for heterotrophic algae type 30 gN/gC

XPCRAlg01 P:C ratio for heterotrophic algae type 01 gP/gC

XPCRAlg02 P:C ratio for heterotrophic algae type 02 gP/gC

XPCRAlg03 P:C ratio for heterotrophic algae type 03 gP/gC

XPCRAlg04 P:C ratio for heterotrophic algae type 04 gP/gC

XPCRAlg05 P:C ratio for heterotrophic algae type 05 gP/gC

XPCRAlg06 P:C ratio for heterotrophic algae type 06 gP/gC

XPCRAlg07 P:C ratio for heterotrophic algae type 07 gP/gC

XPCRAlg08 P:C ratio for heterotrophic algae type 08 gP/gC

XPCRAlg09 P:C ratio for heterotrophic algae type 09 gP/gC

XPCRAlg10 P:C ratio for heterotrophic algae type 10 gP/gC

XPCRAlg11 P:C ratio for heterotrophic algae type 11 gP/gC

XPCRAlg12 P:C ratio for heterotrophic algae type 12 gP/gC

XPCRAlg13 P:C ratio for heterotrophic algae type 13 gP/gC

XPCRAlg14 P:C ratio for heterotrophic algae type 14 gP/gC

XPCRAlg15 P:C ratio for heterotrophic algae type 15 gP/gC

XPCRAlg16 P:C ratio for heterotrophic algae type 16 gP/gC

XPCRAlg17 P:C ratio for heterotrophic algae type 17 gP/gC

XPCRAlg18 P:C ratio for heterotrophic algae type 18 gP/gC

XPCRAlg19 P:C ratio for heterotrophic algae type 19 gP/gC

XPCRAlg20 P:C ratio for heterotrophic algae type 20 gP/gC

XPCRAlg21 P:C ratio for heterotrophic algae type 21 gP/gC

XPCRAlg22 P:C ratio for heterotrophic algae type 22 gP/gC

XPCRAlg23 P:C ratio for heterotrophic algae type 23 gP/gC

XPCRAlg24 P:C ratio for heterotrophic algae type 24 gP/gC

XPCRAlg25 P:C ratio for heterotrophic algae type 25 gP/gC

XPCRAlg26 P:C ratio for heterotrophic algae type 26 gP/gC

XPCRAlg27 P:C ratio for heterotrophic algae type 27 gP/gC

XPCRAlg28 P:C ratio for heterotrophic algae type 28 gP/gC

XPCRAlg29 P:C ratio for heterotrophic algae type 29 gP/gC

XPCRAlg30 P:C ratio for heterotrophic algae type 30 gP/gC

FNCRAlg01 N:C ratio for nitrogen ﬁxing algae type 01 gN/gC

FNCRAlg02 N:C ratio for nitrogen ﬁxing algae type 02 gN/gC

FNCRAlg03 N:C ratio for nitrogen ﬁxing algae type 03 gN/gC

FNCRAlg04 N:C ratio for nitrogen ﬁxing algae type 04 gN/gC

FNCRAlg05 N:C ratio for nitrogen ﬁxing algae type 05 gN/gC

FNCRAlg06 N:C ratio for nitrogen ﬁxing algae type 06 gN/gC

FNCRAlg07 N:C ratio for nitrogen ﬁxing algae type 07 gN/gC

FNCRAlg08 N:C ratio for nitrogen ﬁxing algae type 08 gN/gC

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Process Description Unit

FNCRAlg09 N:C ratio for nitrogen ﬁxing algae type 09 gN/gC

FNCRAlg10 N:C ratio for nitrogen ﬁxing algae type 10 gN/gC

FNCRAlg11 N:C ratio for nitrogen ﬁxing algae type 11 gN/gC

FNCRAlg12 N:C ratio for nitrogen ﬁxing algae type 12 gN/gC

FNCRAlg13 N:C ratio for nitrogen ﬁxing algae type 13 gN/gC

FNCRAlg14 N:C ratio for nitrogen ﬁxing algae type 14 gN/gC

FNCRAlg15 N:C ratio for nitrogen ﬁxing algae type 15 gN/gC

FNCRAlg16 N:C ratio for nitrogen ﬁxing algae type 16 gN/gC

FNCRAlg17 N:C ratio for nitrogen ﬁxing algae type 17 gN/gC

FNCRAlg18 N:C ratio for nitrogen ﬁxing algae type 18 gN/gC

FNCRAlg19 N:C ratio for nitrogen ﬁxing algae type 19 gN/gC

FNCRAlg20 N:C ratio for nitrogen ﬁxing algae type 20 gN/gC

FNCRAlg21 N:C ratio for nitrogen ﬁxing algae type 21 gN/gC

FNCRAlg22 N:C ratio for nitrogen ﬁxing algae type 22 gN/gC

FNCRAlg23 N:C ratio for nitrogen ﬁxing algae type 23 gN/gC

FNCRAlg24 N:C ratio for nitrogen ﬁxing algae type 24 gN/gC

FNCRAlg25 N:C ratio for nitrogen ﬁxing algae type 25 gN/gC

FNCRAlg26 N:C ratio for nitrogen ﬁxing algae type 26 gN/gC

FNCRAlg27 N:C ratio for nitrogen ﬁxing algae type 27 gN/gC

FNCRAlg28 N:C ratio for nitrogen ﬁxing algae type 28 gN/gC

FNCRAlg29 N:C ratio for nitrogen ﬁxing algae type 29 gN/gC

FNCRAlg30 N:C ratio for nitrogen ﬁxing algae type 30 gN/gC

FCSEDIM1 organic carbon in sediment fraction 1 gOC/gDM

FCSEDIM1S1 organic carbon in sediment fraction 1 in layer S1 gOC/gDM

FCSEDIM1S2 organic carbon in sediment fraction 1 in layer S2 gOC/gDM

dMinDetNS2 mineralisation ﬂux DetNS2 gN/m3/d

dMinDetPS2 mineralisation ﬂux DetPS2 gP/m3/d

dMinOONS1 mineralisation ﬂux OONS1 gN/m3/d

dMinOONS2 mineralisation ﬂux OONS2 gN/m3/d

dMinOOPS1 mineralisation ﬂux OOPS1 gP/m3/d

dMinOOPS2 mineralisation ﬂux OOPS2 gP/m3/d

KMSigreen half-saturation value Si Greens gSi/m3

SalM1Green lower salinity limit for mortality Greens g/kg

SalM2Green upper salinity limit for mortality Greens g/kg

SalM1Diat lower salinity limit for mortality Diatoms g/kg

SalM2Diat upper salinity limit for mortality Diatoms g/kg

PPMaxDiaS1 maximum production rate Diatoms in layer S1 1/d

KSRadFr half saturation light inhib for frac SurfRad -

V0SedIM1 sedimentation velocity IM1 m/d

V0SedIM2 sedimentation velocity IM2 m/d

V0SedIM3 sedimentation velocity IM3 m/d

V0SedDiat sedimentation velocity Diatoms m/d

V0SedGreen sedimentation velocity Gree m/d

V0SedAlg sedimentation velocity algal type m/d

V0SedAlg01 sedimentation velocity algae type 01 m/d

V0SedAlg02 sedimentation velocity algae type 02 m/d

V0SedAlg03 sedimentation velocity algae type 03 m/d

V0SedAlg04 sedimentation velocity algae type 04 m/d

V0SedAlg05 sedimentation velocity algae type 05 m/d

V0SedAlg06 sedimentation velocity algae type 06 m/d

V0SedAlg07 sedimentation velocity algae type 07 m/d

V0SedAlg08 sedimentation velocity algae type 08 m/d

V0SedAlg09 sedimentation velocity algae type 09 m/d

V0SedAlg10 sedimentation velocity algae type 10 m/d

V0SedAlg11 sedimentation velocity algae type 11 m/d

V0SedAlg12 sedimentation velocity algae type 12 m/d

V0SedAlg13 sedimentation velocity algae type 13 m/d

V0SedAlg14 sedimentation velocity algae type 14 m/d

V0SedAlg15 sedimentation velocity algae type 15 m/d

V0SedAlg16 sedimentation velocity algae type 16 m/d

V0SedAlg17 sedimentation velocity algae type 17 m/d

V0SedAlg18 sedimentation velocity algae type 18 m/d

V0SedAlg19 sedimentation velocity algae type 19 m/d

V0SedAlg20 sedimentation velocity algae type 20 m/d

V0SedAlg21 sedimentation velocity algae type 21 m/d

V0SedAlg22 sedimentation velocity algae type 22 m/d

V0SedAlg23 sedimentation velocity algae type 23 m/d

V0SedAlg24 sedimentation velocity algae type 24 m/d

V0SedAlg25 sedimentation velocity algae type 25 m/d

V0SedAlg26 sedimentation velocity algae type 26 m/d

V0SedAlg27 sedimentation velocity algae type 27 m/d

continued on next page

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Table 12.1 – continued from previous page

Process Description Unit

V0SedAlg28 sedimentation velocity algae type 28 m/d

V0SedAlg29 sedimentation velocity algae type 29 m/d

V0SedAlg30 sedimentation velocity algae type 30 m/d

TurCoef bioturbation at lower interface (m2d)

DifCoef diffusion constant at upper interface (m2d)

CECIM1 Cation Exchange Capacity IM1 eq/gDM

Zooplank input concentration of zooplankton-grazer1 gC/m3

fEvapConti nett evaporation and rain continuity m/d

fAtmDepIM1 atmospheric deposition ﬂux IM1 g/(m2d)

fAtmDepIM2 atmospheric deposition ﬂux IM2 g/(m2d)

fAtmDepIM3 atmospheric deposition ﬂux IM3 g/(m2d)

fDfwastIM1 diffusive waste ﬂux IM1 g/(m2d)

fDfwastIM2 diffusive waste ﬂux IM2 g/(m2d)

fDfwastIM3 diffusive waste ﬂux IM3 g/(m2d)

fAtmDepNH4 atmospheric deposition ﬂux NH4 gN/(m2d)

fAtmDepNO3 atmospheric deposition ﬂux NO3 gN/(m2d)

fAtmDepPO4 atmospheric deposition ﬂux PO4 gP/(m2d)

fAtmDepSO4 atmospheric deposition ﬂux SO4 gS/(m2d)

fAtmDep153 atmospheric deposition ﬂux 153 g153/(m2d)

fAtmDepHCB atmospheric deposition ﬂux HCB gHCB/(m2d)

fAtmDepHCH atmospheric deposition ﬂux HCH gHCH/(m2d)

fAtmDepFlu atmospheric deposition ﬂux Flu gFlu/(m2d)

fAtmDepBap atmospheric deposition ﬂux BaP gBaP/(m2d)

fAtmDepAtr atmospheric deposition ﬂux Atrazine gAtr/(m2d)

fAtmDepMef atmospheric deposition ﬂux Mef gMef/(m2d)

fAtmDepDiu atmospheric deposition ﬂux Diu gDiu/(m2d)

fAtmDepCd atmospheric deposition ﬂux Cd gCd/(m2d)

fAtmDepCu atmospheric deposition ﬂux Cu gCu/(m2d)

fAtmDepZn atmospheric deposition ﬂux Zn gZn/(m2d)

fAtmDepHg atmospheric deposition ﬂux Hg gHg/(m2d)

fAtmDepNi atmospheric deposition ﬂux Ni gNi/(m2d)

fAtmDepPb atmospheric deposition ﬂux Pb gPb/(m2d)

fAtmDepCr atmospheric deposition ﬂux Cr gCr/(m2d)

fAtmDepAs atmospheric deposition ﬂux As gAs/(m2d)

fAtmDepVa atmospheric deposition ﬂux Va gVa/(m2d)

fDfwastNO3 diffusive waste ﬂux NO3 gN/(m2d)

fDfwastNH4 diffusive waste ﬂux NH4 gN/(m2d)

fDfwastPO4 diffusive waste ﬂux PO4 gP/(m2d)

fDfwastSi diffusive waste ﬂux Si gSi/(m2d)

fDfwastSO4 diffusive waste ﬂux SO4 gS/(m2d)

fDfwast153 diffusive waste ﬂux 153 g153/(m2d)

fDfwastHCB diffusive waste ﬂux HCB gHCB/(m2d)

fDfwastHCH diffusive waste ﬂux HCH gHCH/(m2d)

fDfwastFlu diffusive waste ﬂux Flu gFlu/(m2d)

fDfwastBap diffusive waste ﬂux BaP gBaP/(m2d)

fDfwastAtr diffusive waste ﬂux Atrazine gAtr/(m2d)

fDfwastMef diffusive waste ﬂux Mef gMef/(m2d)

fDfwastDiu diffusive waste ﬂux Diu gDiu/(m2d)

fDfwastCd diffusive waste ﬂux Cd gCd/(m2d)

fDfwastCu diffusive waste ﬂux Cu gCu/(m2d)

fDfwastZn diffusive waste ﬂux Zn gZn/(m2d)

fDfwastHg diffusive waste ﬂux Hg gHg/(m2d)

fDfwastNi diffusive waste ﬂux Ni gNi/(m2d)

fDfwastPb diffusive waste ﬂux Pb gPb/(m2d)

fDfwastCr diffusive waste ﬂux Cr gCr/(m2d)

fDfwastAs diffusive waste ﬂux As gAs/(m2d)

fDfwastVa diffusive waste ﬂux Va gVa/(m2d)

fAtmDepOMP atmospheric deposition ﬂux OMP gOMP/(m2d)

fDfwastOMP zeroth-order ﬂux OMP gOMP/(m2d)

TZooplank threshold concentration of zooplankton-gra gC/m3

V0SedPOC1 sedimentation velocity POC1 m/d

V0SedPOC2 sedimentation velocity POC2 m/d

V0SedPOC3 sedimentation velocity POC3 m/d

V0SedPOC4 sedimentation velocity POC4 m/d

RadMacrop irradiation at the top of EM W/m2

KMCO2SM01 half-saturation value CO2 + H2CO3 SM01 gC/m3

KMHCO3SM01 half-saturation value HCO3 SM01 gC/m3

KMCO2SM02 half-saturation value CO2 + H2CO3 SM02 gC/m3

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Table 12.1 – continued from previous page

Process Description Unit

KMHCO3SM02 half-saturation value HCO3 SM02 gC/m3

KMCO2SM03 half-saturation value CO2 + H2CO3 SM03 gC/m3

KMHCO3SM03 half-saturation value HCO3 SM03 gC/m3

KMCO2SM04 half-saturation value CO2 + H2CO3 SM04 gC/m3

KMHCO3SM04 half-saturation value HCO3 SM04 gC/m3

KMCO2SM05 half-saturation value CO2 + H2CO3 SM05 gC/m3

KMHCO3SM05 half-saturation value HCO3 SM05 gC/m3

dSM03OXY oxygen production SM03 gO/m3/d

dSM03CO2 CO2 uptake SM03 gO/m3/d

dSM04OXY oxygen production SM04 gO/m3/d

dSM04CO2 CO2 uptake SM04 gO/m3/d

dSM05OXY oxygen production SM05 gO/m3/d

dSM05CO2 CO2 uptake SM05 gO/m3/d

Mussel_V conc struct biomass of DEB Mussel gC/m3∨gC/m2

Zoopl_V conc struct biomass of DEB Zoopl gC/m3∨gC/m2

no_basin actual number of basins set by the code -

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13 Exchange related process input without a default value

Table 13.1: Exchange related process input without a default value

Process Description Unit

XLenFrom from-length m

XLenTo to-length m

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14 Segment related process output not used by other processes

Table 14.1: Segment related process output not used by other processes

Item Description Unit Process

WinDir Wind direction at location degree Meteo

RadSN non reﬂ. net short wave rad. reaching wat W/m2HeatBal

cloud Cloud coverage fraction - HeatBal

Psvap saturated vapour pressure in air mbar HeatBal

EmissAtm Emissivity colour factor for the atmosphere - HeatBal

RadAN non reﬂ. net atm long wave rad. reach wat W/m2HeatBal

RadBR Long wave back radiation from water W/m2HeatBal

RadLat Latent heat ﬂux by evaporation or cond. W/m2HeatBal

HtCond sensible heat of conduction W/m2HeatBal

HtTot Total heat ﬂux W/m2HeatBal

PvapWa sat vapour pressure at water-air interface mbar HeatBal

VWinda Calculated wind speed m/s HeatBal

Vevap Evaporation rate m/s HeatBal

RCHeat temperature exchange rate 1/d Temperatur

SurTemp Surplus temperature ◦C Temperatur

FlowDir ﬂow direction relative to North degrees Veloc

Veloc1 horizontal ﬂow velocity ﬁrst direction m/s Veloc

Veloc2 horizontal ﬂow velocity second direction m/s Veloc

ResTim residence time s ResTim

Ddir1 Dispersion direction 1 m2/s HDisperVel

Ddir2 Dispersion direction 2 m2/s HDisperVel

AgeTR1 calculated AGE for water from source 1 d Age1

AgeTR2 calculated AGE for water from source 2 d Age2

AgeTR3 calculated AGE for water from source 3 d Age3

AgeTR4 calculated AGE for water from source 4 d Age4

AgeTR5 calculated AGE for water from source 5 d Age5

TauVELOC bottom shear stress caused by ﬂow velocities N/m2CalTau

TauWIND bottom shear stress caused by wind N/m2CalTau

CalVelTau calculated ’velocity’ from total tau m/s CalTau

DisCO3 concentration of dissolved CO32- gC/m3pH_carb

FrCO2dis fraction of dissolved carbon dioxide - SpecCarb

FrH2CO3d fraction of dissolved true H2CO3 - SpecCarb

FrHCO3dis fraction of dissolved HCO3- - SpecCarb

ExtVlOSS VL extinction by POC 1/m Extinc_VLG

ExtUVOSS UV extinction by POC 1/m Extinc_UVG

ExtVlISS VL extinction by inorganic suspended matter 1/m Extinc_VLG

ExtUvISS UV extinction by inorganic suspended matter 1/m Extinc_UVG

RadDay actual irradiation at the upper-boundary W/m2CalcRadDay

BlmDep_out average depth over Bloom time step OUTPUT m DepAve

FRACTIME01 time-fraction tracer originating from layer 1 - vtrans

FRACTIME02 time-fraction tracer originating from layer 2 - vtrans

FRACTIME03 time-fraction tracer originating from layer 3 - vtrans

FRACTIME04 time-fraction tracer originating from layer 4 - vtrans

FRACTIME05 time-fraction tracer originating from layer 5 - vtrans

FRACTIME06 time-fraction tracer originating from layer 6 - vtrans

FRACTIME07 time-fraction tracer originating from layer 7 - vtrans

FRACTIME08 time-fraction tracer originating from layer 8 - vtrans

FRACTIME09 time-fraction tracer originating from layer 9 - vtrans

FRACTIME10 time-fraction tracer originating from layer 10 - vtrans

FRACTIME11 time-fraction tracer originating from layer 11 - vtrans

FRACTIME12 time-fraction tracer originating from layer 12 - vtrans

FRACTIME13 time-fraction tracer originating from layer 13 - vtrans

FRACTIME14 time-fraction tracer originating from layer 14 - vtrans

FRACTIME15 time-fraction tracer originating from layer 15 - vtrans

FRACTIME16 time-fraction tracer originating from layer 16 - vtrans

FRACTIME17 time-fraction tracer originating from layer 17 - vtrans

FRACTIME18 time-fraction tracer originating from layer 18 - vtrans

FRACTIME19 time-fraction tracer originating from layer 19 - vtrans

FRACTIME20 time-fraction tracer originating from layer 20 - vtrans

FRACTIME21 time-fraction tracer originating from layer 21 - vtrans

FRACTIME22 time-fraction tracer originating from layer 22 - vtrans

FRACTIME23 time-fraction tracer originating from layer 23 - vtrans

FRACTIME24 time-fraction tracer originating from layer 24 - vtrans

FRACTIME25 time-fraction tracer originating from layer 25 - vtrans

FRACTIME26 time-fraction tracer originating from layer 26 - vtrans

FRACTIME27 time-fraction tracer originating from layer 27 - vtrans

FRACTIME28 time-fraction tracer originating from layer 28 - vtrans

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Table 14.1 – continued from previous page

Item Description Unit Process

FRACTIME29 time-fraction tracer originating from layer 29 - vtrans

FRACTIME30 time-fraction tracer originating from layer 30 - vtrans

FRACTIME31 time-fraction tracer originating from layer 31 - vtrans

FRACTIME32 time-fraction tracer originating from layer 32 - vtrans

FRACTIME33 time-fraction tracer originating from layer 33 - vtrans

FRACTIME34 time-fraction tracer originating from layer 34 - vtrans

FRACTIME35 time-fraction tracer originating from layer 35 - vtrans

FRACTIME36 time-fraction tracer originating from layer 36 - vtrans

FRACTIME37 time-fraction tracer originating from layer 37 - vtrans

FRACTIME38 time-fraction tracer originating from layer 38 - vtrans

FRACTIME39 time-fraction tracer originating from layer 39 - vtrans

FRACTIME40 time-fraction tracer originating from layer 40 - vtrans

FRACTIME41 time-fraction tracer originating from layer 41 - vtrans

FRACTIME42 time-fraction tracer originating from layer 42 - vtrans

FRACTIME43 time-fraction tracer originating from layer 43 - vtrans

FRACTIME44 time-fraction tracer originating from layer 44 - vtrans

FRACTIME45 time-fraction tracer originating from layer 45 - vtrans

FRACTIME46 time-fraction tracer originating from layer 46 - vtrans

FRACTIME47 time-fraction tracer originating from layer 47 - vtrans

FRACTIME48 time-fraction tracer originating from layer 48 - vtrans

FRACTIME49 time-fraction tracer originating from layer 49 - vtrans

FRACTIME50 time-fraction tracer originating from layer 50 - vtrans

FRACTIME51 time-fraction tracer originating from layer 51 - vtrans

FRACTIME52 time-fraction tracer originating from layer 52 - vtrans

FRACTIME53 time-fraction tracer originating from layer 53 - vtrans

FRACTIME54 time-fraction tracer originating from layer 54 - vtrans

FRACTIME55 time-fraction tracer originating from layer 55 - vtrans

FRACTIME56 time-fraction tracer originating from layer 56 - vtrans

FRACTIME57 time-fraction tracer originating from layer 57 - vtrans

FRACTIME58 time-fraction tracer originating from layer 58 - vtrans

FRACTIME59 time-fraction tracer originating from layer 59 - vtrans

FRACTIME60 time-fraction tracer originating from layer 60 - vtrans

FRACTIME61 time-fraction tracer originating from layer 61 - vtrans

FRACTIME62 time-fraction tracer originating from layer 62 - vtrans

FRACTIME63 time-fraction tracer originating from layer 63 - vtrans

FRACTIME64 time-fraction tracer originating from layer 64 - vtrans

FRACTIME65 time-fraction tracer originating from layer 65 - vtrans

FRACTIME66 time-fraction tracer originating from layer 66 - vtrans

FRACTIME67 time-fraction tracer originating from layer 67 - vtrans

FRACTIME68 time-fraction tracer originating from layer 68 - vtrans

FRACTIME69 time-fraction tracer originating from layer 69 - vtrans

FRACTIME70 time-fraction tracer originating from layer 70 - vtrans

FRACTIME71 time-fraction tracer originating from layer 71 - vtrans

FRACTIME72 time-fraction tracer originating from layer 72 - vtrans

FRACTIME73 time-fraction tracer originating from layer 73 - vtrans

FRACTIME74 time-fraction tracer originating from layer 74 - vtrans

FRACTIME75 time-fraction tracer originating from layer 75 - vtrans

FRACTIME76 time-fraction tracer originating from layer 76 - vtrans

FRACTIME77 time-fraction tracer originating from layer 77 - vtrans

FRACTIME78 time-fraction tracer originating from layer 78 - vtrans

FRACTIME79 time-fraction tracer originating from layer 79 - vtrans

FRACTIME80 time-fraction tracer originating from layer 80 - vtrans

FRACTIME81 time-fraction tracer originating from layer 81 - vtrans

FRACTIME82 time-fraction tracer originating from layer 82 - vtrans

FRACTIME83 time-fraction tracer originating from layer 83 - vtrans

FRACTIME84 time-fraction tracer originating from layer 84 - vtrans

FRACTIME85 time-fraction tracer originating from layer 85 - vtrans

FRACTIME86 time-fraction tracer originating from layer 86 - vtrans

FRACTIME87 time-fraction tracer originating from layer 87 - vtrans

FRACTIME88 time-fraction tracer originating from layer 88 - vtrans

FRACTIME89 time-fraction tracer originating from layer 89 - vtrans

FRACTIME90 time-fraction tracer originating from layer 90 - vtrans

FRACTIME91 time-fraction tracer originating from layer 91 - vtrans

FRACTIME92 time-fraction tracer originating from layer 92 - vtrans

FRACTIME93 time-fraction tracer originating from layer 93 - vtrans

FRACTIME94 time-fraction tracer originating from layer 94 - vtrans

FRACTIME95 time-fraction tracer originating from layer 95 - vtrans

FRACTIME96 time-fraction tracer originating from layer 96 - vtrans

FRACTIME97 time-fraction tracer originating from layer 97 - vtrans

FRACTIME98 time-fraction tracer originating from layer 98 - vtrans

FRACTIME99 time-fraction tracer originating from layer 99 - vtrans

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Table 14.1 – continued from previous page

Item Description Unit Process

FRACTIM100 time-fraction tracer originating from layer100 - vtrans

ReqDin uptake of nitrogen gN/m3/d BLOOM_P

FracUptNH4 fraction of NH4 in uptake of nitrogen - BLOOM_P

BOD5/infPH BOD5:BODu ratio in phytoplankton - BLOOM_P

Limit Chlo total chlorophyll in algae mgChl/m3BLOOM_P

Limit nit limiting factor nitrogen - BLOOM_P

Limit pho limiting factor phosphorus - BLOOM_P

Limit sil limiting factor silicate - BLOOM_P

Limit e limiting factor energy - BLOOM_P

Limit gro limiting factor growth - BLOOM_P

Limit mor limiting factor mortality - BLOOM_P

fFixNUpt uptake ﬂux of nitrogen by ﬁxation gN/(m2d) BLOOM_P

RcPPALG Effective production of group 1/d BLOOM_P

RcMrtALG Effective mortality of group 1/d BLOOM_P

Phyt_bl total carbon in phytoplankton gC/m3BLOOM_P

AlgN_bl total nitrogen in algae gN/m3BLOOM_P

AlgP_bl total phosphorus in algae gP/m3BLOOM_P

AlgSi_bl total silica in algae gSi/m3BLOOM_P

AlgDM_bl total DM in algae gDM/m3BLOOM_P

Chlfa_bl Chlorophyll-a concentration mg/m3BLOOM_P

RcPPALG01 Effective production rate algae type 01 1/d BLOOM

RcPPALG02 Effective production rate algae type 02 1/d BLOOM

RcPPALG03 Effective production rate algae type 03 1/d BLOOM

RcPPALG04 Effective production rate algae type 04 1/d BLOOM

RcPPALG05 Effective production rate algae type 05 1/d BLOOM

RcPPALG06 Effective production rate algae type 06 1/d BLOOM

RcPPALG07 Effective production rate algae type 07 1/d BLOOM

RcPPALG08 Effective production rate algae type 08 1/d BLOOM

RcPPALG09 Effective production rate algae type 09 1/d BLOOM

RcPPALG10 Effective production rate algae type 10 1/d BLOOM

RcPPALG11 Effective production rate algae type 11 1/d BLOOM

RcPPALG12 Effective production rate algae type 12 1/d BLOOM

RcPPALG13 Effective production rate algae type 13 1/d BLOOM

RcPPALG14 Effective production rate algae type 14 1/d BLOOM

RcPPALG15 Effective production rate algae type 15 1/d BLOOM

RcPPALG16 Effective production rate algae type 16 1/d BLOOM

RcPPALG17 Effective production rate algae type 17 1/d BLOOM

RcPPALG18 Effective production rate algae type 18 1/d BLOOM

RcPPALG19 Effective production rate algae type 19 1/d BLOOM

RcPPALG20 Effective production rate algae type 20 1/d BLOOM

RcPPALG21 Effective production rate algae type 21 1/d BLOOM

RcPPALG22 Effective production rate algae type 22 1/d BLOOM

RcPPALG23 Effective production rate algae type 23 1/d BLOOM

RcPPALG24 Effective production rate algae type 24 1/d BLOOM

RcPPALG25 Effective production rate algae type 25 1/d BLOOM

RcPPALG26 Effective production rate algae type 26 1/d BLOOM

RcPPALG27 Effective production rate algae type 27 1/d BLOOM

RcPPALG28 Effective production rate algae type 28 1/d BLOOM

RcPPALG29 Effective production rate algae type 29 1/d BLOOM

RcPPALG30 Effective production rate algae type 30 1/d BLOOM

RcMrtALG01 Effective mortality rate algae type 01 1/d BLOOM

RcMrtALG02 Effective mortality rate algae type 02 1/d BLOOM

RcMrtALG03 Effective mortality rate algae type 03 1/d BLOOM

RcMrtALG04 Effective mortality rate algae type 04 1/d BLOOM

RcMrtALG05 Effective mortality rate algae type 05 1/d BLOOM

RcMrtALG06 Effective mortality rate algae type 06 1/d BLOOM

RcMrtALG07 Effective mortality rate algae type 07 1/d BLOOM

RcMrtALG08 Effective mortality rate algae type 08 1/d BLOOM

RcMrtALG09 Effective mortality rate algae type 09 1/d BLOOM

RcMrtALG10 Effective mortality rate algae type 10 1/d BLOOM

RcMrtALG11 Effective mortality rate algae type 11 1/d BLOOM

RcMrtALG12 Effective mortality rate algae type 12 1/d BLOOM

RcMrtALG13 Effective mortality rate algae type 13 1/d BLOOM

RcMrtALG14 Effective mortality rate algae type 14 1/d BLOOM

RcMrtALG15 Effective mortality rate algae type 15 1/d BLOOM

RcMrtALG16 Effective mortality rate algae type 16 1/d BLOOM

RcMrtALG17 Effective mortality rate algae type 17 1/d BLOOM

RcMrtALG18 Effective mortality rate algae type 18 1/d BLOOM

RcMrtALG19 Effective mortality rate algae type 19 1/d BLOOM

RcMrtALG20 Effective mortality rate algae type 20 1/d BLOOM

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Item Description Unit Process

RcMrtALG21 Effective mortality rate algae type 21 1/d BLOOM

RcMrtALG22 Effective mortality rate algae type 22 1/d BLOOM

RcMrtALG23 Effective mortality rate algae type 23 1/d BLOOM

RcMrtALG24 Effective mortality rate algae type 24 1/d BLOOM

RcMrtALG25 Effective mortality rate algae type 25 1/d BLOOM

RcMrtALG26 Effective mortality rate algae type 26 1/d BLOOM

RcMrtALG27 Effective mortality rate algae type 27 1/d BLOOM

RcMrtALG28 Effective mortality rate algae type 28 1/d BLOOM

RcMrtALG29 Effective mortality rate algae type 29 1/d BLOOM

RcMrtALG30 Effective mortality rate algae type 30 1/d BLOOM

BLOOMGRP algae group concentration gC/m3Phy_Blo_P

BLOOMGRP01 algae group 1 concentration gC/m3Phy_Blo

BLOOMGRP02 algae group 2 concentration gC/m3Phy_Blo

BLOOMGRP03 algae group 3 concentration gC/m3Phy_Blo

BLOOMGRP04 algae group 4 concentration gC/m3Phy_Blo

BLOOMGRP05 algae group 5 concentration gC/m3Phy_Blo

BLOOMGRP06 algae group 6 concentration gC/m3Phy_Blo

BLOOMGRP07 algae group 7 concentration gC/m3Phy_Blo

BLOOMGRP08 algae group 8 concentration gC/m3Phy_Blo

BLOOMGRP09 algae group 9 concentration gC/m3Phy_Blo

BLOOMGRP10 algae group 10 concentration gC/m3Phy_Blo

BLOOMGRP11 algae group 11 concentration gC/m3Phy_Blo

BLOOMGRP12 algae group 12 concentration gC/m3Phy_Blo

BLOOMGRP13 algae group 13 concentration gC/m3Phy_Blo

BLOOMGRP14 algae group 14 concentration gC/m3Phy_Blo

BLOOMGRP15 algae group 15 concentration gC/m3Phy_Blo

BLOOMGRP16 algae group 16 concentration gC/m3Phy_Blo

BLOOMGRP17 algae group 17 concentration gC/m3Phy_Blo

BLOOMGRP18 algae group 18 concentration gC/m3Phy_Blo

BLOOMGRP19 algae group 19 concentration gC/m3Phy_Blo

BLOOMGRP20 algae group 20 concentration gC/m3Phy_Blo

BLOOMGRP21 algae group 21 concentration gC/m3Phy_Blo

BLOOMGRP22 algae group 22 concentration gC/m3Phy_Blo

BLOOMGRP23 algae group 23 concentration gC/m3Phy_Blo

BLOOMGRP24 algae group 24 concentration gC/m3Phy_Blo

BLOOMGRP25 algae group 25 concentration gC/m3Phy_Blo

BLOOMGRP26 algae group 26 concentration gC/m3Phy_Blo

BLOOMGRP27 algae group 27 concentration gC/m3Phy_Blo

BLOOMGRP28 algae group 28 concentration gC/m3Phy_Blo

BLOOMGRP29 algae group 29 concentration gC/m3Phy_Blo

BLOOMGRP30 algae group 30 concentration gC/m3Phy_Blo

POMnoa total POM no algae gDM/m3Compos

PONnoa total PON no algae gN/m3Compos

POPnoa total POP no algae gP/m3Compos

POSnoa total POS no algae gS/m3Compos

TIMS1 total inorganic matter in layer S1 gDM/m2S1_Comp

POMS1 Particulate Organic Matter in layer S1 gDW/m2S1_Comp

FrGreenS1 fraction Greens in layer S1 gC/gDM S1_Comp

TIMS2 total inorganic matter in layer S2 gDM/m2S2_Comp

POMS2 Particulate Organic Matter in layer S2 gDW/m2S2_Comp

FrGreenS2 fraction Greens in layer S2 gC/gDM S2_Comp

TPMnoalg total particulate matter excluding algae gdw/m3Compos

TOC total organic C including algae gC/m3Compos

POC Particulate Organic Carbon including algae gC/m3Compos

TotN total nitrogen including algae gN/m3Compos

KjelN Kjeldahl nitrogen gN/m3Compos

DIN dissolved inorganic nitrogen gN/m3Compos

TON total organic N including algae gN/m3Compos

PON Particulate Organic Nitrogen including algae gN/m3Compos

TotP total phosphorus including algae gP/m3Compos

TOP total organic P including algae gP/m3Compos

POP particulate organic P incl algae gP/m3Compos

PIP Particulate Inorganic Phosphorus gP/m3Compos

FrAAPTIM fraction AAP of total inorganic matter gP/gDM Compos

TotSi total silica including algae gSi/m3Compos

Rho overall bulk density g/m3DMVolume

VolumDM volume of dry matter m3DMVolume

MrtToEColi overall mortality rate EColi 1/d EColiMrt

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

MrtRaEColi mortality rate due to by radiation EColi 1/d EColiMrt

MrtToFColi overall mortality rate FColi 1/d FColiMrt

MrtRaFColi mortality rate due to by radiation FColi 1/d FColiMrt

MrtToTColi overall mortality rate TColi 1/d TColiMrt

MrtRaTColi mortality rate due to by radiation TColi 1/d TColiMrt

MrtToEnCoc overall mortality rate EnCoc 1/d EnCocMrt

MrtRaEnCoc mortality rate due to by radiation EnCoc 1/d EnCocMrt

RCREARCO2 rate constant for reaeration of CO2 1/d RearCO2

SatPercCO2 Actual saturation percentage CO2 % RearCO2

EqAAP equilibrium concentration of AAP gP/m3AdsPO4AAP

Atot_AAP total concentration adsorption sites for PO4 (mol l) AdsPO4AAP

KadsP_app Adsorption equilibrium constant at ambient temp. l/mol2 AdsPO4AAP

O2FuncDEN oxygen function for denitriﬁcation - DenWat_NO3

O2FuncNIT oxygen function for nitriﬁcation - Nitrif_NH4

RCREAR rate constant for reaeration 1/d RearOXY

SatPercOXY Actual saturation percentage O2 % RearOXY

ActualTime actual time h VAROXY

O2FuncBOD oxygen function for decay of CBOD - BODCOD

AgeFun age function for decay CBOD and NBOD - BODCOD

BOD5 BOD5 gO2/m3BODCOD

BODu calculated carbonaceous BOD at ultimate gO2/m3BODCOD

COD Chemical oxygen demand COD gO2/m3BODCOD

BOD5-POC contribution of POC to BOD5 gO2/m3BODCOD

BODu-POC contribution of POC to calculated BODu gO2/m3BODCOD

BOD5-Phyt contribution of phytoplankton to BOD5 gO2/m3BODCOD

BODu-Phyt contribution of Phyt to calculated BODu gO2/m3BODCOD

BODN calculated nitrogenous BOD at ultimate gO2/m3BODCOD

CBODu_3 carbonaceous BOD third pool ultimate gO2/m3DBOD_TEWOR

k_decPOC5 ﬁrst order decay rate POC5 1/d DecPOC5

f_dt5stoN enh. factor mineralisation med. decaying detr.- - DecPOC5

f_dt5stoP enh. factor mineralisation med. decaying detr.- - DecPOC5

f_minPOC5e mineralization ﬂux POC5 emersed gC/m3/d DecPOC5

dDissolSi dissolution ﬂux Opal to Si gSi/m3/d DisSi

FlSODtot total oxygen consumption gO2/(m2d) SedOXYDem

FlCH4 methane bubble ﬂux as O2 gO2/(m2d) SedOXYDem

DifCH4bub diffusion CH4 from bubbles as O2 gO2/(m2d) SedOXYDem

DifCH4dis diffusion dissolved CH4 as O2 gO2/(m2d) SedOXYDem

hSatCH4 saturation depth methane m SedOXYDem

hAer aerobic depth m SedOXYDem

dCH4 methane production from SOD gO2/m3/d SedOXYDem

dOxSOD oxygen consumption from SOD gO2/m3/d SedOXYDem

dOxMinSed oxygen consumption from mineralisation DetC & OOC gO2/m3/d SedOXYDem

dSOD decay ﬂux of SOD gO2/m3/d SedOXYDem

LimNgreen nitrogen limitation function Greens <0-1>- NLGreen

LimPgreen phosphorus limitation function Greens <0-1>- NLGreen

LimSigreen silicate limitation function Greens <0-1>- NLGreen

LimNdiat nitrogen limitation function Diatoms <0-1>- NLDiat

LimPdiat phosphorus limitation function Diatoms <0-1>- NLDiat

LimSidiat silicate limitation function Diatoms <0-1>- NLDiat

RcMrtGreen mortality rate Greens 1/d GroMrt_Gre

RcMrtDiat mortality rate Diatoms 1/d GroMrt_Dia

RcGroDiaS1 net primary production rate Diatoms in layer S1 gC/(m2d) GroMrt_DS1

RcMrtDiaS1 mortality rate Diatoms in layer S1 1/d GroMrt_DS1

RcRespDiS1 respiration rate Diatoms in layer S1 1/d GroMrt_DS1

EffNutDiS1 nutrient efﬁciency function Diatoms <0-1>- GroMrt_DS1

EffLigDiS1 light efﬁciency function Diatoms <0-1>- GroMrt_DS1

OXYMIN potential minimum dissolved oxygen concentration gO2/m3OXYMin

FrOxCon relative contribution of oxygen consumption - CONSELAC

FrNiDen relative contribution of denitriﬁcation - CONSELAC

FrFeRed relative contribution of iron reduction - CONSELAC

FrSuRed relative contribution of sulphate reduction - CONSELAC

FrMetGen relative contribution of methanogenesis - CONSELAC

CH4Sat saturation concentration of methane - EBULCH4

RCVolCH4 rate constant for volatilisation 1/d VolatCH4

SatPercCH4 Actual saturation percentage of methane % VolatCH4

DisH2SWK hydrogen sulphide concentration H2S (mol l) SPECSUD

FrHSdis fraction HS- in water column - SPECSUD

FrH2SdisS1 fraction of dissolved hydrogen sulphide S1 - SPECSUDS1

FrHSdisS1 fraction HS- in S1 - SPECSUDS1

FrS2disS1 fraction dissolved free sulphide S1 - SPECSUDS1

continued on next page

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Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

FrH2SdisS2 fraction of dissolved hydrogen sulphide S2 - SPECSUDS2

FrHSdisS2 fraction HS- in S2 - SPECSUDS2

FrS2disS2 fraction dissolved free sulphide S2 - SPECSUDS2

OxFuncMet oxygen function for methane oxidation - OXIDCH4

SuFuncMet sulphate function for methane oxidation - OXIDCH4

LIFuncMet light inhibition function for methane ox - OXIDCH4

DisFe3 concentration of free dissolved ironIII (mol l) SPECIRON

DisFe3OH concentration of dissolved FeOH2+ (mol l) SPECIRON

DisFe3OH2 concentration of dissolved FeOH2+ (mol l) SPECIRON

FrFe3OHd fraction of dissolved FeOH2+ - SPECIRON

FrFe3OH2d fraction of dissolved FeOH2+ - SPECIRON

DisFe2 concentration of free dissolved ironII (mol l) SPECIRON

DisFe2OH concentration of dissolved FeOH+ (mol l) SPECIRON

DisFe2OH2 concentration of dissolved FeOH2 (mol l) SPECIRON

ﬁoo rate of iron oxidation with oxygen gFe/m3/d IRONOX

ﬁon rate of iron oxidation with nitrate gFe/m3/d IRONOX

fFeSox rate of iron sulphide oxidation gFe/m3/d SULPHOX

fFeS2ox rate of of pyrite oxidation gFe/m3/d SULPHOX

ﬁre1 rate of amorphous iron red. with H2S gFe/m3/d IRONRED

ﬁre2 rate of crystalline iron red. with H2S gFe/m3/d IRONRED

ﬁre3 rate of amorphous iron red. with FeS gFe/m3/d IRONRED

ﬁre4 rate of crystalline iron red. with FeS gFe/m3/d IRONRED

fpfe3 rate of amorphous ironIII precipitat. gFe/m3/d PRIRON

fdfe3 rate of amorphous ironIII dissolution gFe/m3/d PRIRON

fafe3 rate of amorphous ironIII aging gFe/m3/d PRIRON

fpfes rate of ironII sulphide precipitation gFe/m3/d PRIRON

fdfes rate of ironII sulphide dissolution gFe/m3/d PRIRON

fpfeco3 rate of ironII carbonate precipitation gFe/m3/d PRIRON

fdfeco3 rate of ironII carbonate dissolution gFe/m3/d PRIRON

fpyr rate of pyrite formation gFe/m3/d PRIRON

SalFunIM1 salinity function on settling IM1 - CalVS_IM1

FloFunIM1 ﬂocculation function on settling IM1 - CalVS_IM1

SalFunIM2 salinity function on settling IM2 - CalVS_IM2

FloFunIM2 ﬂocculation function on settling IM2 - CalVS_IM2

SalFunIM3 salinity function on settling IM3 - CalVS_IM3

FloFunIM3 ﬂocculation function on settling IM3 - CalVS_IM3

SalFunDiat salinity function on settling Diatoms - CalVS_Diat

FloFunDiat ﬂocculation function on settling Diatoms - CalVS_Diat

SalFunGree salinity function on settling Greens - CalVS_Gree

FloFunGree ﬂocculation function on settling Greens - CalVS_Gree

SalFnAlg salinity function on sedimentation algae type - CalVSALG

FloFnAlg ﬂocculation function on sedimentation algae - CalVSALG

SalFnAlg01 salinity function on settling algae type 01 - CalVSALG01

FloFnAlg01 ﬂocculation function on settling algae type 01 - CalVSALG01

SalFnAlg02 salinity function on settling algae type 02 - CalVSALG02

FloFnAlg02 ﬂocculation function on settling algae type 02 - CalVSALG02

SalFnAlg03 salinity function on settling algae type 03 - CalVSALG03

FloFnAlg03 ﬂocculation function on settling algae type 03 - CalVSALG03

SalFnAlg04 salinity function on settling algae type 04 - CalVSALG04

FloFnAlg04 ﬂocculation function on settling algae type 04 - CalVSALG04

SalFnAlg05 salinity function on settling algae type 05 - CalVSALG05

FloFnAlg05 ﬂocculation function on settling algae type 05 - CalVSALG05

SalFnAlg06 salinity function on settling algae type 06 - CalVSALG06

FloFnAlg06 ﬂocculation function on settling algae type 06 - CalVSALG06

SalFnAlg07 salinity function on settling algae type 07 - CalVSALG07

FloFnAlg07 ﬂocculation function on settling algae type 07 - CalVSALG07

SalFnAlg08 salinity function on settling algae type 08 - CalVSALG08

FloFnAlg08 ﬂocculation function on settling algae type 08 - CalVSALG08

SalFnAlg09 salinity function on settling algae type 09 - CalVSALG09

FloFnAlg09 ﬂocculation function on settling algae type 09 - CalVSALG09

SalFnAlg10 salinity function on settling algae type 10 - CalVSALG10

FloFnAlg10 ﬂocculation function on settling algae type 10 - CalVSALG10

SalFnAlg11 salinity function on settling algae type 11 - CalVSALG11

FloFnAlg11 ﬂocculation function on settling algae type 11 - CalVSALG11

SalFnAlg12 salinity function on settling algae type 12 - CalVSALG12

FloFnAlg12 ﬂocculation function on settling algae type 12 - CalVSALG12

SalFnAlg13 salinity function on settling algae type 13 - CalVSALG13

FloFnAlg13 ﬂocculation function on settling algae type 13 - CalVSALG13

SalFnAlg14 salinity function on settling algae type 14 - CalVSALG14

FloFnAlg14 ﬂocculation function on settling algae type 14 - CalVSALG14

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

SalFnAlg15 salinity function on settling algae type 15 - CalVSALG15

FloFnAlg15 ﬂocculation function on settling algae type 15 - CalVSALG15

SalFnAlg16 salinity function on settling algae type 16 - CalVSALG16

FloFnAlg16 ﬂocculation function on settling algae type 16 - CalVSALG16

SalFnAlg17 salinity function on settling algae type 17 - CalVSALG17

FloFnAlg17 ﬂocculation function on settling algae type 17 - CalVSALG17

SalFnAlg18 salinity function on settling algae type 18 - CalVSALG18

FloFnAlg18 ﬂocculation function on settling algae type 18 - CalVSALG18

SalFnAlg19 salinity function on settling algae type 19 - CalVSALG19

FloFnAlg19 ﬂocculation function on settling algae type 19 - CalVSALG19

SalFnAlg20 salinity function on settling algae type 20 - CalVSALG20

FloFnAlg20 ﬂocculation function on settling algae type 20 - CalVSALG20

SalFnAlg21 salinity function on settling algae type 21 - CalVSALG21

FloFnAlg21 ﬂocculation function on settling algae type 21 - CalVSALG21

SalFnAlg22 salinity function on settling algae type 22 - CalVSALG22

FloFnAlg22 ﬂocculation function on settling algae type 22 - CalVSALG22

SalFnAlg23 salinity function on settling algae type 23 - CalVSALG23

FloFnAlg23 ﬂocculation function on settling algae type 23 - CalVSALG23

SalFnAlg24 salinity function on settling algae type 24 - CalVSALG24

FloFnAlg24 ﬂocculation function on settling algae type 24 - CalVSALG24

SalFnAlg25 salinity function on settling algae type 25 - CalVSALG25

FloFnAlg25 ﬂocculation function on settling algae type 25 - CalVSALG25

SalFnAlg26 salinity function on settling algae type 26 - CalVSALG26

FloFnAlg26 ﬂocculation function on settling algae type 26 - CalVSALG26

SalFnAlg27 salinity function on settling algae type 27 - CalVSALG27

FloFnAlg27 ﬂocculation function on settling algae type 27 - CalVSALG27

SalFnAlg28 salinity function on settling algae type 28 - CalVSALG28

FloFnAlg28 ﬂocculation function on settling algae type 28 - CalVSALG28

SalFnAlg29 salinity function on settling algae type 29 - CalVSALG29

FloFnAlg29 ﬂocculation function on settling algae type 29 - CalVSALG29

SalFnAlg30 salinity function on settling algae type 30 - CalVSALG30

FloFnAlg30 ﬂocculation function on settling algae type 30 - CalVSALG30

PSedIM1 sedimentation probability <0-1>IM1 - Sed_IM1

PSedIM2 sedimentation probability <0-1>IM2 - Sed_IM2

PSedIM3 sedimentation probability <0-1>IM3 - Sed_IM3

PSedDiat sedimentation probability <0-1>Diatoms - SedDiat

PSedGreen sedimentation probability <0-1>Greens - Sed_Gre

PSedAlg sedimentation probability <0-1>algae - SEDALG

PSedAlg01 sedimentation probability <0-1>algae type 01 - SEDALG01

PSedAlg02 sedimentation probability <0-1>algae type 02 - SEDALG02

PSedAlg03 sedimentation probability <0-1>algae type 03 - SEDALG03

PSedAlg04 sedimentation probability <0-1>algae type 04 - SEDALG04

PSedAlg05 sedimentation probability <0-1>algae type 05 - SEDALG05

PSedAlg06 sedimentation probability <0-1>algae type 06 - SEDALG06

PSedAlg07 sedimentation probability <0-1>algae type 07 - SEDALG07

PSedAlg08 sedimentation probability <0-1>algae type 08 - SEDALG08

PSedAlg09 sedimentation probability <0-1>algae type 09 - SEDALG09

PSedAlg10 sedimentation probability <0-1>algae type 10 - SEDALG10

PSedAlg11 sedimentation probability <0-1>algae type 11 - SEDALG11

PSedAlg12 sedimentation probability <0-1>algae type 12 - SEDALG12

PSedAlg13 sedimentation probability <0-1>algae type 13 - SEDALG13

PSedAlg14 sedimentation probability <0-1>algae type 14 - SEDALG14

PSedAlg15 sedimentation probability <0-1>algae type 15 - SEDALG15

PSedAlg16 sedimentation probability <0-1>algae type 16 - SEDALG16

PSedAlg17 sedimentation probability <0-1>algae type 17 - SEDALG17

PSedAlg18 sedimentation probability <0-1>algae type 18 - SEDALG18

PSedAlg19 sedimentation probability <0-1>algae type 19 - SEDALG19

PSedAlg20 sedimentation probability <0-1>algae type 20 - SEDALG20

PSedAlg21 sedimentation probability <0-1>algae type 21 - SEDALG21

PSedAlg22 sedimentation probability <0-1>algae type 22 - SEDALG22

PSedAlg23 sedimentation probability <0-1>algae type 23 - SEDALG23

PSedAlg24 sedimentation probability <0-1>algae type 24 - SEDALG24

PSedAlg25 sedimentation probability <0-1>algae type 25 - SEDALG25

PSedAlg26 sedimentation probability <0-1>algae type 26 - SEDALG26

PSedAlg27 sedimentation probability <0-1>algae type 27 - SEDALG27

PSedAlg28 sedimentation probability <0-1>algae type 28 - SEDALG28

PSedAlg29 sedimentation probability <0-1>algae type 29 - SEDALG29

PSedAlg30 sedimentation probability <0-1>algae type 30 - SEDALG30

PSedBOD5 sedimentation probability <0-1>CBOD5 - S_CBOD51

PSedBOD5_2 sedimentation probability <0-1>CBOD5_2 - S_CBOD52

PSedBOD5_3 sedimentation probability <0-1>CBOD5_3 - S_CBOD53

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Table 14.1 – continued from previous page

Item Description Unit Process

PSedBODu sedimentation probability <0-1>CBODu - S_CBODu1

PSedBODu_2 sedimentation probability <0-1>CBODu_2 - S_CBODu2

PSedCODCr sedimentation probability <0-1>COD_Cr - S_CODCr

PSedCODMn sedimentation probability <0-1>COD_Mn - S_CODMn

PSedNBOD5 sedimentation probability <0-1>NBOD5 - S_NBOD5

PSedNBODu sedimentation probability <0-1>NBODu - S_NBODu

fSedSOD total sedimentation ﬂux BOD/COD fractions gO2/(m2d) SED_SOD

fSedPOMnoa total sedimentation ﬂux POM no algae gDM/(m2d) Sum_Sedim

PSedMPB1 sedimentation probability <0-1>MPB1peli - Sed_MPB1

fSedMPB1 sedimentation ﬂux MPB1peli gC/(m2d) Sed_MPB1

PSedMPB2 sedimentation probability <0-1>MPB2psam - Sed_MPB2

fSedMPB2 sedimentation ﬂux MPB2psam gC/(m2d) Sed_MPB2

PSedOpal sedimentation probability <0-1>Opal - Sed_Opal

fSedOpal sedimentation ﬂux Opal gSi/(m2d) Sed_Opal

PSedPOC1 sedimentation probability <0-1>POC1 - Sed_POC1

PSedPOC2 sedimentation probability <0-1>POC2 - Sed_POC2

PSedPOC3 sedimentation probability <0-1>POC3 - Sed_POC3

PSedPOC4 sedimentation probability <0-1>POC4 - Sed_POC4

PSedVIVP sedimentation probability <0-1>VIVP - Sed_VivP

fSedVIVP sedimentation ﬂux VIVP gP/(m2d) Sed_VivP

PSedAPATP sedimentation probability <0-1>APATP - Sed_ApatP

fSedAPATP sedimentation ﬂux APATP gP/(m2d) Sed_ApatP

PSedFe3pa sedimentation probability <0-1>Fe3pa - Sed_Fe3pa

fSedFe3pa sedimentation ﬂux Fe3pa gFe/(m2d) Sed_Fe3pa

PSedFe3pc sedimentation probability <0-1>Fe3pc - Sed_Fe3pc

fSedFe3pc sedimentation ﬂux Fe3pc gFe/(m2d) Sed_Fe3pc

PSedFeS sedimentation probability <0-1>FeS - Sed_FeS

fSedFeS sedimentation ﬂux FeS gFe/(m2d) Sed_FeS

PSedFeS2 sedimentation probability <0-1>FeS2 - Sed_FeS2

fSedFeS2 sedimentation ﬂux FeS2 gFe/(m2d) Sed_FeS2

PSedFeCO3 sedimentation probability <0-1>FeCO3 - Sed_FeCO3

fSedFeCO3 sedimentation ﬂux FeCO3 gFe/(m2d) Sed_FeCO3

fSedPON1 sedimentation ﬂux PON1 gN/(m2d) SedNPOC1

fSedPOP1 sedimentation ﬂux POP1 gP/(m2d) SedNPOC1

fSedPON2 sedimentation ﬂux PON2 gN/(m2d) SedNPOC2

fSedPOP2 sedimentation ﬂux POP2 gP/(m2d) SedNPOC2

fSedPON3 sedimentation ﬂux PON3 gN/(m2d) SedNPOC3

fSedPOP3 sedimentation ﬂux POP3 gP/(m2d) SedNPOC3

fSedPON4 sedimentation ﬂux PON4 gN/(m2d) SedNPOC4

fSedPOP4 sedimentation ﬂux POP4 gP/(m2d) SedNPOC4

fSedTIM total sedimentation ﬂux IM fractions gDM/(m2d) Sum_Sedim

fSedPOC sum sedimentation ﬂux POC gC/(m2d) Sum_Sedim

fSedAAP sedimentation ﬂux AAP towards S1 gP/(m2d) Sed_AAP

PSedAAP sedimentation probability <0-1>AAP - Sed_CAAP

PResS1DM resuspension probability for layer S1 <0-inf>- Res_DM

PResS2DM resuspension probability for layer S2 <0-inf>- Res_DM

fResS1IM1 resuspension ﬂux IM1 from layer S1 g/(m2d) S12TraIM1

fResS2IM1 resuspension ﬂux IM1 from layer S2 g/(m2d) S12TraIM1

fResS1IM2 resuspension ﬂux IM2 from layer S1 g/(m2d) S12TraIM2

fResS2IM2 resuspension ﬂux IM2 from layer S2 g/(m2d) S12TraIM2

fResS1IM3 resuspension ﬂux IM3 from layer S1 g/(m2d) S12TraIM3

fResS2IM3 resuspension ﬂux IM3 from layer S2 g/(m2d) S12TraIM3

fResS1DetC resuspension ﬂux DetC from layer S1 gC/(m2d) S12TraDetC

fResS2DetC resuspension ﬂux DetC from layer S2 gC/(m2d) S12TraDetC

fResS1OOC resuspension ﬂux OOC from layer S1 gC/(m2d) S12TraOOC

fResS2OOC resuspension ﬂux OOC from layer S2 gC/(m2d) S12TraOOC

fResS1MPB1 resuspension ﬂux MPB1 from layer S1 gC/(m2d) S12TraMPB1

fResS2MPB1 resuspension ﬂux MPB1 from layer S2 gC/(m2d) S12TraMPB1

fResS1MPB2 resuspension ﬂux MPB2 from layer S1 gC/(m2d) S12TraMPB2

fResS2MPB2 resuspension ﬂux MPB2 from layer S2 gC/(m2d) S12TraMPB2

UdfBurS1DM zero-order burial rate DM from layer S1 gDM/(m2d) Bur_DM

ExcBurS1DM excess burial DM from layer S1 gDM/(m2d) Bur_DM

UdfBurS2DM zero-order burial rate DM from layer S2 gDM/(m2d) Bur_DM

ExcBurS2DM excess burial DM from layer S2 gDM/(m2d) Bur_DM

fBurS1IM1 burial ﬂux of IM1 from layer S1 g/(m2d) S12TraIM1

fBurS1IM2 burial ﬂux IM2 from layer S1 g/(m2d) S12TraIM2

fBurS1IM3 burial ﬂux IM3 from layer S1 g/(m2d) S12TraIM3

fBurS1Diat burial ﬂux Diatoms from layer S1 gC/(m2d) S12TraDiat

fSWBuS1Dia burial ﬂux of Diatoms from layer S1 using SWITCH gC/(m2d) S12TraDiat

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fBurS1DetC burial ﬂux DetC from layer S1 gC/(m2d) S12TraDetC

fSWBuS1DtC burial ﬂux of DetC from layer S1 using SWITCH gC/(m2d) S12TraDetC

fBurS1OOC burial ﬂux OOC from layer S1 gC/(m2d) S12TraOOC

fSWBuS1OOC burial ﬂux of OOC from layer S1 using SWITCH gC/(m2d) S12TraOOC

fBurS2IM1 burial ﬂux IM1 from layer S2 g/(m2d) S12TraIM1

fBurS2IM2 burial ﬂux IM2 from layer S2 g/(m2d) S12TraIM2

fBurS2IM3 burial ﬂux IM3 from layer S2 g/(m2d) S12TraIM3

fBurS2DetC burial ﬂux DetC from layer S2 gC/(m2d) S12TraDetC

fBurS2OOC burial ﬂux OOC from layer S2 gC/(m2d) S12TraOOC

fBurS2Diat burial ﬂuxs Diatoms from layer S2 gC/(m2d) S12TraDiat

fDigS1IM1 digging ﬂux IM1 to layer S1 g/(m2d) S12TraIM1

fDigS1IM2 digging ﬂux IM2 to layer S1 g/(m2d) S12TraIM2

fDigS1IM3 digging ﬂux IM3 to layer S1 g/(m2d) S12TraIM3

fDigS1DetC digging ﬂux DetC to layer S1 gC/(m2d) S12TraDetC

fDigS1OOC digging ﬂux OOC to layer S1 gC/(m2d) S12TraOOC

fDigS1Diat digging ﬂux Diatoms to layer S1 gC/(m2d) S12TraDiat

fDigS2IM1 digging ﬂux IM1 to layer S2 g/(m2d) S12TraIM1

fDigS2IM2 digging ﬂux IM2 to layer S2 g/(m2d) S12TraIM2

fDigS2IM3 digging ﬂux IM3 to layer S2 g/(m2d) S12TraIM3

fDigS2DetC digging ﬂux DetC to layer S2 gC/(m2d) S12TraDetC

fDigS2OOC digging ﬂux OOC to layer S2 gC/(m2d) S12TraOOC

fDigS2Diat digging ﬂux Diatoms to layer S2 gC/(m2d) S12TraDiat

fResDM net resuspension ﬂux from segment gDM/(m2d) AdvTra

PResDM resuspension probability <0-inf>- AdvTra

fResTDM gross resuspension ﬂux from segment g/(m2d) AdvTra

fBurDM total burial ﬂux dry matter gDM/(m2d) AdvTra

FrCdDis fraction free dissolved Cd in water column - PartWK_Cd

FrCdDOC fraction Cd adsorbed to DOC - PartWK_Cd

FrCdSulf fraction Cd as sulﬁde precipitate or complex - PartWK_Cd

DisCd free dissolved Cd in water column gCd/m3PartWK_Cd

DOCCd Cd adsorbed to DOC gCd/m3PartWK_Cd

Cdtot total concentration Cd g/m3PartWK_Cd

QCdSS overall quality suspended solid for Cd mgCd/kgDM PartWK_Cd

KdCdSS overall partition coefﬁcient Cd in SS m3/kgDM PartWK_Cd

FrCrDis fraction free dissolved Cr in water column - PartWK_Cr

FrCrDOC fraction Cr adsorbed to DOC - PartWK_Cr

FrCrHydr fraction Cr as hydroxide precip - PartWK_Cr

DisCr free dissolved Cr in water column gCr/m3PartWK_Cr

DOCCr Cr adsorbed to DOC gCr/m3PartWK_Cr

Crtot total concentration Cr g/m3PartWK_Cr

QCrSS overall quality suspended solid for Cr mgCr/kgDM PartWK_Cr

KdCrSS overall partition coefﬁcient Cr in SS m3/kgDM PartWK_Cr

FrCuDis fraction free dissolved Cu in water column - PartWK_Cu

FrCuDOC fraction Cu adsorbed to DOC - PartWK_Cu

FrCuSulf fraction Cu as sulﬁde precipitate or complex - PartWK_Cu

DisCu free dissolved Cu in water column gCu/m3PartWK_Cu

DOCCu Cu adsorbed to DOC gCu/m3PartWK_Cu

Cutot total concentration Cu g/m3PartWK_Cu

QCuSS overall quality suspended solid for Cu mgCu/kgDM PartWK_Cu

KdCuSS overall partition coefﬁcient Cu in SS m3/kgDM PartWK_Cu

FrHgDis fraction free dissolved Hg in water column - PartWK_Hg

FrHgDOC fraction Hg adsorbed to DOC - PartWK_Hg

FrHgSulf fraction Hg as sulﬁde precipitate or complex - PartWK_Hg

DisHg free dissolved Hg in water column gHg/m3PartWK_Hg

DOCHg Hg adsorbed to DOC gHg/m3PartWK_Hg

Hgtot total concentration Hg g/m3PartWK_Hg

QHgSS overall quality suspended solid for Hg mgHg/kgDM PartWK_Hg

KdHgSS overall partition coefﬁcient Hg in SS m3/kgDM PartWK_Hg

FrNiDis fraction free dissolved Ni in water column - PartWK_Ni

FrNiDOC fraction Ni adsorbed to DOC - PartWK_Ni

FrNiSulf fraction Ni as sulﬁde precipitate or complex - PartWK_Ni

DisNi free dissolved Ni in water column gNi/m3PartWK_Ni

DOCNi Ni adsorbed to DOC gNi/m3PartWK_Ni

Nitot total concentration Ni g/m3PartWK_Ni

QNiSS overall quality suspended solid for Ni mgNi/kgDM PartWK_Ni

KdNiSS overall partition coefﬁcient Ni in SS m3/kgDM PartWK_Ni

FrPbDis fraction free dissolved Pb in water column - PartWK_Pb

FrPbDOC fraction Pb adsorbed to DOC - PartWK_Pb

FrPbSulf fraction Pb as sulﬁde precipitate or complex - PartWK_Pb

continued on next page

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Table 14.1 – continued from previous page

Item Description Unit Process

DisPb free dissolved Pb in water column gPb/m3PartWK_Pb

DOCPb Pb adsorbed to DOC gPb/m3PartWK_Pb

Pbtot total concentration Pb g/m3PartWK_Pb

QPbSS overall quality suspended solid for Pb mgPb/kgDM PartWK_Pb

KdPbSS overall partition coefﬁcient Pb in SS m3/kgDM PartWK_Pb

FrAsDis fraction free dissolved As in water column - PartWK_As

FrAsDOC fraction As adsorbed to DOC - PartWK_As

FrAsSulf fraction As as sulﬁde precipitate or complex - PartWK_As

DisAs free dissolved As in water column gAs/m3PartWK_As

DOCAs As adsorbed to DOC gAs/m3PartWK_As

Astot total concentration As g/m3PartWK_As

QAsSS overall quality suspended solid for As mgAs/kgDM PartWK_As

KdAsSS overall partition coefﬁcient As in SS m3/kgDM PartWK_As

FrVaDis fraction free dissolved Va in water column - PartWK_Va

FrVaDOC fraction Va adsorbed to DOC - PartWK_Va

FrVaSulf fraction Va as sulﬁde precipitate or complex - PartWK_Va

DisVa free dissolved Va in water column gVa/m3PartWK_Va

DOCVa Va adsorbed to DOC gVa/m3PartWK_Va

Vatot total concentration Va g/m3PartWK_Va

QVaSS overall quality suspended solid for Va mgVa/kgDM PartWK_Va

KdVaSS overall partition coefﬁcient Va in SS m3/kgDM PartWK_Va

FrZnDis fraction free dissolved Zn in water column - PartWK_Zn

FrZnDOC fraction Zn adsorbed to DOC - PartWK_Zn

FrZnSulf fraction Zn as sulﬁde precipitate or complex - PartWK_Zn

DisZn free dissolved Zn in water column gZn/m3PartWK_Zn

DOCZn Zn adsorbed to DOC gZn/m3PartWK_Zn

Zntot total concentration Zn g/m3PartWK_Zn

QZnSS overall quality suspended solid for Zn mgZn/kgDM PartWK_Zn

KdZnSS overall partition coefﬁcient Zn in SS m3/kgDM PartWK_Zn

FrCdDisS1 fraction free dissolved Cd in layer S1 - PartS1_Cd

FrCdDOCS1 fraction Cd adsorbed to DOC in layer S1 - PartS1_Cd

FrCdIM1S1 fraction Cd adsorbed to IM1 in layer S1 - PartS1_Cd

FrCdIM2S1 fraction Cd adsorbed to IM2 in layer S1 - PartS1_Cd

FrCdIM3S1 fraction Cd adsorbed to IM3 in layer S1 - PartS1_Cd

FrCdPOCS1 fraction Cd adsorbed to POC in layer S1 - PartS1_Cd

FrCdPHYTS1 fraction Cd adsorbed to phytoplankton in layer S1 - PartS1_Cd

FrCdSulfS1 fraction Cd as sulﬁde precip./complex in layer S1 - PartS1_Cd

DisCdS1 free dissolved Cd in pore water layer S1 gCd/m3p PartS1_Cd

DOCCdS1 Cd adsorbed to DOC in pore water layer S1 gCd/m3p PartS1_Cd

QCdIM1S1 quality IM1 for Cd in layer S1 gCd/gDM PartS1_Cd

QCdIM2S1 quality IM2 for Cd in layer S1 gCd/gDM PartS1_Cd

QCdIM3S1 quality IM3 for Cd in layer S1 gCd/gDM PartS1_Cd

QCdPOCS1 quality POC for Cd in layer S1 gCd/gC PartS1_Cd

QCdPHYTS1 quality phytoplankton for Cd in layer S1 gCd/gC PartS1_Cd

CdS1tot total mass Cd in layer S1 g/m2PartS1_Cd

KdCdDMS1 overall partition coefﬁcient Cd in layer S1 m3/kgDM PartS1_Cd

FrCrDisS1 fraction free dissolved Cr in layer S1 - PartS1_Cr

FrCrDOCS1 fraction Cr adsorbed to DOC in layer S1 - PartS1_Cr

FrCrIM1S1 fraction Cr adsorbed to IM1 in layer S1 - PartS1_Cr

FrCrIM2S1 fraction Cr adsorbed to IM2 in layer S1 - PartS1_Cr

FrCrIM3S1 fraction Cr adsorbed to IM3 in layer S1 - PartS1_Cr

FrCrPOCS1 fraction Cr adsorbed to POC in layer S1 - PartS1_Cr

FrCrPHYTS1 fraction Cr adsorbed to phytoplankton in layer S1 - PartS1_Cr

FrCrHydrS1 fraction Cr in layer S1 as hydroxide precip - PartS1_Cr

DisCrS1 free dissolved Cr in pore water layer S1 gCr/m3p PartS1_Cr

DOCCrS1 Cr adsorbed to DOC in pore water layer S1 gCr/m3p PartS1_Cr

QCrIM1S1 quality IM1 for Cr in layer S1 gCr/gDM PartS1_Cr

QCrIM2S1 quality IM2 for Cr in layer S1 gCr/gDM PartS1_Cr

QCrIM3S1 quality IM3 for Cr in layer S1 gCr/gDM PartS1_Cr

QCrPOCS1 quality POC for Cr in layer S1 gCr/gC PartS1_Cr

QCrPHYTS1 quality phytoplankton for Cr in layer S1 gCr/gC PartS1_Cr

CrS1tot total mass Cr in layer S1 g/m2PartS1_Cr

KdCrDMS1 overall partition coefﬁcient Cr in layer S1 m3/kgDM PartS1_Cr

FrCuDisS1 fraction free dissolved Cu in layer S1 - PartS1_Cu

FrCuDOCS1 fraction Cu adsorbed to DOC in layer S1 - PartS1_Cu

FrCuIM1S1 fraction Cu adsorbed to IM1 in layer S1 - PartS1_Cu

FrCuIM2S1 fraction Cu adsorbed to IM2 in layer S1 - PartS1_Cu

FrCuIM3S1 fraction Cu adsorbed to IM3 in layer S1 - PartS1_Cu

FrCuPOCS1 fraction Cu adsorbed to POC in layer S1 - PartS1_Cu

FrCuPHYTS1 fraction Cu adsorbed to phytoplankton in layer S1 - PartS1_Cu

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

FrCuSulfS1 fraction Cu as sulﬁde precip./complex in layer S1 - PartS1_Cu

DisCuS1 free dissolved Cu in pore water layer S1 gCu/m3p PartS1_Cu

DOCCuS1 Cu adsorbed to DOC in pore water layer S1 gCu/m3p PartS1_Cu

QCuIM1S1 quality IM1 for Cu in layer S1 gCu/gDM PartS1_Cu

QCuIM2S1 quality IM2 for Cu in layer S1 gCu/gDM PartS1_Cu

QCuIM3S1 quality IM3 for Cu in layer S1 gCu/gDM PartS1_Cu

QCuPOCS1 quality POC for Cu in layer S1 gCu/gC PartS1_Cu

QCuPHYTS1 quality phytoplankton for Cu in layer S1 gCu/gC PartS1_Cu

CuS1tot total mass Cu in layer S1 g/m2PartS1_Cu

KdCuDMS1 overall partition coefﬁcient Cu in layer S1 m3/kgDM PartS1_Cu

FrHgDisS1 fraction free dissolved Hg in layer S1 - PartS1_Hg

FrHgDOCS1 fraction Hg adsorbed to DOC in layer S1 - PartS1_Hg

FrHgIM1S1 fraction Hg adsorbed to IM1 in layer S1 - PartS1_Hg

FrHgIM2S1 fraction Hg adsorbed to IM2 in layer S1 - PartS1_Hg

FrHgIM3S1 fraction Hg adsorbed to IM3 in layer S1 - PartS1_Hg

FrHgPOCS1 fraction Hg adsorbed to POC in layer S1 - PartS1_Hg

FrHgPHYTS1 fraction Hg adsorbed to phytoplankton in layer S1 - PartS1_Hg

FrHgSulfS1 fraction Hg as sulﬁde precip./complex in layer S1 - PartS1_Hg

DisHgS1 free dissolved Hg in pore water layer S1 gHg/m3p PartS1_Hg

DOCHgS1 Hg adsorbed to DOC in pore water layer S1 gHg/m3p PartS1_Hg

QHgIM1S1 quality IM1 for Hg in layer S1 gHg/gDM PartS1_Hg

QHgIM2S1 quality IM2 for Hg in layer S1 gHg/gDM PartS1_Hg

QHgIM3S1 quality IM3 for Hg in layer S1 gHg/gDM PartS1_Hg

QHgPOCS1 quality POC for Hg in layer S1 gHg/gC PartS1_Hg

QHgPHYTS1 quality phytoplankton for Hg in layer S1 gHg/gC PartS1_Hg

HgS1tot total mass Hg in layer S1 g/m2PartS1_Hg

KdHgDMS1 overall partition coefﬁcient Hg in layer S1 m3/kgDM PartS1_Hg

FrNiDisS1 fraction free dissolved Ni in layer S1 - PartS1_Ni

FrNiDOCS1 fraction Ni adsorbed to DOC in layer S1 - PartS1_Ni

FrNiIM1S1 fraction Ni adsorbed to IM1 in layer S1 - PartS1_Ni

FrNiIM2S1 fraction Ni adsorbed to IM2 in layer S1 - PartS1_Ni

FrNiIM3S1 fraction Ni adsorbed to IM3 in layer S1 - PartS1_Ni

FrNiPOCS1 fraction Ni adsorbed to POC in layer S1 - PartS1_Ni

FrNiPHYTS1 fraction Ni adsorbed to phytoplankton in layer S1 - PartS1_Ni

FrNiSulfS1 fraction Ni as sulﬁde precip./complex in layer S1 - PartS1_Ni

DisNiS1 free dissolved Ni in pore water layer S1 gNi/m3p PartS1_Ni

DOCNiS1 Ni adsorbed to DOC in pore water layer S1 gNi/m3p PartS1_Ni

QNiIM1S1 quality IM1 for Ni in layer S1 gNi/gDM PartS1_Ni

QNiIM2S1 quality IM2 for Ni in layer S1 gNi/gDM PartS1_Ni

QNiIM3S1 quality IM3 for Ni in layer S1 gNi/gDM PartS1_Ni

QNiPOCS1 quality POC for Ni in layer S1 gNi/gC PartS1_Ni

QNiPHYTS1 quality phytoplankton for Ni in layer S1 gNi/gC PartS1_Ni

NiS1tot total mass Ni in layer S1 g/m2PartS1_Ni

KdNiDMS1 overall partition coefﬁcient Ni in layer S1 m3/kgDM PartS1_Ni

FrPbDisS1 fraction free dissolved Pb in layer S1 - PartS1_Pb

FrPbDOCS1 fraction Pb adsorbed to DOC in layer S1 - PartS1_Pb

FrPbIM1S1 fraction Pb adsorbed to IM1 in layer S1 - PartS1_Pb

FrPbIM2S1 fraction Pb adsorbed to IM2 in layer S1 - PartS1_Pb

FrPbIM3S1 fraction Pb adsorbed to IM3 in layer S1 - PartS1_Pb

FrPbPOCS1 fraction Pb adsorbed to POC in layer S1 - PartS1_Pb

FrPbPHYTS1 fraction Pb adsorbed to phytoplankton in layer S1 - PartS1_Pb

FrPbSulfS1 fraction Pb as sulﬁde precip./complex in layer S1 - PartS1_Pb

DisPbS1 free dissolved Pb in pore water layer S1 gPb/m3p PartS1_Pb

DOCPbS1 Pb adsorbed to DOC in pore water layer S1 gPb/m3p PartS1_Pb

QPbIM1S1 quality IM1 for Pb in layer S1 gPb/gDM PartS1_Pb

QPbIM2S1 quality IM2 for Pb in layer S1 gPb/gDM PartS1_Pb

QPbIM3S1 quality IM3 for Pb in layer S1 gPb/gDM PartS1_Pb

QPbPOCS1 quality POC for Pb in layer S1 gPb/gC PartS1_Pb

QPbPHYTS1 quality phytoplankton for Pb in layer S1 gPb/gC PartS1_Pb

PbS1tot total mass Pb in layer S1 g/m2PartS1_Pb

KdPbDMS1 overall partition coefﬁcient Pb in layer S1 m3/kgDM PartS1_Pb

FrAsDisS1 fraction free dissolved As in layer S1 - PartS1_As

FrAsDOCS1 fraction As adsorbed to DOC in layer S1 - PartS1_As

FrAsIM1S1 fraction As adsorbed to IM1 in layer S1 - PartS1_As

FrAsIM2S1 fraction As adsorbed to IM2 in layer S1 - PartS1_As

FrAsIM3S1 fraction As adsorbed to IM3 in layer S1 - PartS1_As

FrAsPOCS1 fraction As adsorbed to POC in layer S1 - PartS1_As

FrAsPHYTS1 fraction As adsorbed to phytoplankton in layer - PartS1_As

FrAsSulfS1 fraction As as sulﬁde precip./complex in layer - PartS1_As

DisAsS1 free dissolved As in pore water layer S1 gAs/m3p PartS1_As

continued on next page

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Table 14.1 – continued from previous page

Item Description Unit Process

DOCAsS1 As adsorbed to DOC in pore water layer S1 gAs/m3p PartS1_As

QAsIM1S1 quality IM1 for As in layer S1 gAs/gDM PartS1_As

QAsIM2S1 quality IM2 for As in layer S1 gAs/gDM PartS1_As

QAsIM3S1 quality IM3 for As in layer S1 gAs/gDM PartS1_As

QAsPOCS1 quality POC for As in layer S1 gAs/gC PartS1_As

QAsPHYTS1 quality phytoplankton for As in layer S1 gAs/gC PartS1_As

AsS1tot total mass As in layer S1 g/m2PartS1_As

KdAsDMS1 overall partition coefﬁcient As in layer m3/kgDM PartS1_As

FrVaDisS1 fraction free dissolved Va in layer S1 - PartS1_Va

FrVaDOCS1 fraction Va adsorbed to DOC in layer S1 - PartS1_Va

FrVaIM1S1 fraction Va adsorbed to IM1 in layer S1 - PartS1_Va

FrVaIM2S1 fraction Va adsorbed to IM2 in layer S1 - PartS1_Va

FrVaIM3S1 fraction Va adsorbed to IM3 in layer S1 - PartS1_Va

FrVaPOCS1 fraction Va adsorbed to POC in layer S1 - PartS1_Va

FrVaPHYTS1 fraction Va adsorbed to phytoplankton in layer S1 - PartS1_Va

FrVaSulfS1 fraction Va as sulﬁde precip./complex in layer S1 - PartS1_Va

DisVaS1 free dissolved Va in pore water layer S1 gVa/m3p PartS1_Va

DOCVaS1 Va adsorbed to DOC in pore water layer S1 gVa/m3p PartS1_Va

QVaIM1S1 quality IM1 for Va in layer S1 gVa/gDM PartS1_Va

QVaIM2S1 quality IM2 for Va in layer S1 gVa/gDM PartS1_Va

QVaIM3S1 quality IM3 for Va in layer S1 gVa/gDM PartS1_Va

QVaPOCS1 quality POC for Va in layer S1 gVa/gC PartS1_Va

QVaPHYTS1 quality phytoplankton for Va in layer S1 gVa/gC PartS1_Va

VaS1tot total mass Va in layer S1 g/m2PartS1_Va

KdVaDMS1 overall partition coefﬁcient Va in layer S1 m3/kgDM PartS1_Va

FrZnDisS1 fraction free dissolved Zn in layer S1 - PartS1_Zn

FrZnDOCS1 fraction Zn adsorbed to DOC in layer S1 - PartS1_Zn

FrZnIM1S1 fraction Zn adsorbed to IM1 in layer S1 - PartS1_Zn

FrZnIM2S1 fraction Zn adsorbed to IM2 in layer S1 - PartS1_Zn

FrZnIM3S1 fraction Zn adsorbed to IM3 in layer S1 - PartS1_Zn

FrZnPOCS1 fraction Zn adsorbed to POC in layer S1 - PartS1_Zn

FrZnPHYTS1 fraction Zn adsorbed to phytoplankton in layer S1 - PartS1_Zn

FrZnSulfS1 fraction Zn as sulﬁde precip./complex in layer S1 - PartS1_Zn

DisZnS1 free dissolved Zn in pore water layer S1 gZn/m3p PartS1_Zn

DOCZnS1 Zn adsorbed to DOC in pore water layer S1 gZn/m3p PartS1_Zn

QZnIM1S1 quality IM1 for Zn in layer S1 gZn/gDM PartS1_Zn

QZnIM2S1 quality IM2 for Zn in layer S1 gZn/gDM PartS1_Zn

QZnIM3S1 quality IM3 for Zn in layer S1 gZn/gDM PartS1_Zn

QZnPOCS1 quality POC for Zn in layer S1 gZn/gC PartS1_Zn

QZnPHYTS1 quality phytoplankton for Zn in layer S1 gZn/gC PartS1_Zn

ZnS1tot total mass Zn in layer S1 g/m2PartS1_Zn

KdZnDMS1 overall partition coefﬁcient Zn in layer S1 m3/kgDM PartS1_Zn

FrCdDisS2 fraction free dissolved Cd in layer S2 - PartS2_Cd

FrCdDOCS2 fraction Cd adsorbed to DOC in layer S2 - PartS2_Cd

FrCdIM1S2 fraction Cd adsorbed to IM1 in layer S2 - PartS2_Cd

FrCdIM2S2 fraction Cd adsorbed to IM2 in layer S2 - PartS2_Cd

FrCdIM3S2 fraction Cd adsorbed to IM3 in layer S2 - PartS2_Cd

FrCdPOCS2 fraction Cd adsorbed to POC in layer S2 - PartS2_Cd

FrCdPHYTS2 fraction Cd adsorbed to phytoplankton in layer S2 - PartS2_Cd

FrCdSulfS2 fraction Cd as sulﬁde precip./complex in layer S2 - PartS2_Cd

DisCdS2 free dissolved Cd in pore water layer S2 gCd/m3p PartS2_Cd

DOCCdS2 Cd adsorbed to DOC in pore water layer S2 gCd/m3p PartS2_Cd

QCdIM1S2 quality IM1 for Cd in layer S2 gCd/gDM PartS2_Cd

QCdIM2S2 quality IM2 for Cd in layer S2 gCd/gDM PartS2_Cd

QCdIM3S2 quality IM3 for Cd in layer S2 gCd/gDM PartS2_Cd

QCdPOCS2 quality POC for Cd in layer S2 gCd/gC PartS2_Cd

QCdPHYTS2 quality phytoplankton for Cd in layer S2 gCd/gC PartS2_Cd

CdS2tot total mass Cd in layer S2 g/m2PartS2_Cd

KdCdDMS2 overall partition coefﬁcient Cd in layer S2 m3/kgDM PartS2_Cd

FrCrDisS2 fraction free dissolved Cr in layer S2 - PartS2_Cr

FrCrDOCS2 fraction Cr adsorbed to DOC in layer S2 - PartS2_Cr

FrCrIM1S2 fraction Cr adsorbed to IM1 in layer S2 - PartS2_Cr

FrCrIM2S2 fraction Cr adsorbed to IM2 in layer S2 - PartS2_Cr

FrCrIM3S2 fraction Cr adsorbed to IM3 in layer S2 - PartS2_Cr

FrCrPOCS2 fraction Cr adsorbed to POC in layer S2 - PartS2_Cr

FrCrPHYTS2 fraction Cr adsorbed to phytoplankton in layer S2 - PartS2_Cr

FrCrHydrS2 fraction Cr in layer S2 as hydroxide precip - PartS2_Cr

DisCrS2 free dissolved Cr in pore water layer S2 gCr/m3p PartS2_Cr

DOCCrS2 Cr adsorbed to DOC in pore water layer S2 gCr/m3p PartS2_Cr

QCrIM1S2 quality IM1 for Cr in layer S2 gCr/gDM PartS2_Cr

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

QCrIM2S2 quality IM2 for Cr in layer S2 gCr/gDM PartS2_Cr

QCrIM3S2 quality IM3 for Cr in layer S2 gCr/gDM PartS2_Cr

QCrPOCS2 quality POC for Cr in layer S2 gCr/gC PartS2_Cr

QCrPHYTS2 quality phytoplankton for Cr in layer S2 gCr/gC PartS2_Cr

CrS2tot total mass Cr in layer S2 g/m2PartS2_Cr

KdCrDMS2 overall partition coefﬁcient Cr in layer S2 m3/kgDM PartS2_Cr

FrCuDisS2 fraction free dissolved Cu in layer S2 - PartS2_Cu

FrCuDOCS2 fraction Cu adsorbed to DOC in layer S2 - PartS2_Cu

FrCuIM1S2 fraction Cu adsorbed to IM1 in layer S2 - PartS2_Cu

FrCuIM2S2 fraction Cu adsorbed to IM2 in layer S2 - PartS2_Cu

FrCuIM3S2 fraction Cu adsorbed to IM3 in layer S2 - PartS2_Cu

FrCuPOCS2 fraction Cu adsorbed to POC in layer S2 - PartS2_Cu

FrCuPHYTS2 fraction Cu adsorbed to phytoplankton in layer S2 - PartS2_Cu

FrCuSulfS2 fraction Cu as sulﬁde precip./complex in layer S2 - PartS2_Cu

DisCuS2 free dissolved Cu in pore water layer S2 gCu/m3p PartS2_Cu

DOCCuS2 Cu adsorbed to DOC in pore water layer S2 gCu/m3p PartS2_Cu

QCuIM1S2 quality IM1 for Cu in layer S2 gCu/gDM PartS2_Cu

QCuIM2S2 quality IM2 for Cu in layer S2 gCu/gDM PartS2_Cu

QCuIM3S2 quality IM3 for Cu in layer S2 gCu/gDM PartS2_Cu

QCuPOCS2 quality POC for Cu in layer S2 gCu/gC PartS2_Cu

QCuPHYTS2 quality phytoplankton for Cu in layer S2 gCu/gC PartS2_Cu

CuS2tot total mass Cu in layer S2 g/m2PartS2_Cu

KdCuDMS2 overall partition coefﬁcient Cu in layer S2 m3/kgDM PartS2_Cu

FrHgDisS2 fraction free dissolved Hg in layer S2 - PartS2_Hg

FrHgDOCS2 fraction Hg adsorbed to DOC in layer S2 - PartS2_Hg

FrHgIM1S2 fraction Hg adsorbed to IM1 in layer S2 - PartS2_Hg

FrHgIM2S2 fraction Hg adsorbed to IM2 in layer S2 - PartS2_Hg

FrHgIM3S2 fraction Hg adsorbed to IM3 in layer S2 - PartS2_Hg

FrHgPOCS2 fraction Hg adsorbed to POC in layer S2 - PartS2_Hg

FrHgPHYTS2 fraction Hg adsorbed to phytoplankton in layer S2 - PartS2_Hg

FrHgSulfS2 fraction Hg as sulﬁde precip./complex in layer S2 - PartS2_Hg

DisHgS2 free dissolved Hg in pore water layer S2 gHg/m3p PartS2_Hg

DOCHgS2 Hg adsorbed to DOC in pore water layer S2 gHg/m3p PartS2_Hg

QHgIM1S2 quality IM1 for Hg in layer S2 gHg/gDM PartS2_Hg

QHgIM2S2 quality IM2 for Hg in layer S2 gHg/gDM PartS2_Hg

QHgIM3S2 quality IM3 for Hg in layer S2 gHg/gDM PartS2_Hg

QHgPOCS2 quality POC for Hg in layer S2 gHg/gC PartS2_Hg

QHgPHYTS2 quality phytoplankton for Hg in layer S2 gHg/gC PartS2_Hg

HgS2tot total mass Hg in layer S2 g/m2PartS2_Hg

KdHgDMS2 overall partition coefﬁcient Hg in layer S2 m3/kgDM PartS2_Hg

FrNiDisS2 fraction free dissolved Ni in layer S2 - PartS2_Ni

FrNiDOCS2 fraction Ni adsorbed to DOC in layer S2 - PartS2_Ni

FrNiIM1S2 fraction Ni adsorbed to IM1 in layer S2 - PartS2_Ni

FrNiIM2S2 fraction Ni adsorbed to IM2 in layer S2 - PartS2_Ni

FrNiIM3S2 fraction Ni adsorbed to IM3 in layer S2 - PartS2_Ni

FrNiPOCS2 fraction Ni adsorbed to POC in layer S2 - PartS2_Ni

FrNiPHYTS2 fraction Ni adsorbed to phytoplankton in layer S2 - PartS2_Ni

FrNiSulfS2 fraction Ni as sulﬁde precip./complex in layer S2 - PartS2_Ni

DisNiS2 free dissolved Ni in pore water layer S2 gNi/m3p PartS2_Ni

DOCNiS2 Ni adsorbed to DOC in pore water layer S2 gNi/m3p PartS2_Ni

QNiIM1S2 quality IM1 for Ni in layer S2 gNi/gDM PartS2_Ni

QNiIM2S2 quality IM2 for Ni in layer S2 gNi/gDM PartS2_Ni

QNiIM3S2 quality IM3 for Ni in layer S2 gNi/gDM PartS2_Ni

QNiPOCS2 quality POC for Ni in layer S2 gNi/gC PartS2_Ni

QNiPHYTS2 quality phytoplankton for Ni in layer S2 gNi/gC PartS2_Ni

NiS2tot total mass Ni in layer S2 g/m2PartS2_Ni

KdNiDMS2 overall partition coefﬁcient Ni in layer S2 m3/kgDM PartS2_Ni

FrPbDisS2 fraction free dissolved Pb in layer S2 - PartS2_Pb

FrPbDOCS2 fraction Pb adsorbed to DOC in layer S2 - PartS2_Pb

FrPbIM1S2 fraction Pb adsorbed to IM1 in layer S2 - PartS2_Pb

FrPbIM2S2 fraction Pb adsorbed to IM2 in layer S2 - PartS2_Pb

FrPbIM3S2 fraction Pb adsorbed to IM3 in layer S2 - PartS2_Pb

FrPbPOCS2 fraction Pb adsorbed to POC in layer S2 - PartS2_Pb

FrPbPHYTS2 fraction Pb adsorbed to phytoplankton in layer S2 - PartS2_Pb

FrPbSulfS2 fraction Pb as sulﬁde precip./complex in layer S2 - PartS2_Pb

DisPbS2 free dissolved Pb in pore water layer S2 gPb/m3p PartS2_Pb

DOCPbS2 Pb adsorbed to DOC in pore water layer S2 gPb/m3p PartS2_Pb

QPbIM1S2 quality IM1 for Pb in layer S2 gPb/gDM PartS2_Pb

QPbIM2S2 quality IM2 for Pb in layer S2 gPb/gDM PartS2_Pb

QPbIM3S2 quality IM3 for Pb in layer S2 gPb/gDM PartS2_Pb

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Table 14.1 – continued from previous page

Item Description Unit Process

QPbPOCS2 quality POC for Pb in layer S2 gPb/gC PartS2_Pb

QPbPHYTS2 quality phytoplankton for Pb in layer S2 gPb/gC PartS2_Pb

PbS2tot total mass Pb in layer S2 g/m2PartS2_Pb

KdPbDMS2 overall partition coefﬁcient Pb in layer S2 m3/kgDM PartS2_Pb

FrAsDisS2 fraction free dissolved As in layer S2 - PartS2_As

FrAsDOCS2 fraction As adsorbed to DOC in layer S2 - PartS2_As

FrAsIM1S2 fraction As adsorbed to IM1 in layer S2 - PartS2_As

FrAsIM2S2 fraction As adsorbed to IM2 in layer S2 - PartS2_As

FrAsIM3S2 fraction As adsorbed to IM3 in layer S2 - PartS2_As

FrAsPOCS2 fraction As adsorbed to POC in layer S2 - PartS2_As

FrAsPHYTS2 fraction As adsorbed to phytoplankton in layer - PartS2_As

FrAsSulfS2 fraction As as sulﬁde precip./complex in layer - PartS2_As

DisAsS2 free dissolved As in pore water layer S2 gAs/m3p PartS2_As

DOCAsS2 As adsorbed to DOC in pore water layer S2 gAs/m3p PartS2_As

QAsIM1S2 quality IM1 for As in layer S2 gAs/gDM PartS2_As

QAsIM2S2 quality IM2 for As in layer S2 gAs/gDM PartS2_As

QAsIM3S2 quality IM3 for As in layer S2 gAs/gDM PartS2_As

QAsPOCS2 quality POC for As in layer S2 gAs/gC PartS2_As

QAsPHYTS2 quality phytoplankton for As in layer S2 gAs/gC PartS2_As

AsS2tot total mass As in layer S2 g/m2PartS2_As

KdAsDMS2 overall partition coefﬁcient As in layer m3/kgDM PartS2_As

FrVaDisS2 fraction free dissolved Va in layer S2 - PartS2_Va

FrVaDOCS2 fraction Va adsorbed to DOC in layer S2 - PartS2_Va

FrVaIM1S2 fraction Va adsorbed to IM1 in layer S2 - PartS2_Va

FrVaIM2S2 fraction Va adsorbed to IM2 in layer S2 - PartS2_Va

FrVaIM3S2 fraction Va adsorbed to IM3 in layer S2 - PartS2_Va

FrVaPOCS2 fraction Va adsorbed to POC in layer S2 - PartS2_Va

FrVaPHYTS2 fraction Va adsorbed to phytoplankton in layer S2 - PartS2_Va

FrVaSulfS2 fraction Va as sulﬁde precip./complex in layer S2 - PartS2_Va

DisVaS2 free dissolved Va in pore water layer S2 gVa/m3p PartS2_Va

DOCVaS2 Va adsorbed to DOC in pore water layer S2 gVa/m3p PartS2_Va

QVaIM1S2 quality IM1 for Va in layer S2 gVa/gDM PartS2_Va

QVaIM2S2 quality IM2 for Va in layer S2 gVa/gDM PartS2_Va

QVaIM3S2 quality IM3 for Va in layer S2 gVa/gDM PartS2_Va

QVaPOCS2 quality POC for Va in layer S2 gVa/gC PartS2_Va

QVaPHYTS2 quality phytoplankton for Va in layer S2 gVa/gC PartS2_Va

VaS2tot total mass Va in layer S2 g/m2PartS2_Va

KdVaDMS2 overall partition coefﬁcient Va in layer S2 m3/kgDM PartS2_Va

FrZnDisS2 fraction free dissolved Zn in layer S2 - PartS2_Zn

FrZnDOCS2 fraction Zn adsorbed to DOC in layer S2 - PartS2_Zn

FrZnIM1S2 fraction Zn adsorbed to IM1 in layer S2 - PartS2_Zn

FrZnIM2S2 fraction Zn adsorbed to IM2 in layer S2 - PartS2_Zn

FrZnIM3S2 fraction Zn adsorbed to IM3 in layer S2 - PartS2_Zn

FrZnPOCS2 fraction Zn adsorbed to POC in layer S2 - PartS2_Zn

FrZnPHYTS2 fraction Zn adsorbed to phytoplankton in layer S2 - PartS2_Zn

FrZnSulfS2 fraction Zn as sulﬁde precip./complex in layer S2 - PartS2_Zn

DisZnS2 free dissolved Zn in pore water layer S2 gZn/m3p PartS2_Zn

DOCZnS2 Zn adsorbed to DOC in pore water layer S2 gZn/m3p PartS2_Zn

QZnIM1S2 quality IM1 for Zn in layer S2 gZn/gDM PartS2_Zn

QZnIM2S2 quality IM2 for Zn in layer S2 gZn/gDM PartS2_Zn

QZnIM3S2 quality IM3 for Zn in layer S2 gZn/gDM PartS2_Zn

QZnPOCS2 quality POC for Zn in layer S2 gZn/gC PartS2_Zn

QZnPHYTS2 quality phytoplankton for Zn in layer S2 gZn/gC PartS2_Zn

ZnS2tot total mass Zn in layer S2 g/m2PartS2_Zn

KdZnDMS2 overall partition coefﬁcient Zn in layer S2 m3/kgDM PartS2_Zn

FrDumIM1 dummy fraction adsorbed to IM1 - PartS1_153

FrDumIM2 dummy fraction adsorbed to IM2 - PartS1_153

FrDumIM3 dummy fraction adsorbed to IM3 - PartS1_153

Fr153POCS1 fraction 153 adsorbed to POC in layer S1 - PartS1_153

Fr153PHYS1 fraction 153 adsorbed to phytoplankton in layer S1 - PartS1_153

FrDumSulf dummy fraction as sulﬁde complex - PartS1_153

Dis153S1 free dissolved 153 in pore water layer S1 g153/m3p PartS1_153

DOC153S1 153 adsorbed to DOC in pore water layer S1 g153/m3p PartS1_153

QDumIM1 dummy quality IM1 g/gDM PartS1_153

QDumIM2 dummy quality IM2 g/gDM PartS1_153

QDumIM3 dummy quality IM3 g/gDM PartS1_153

Q153POCS1 quality POC for 153 in layer S1 g153/gC PartS1_153

Q153PHYTS1 quality phytoplankton for 153 in layer S1 g153/gC PartS1_153

153S1tot total mass 153 in layer S1 g/m2PartS1_153

Kd153DMS1 overall partition coefﬁcient 153 in layer S1 m3/kgDM PartS1_153

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Table 14.1 – continued from previous page

Item Description Unit Process

FrAtrPOCS1 fraction Atr adsorbed to POC in layer S1 - PartS1_Atr

FrAtrPHYS1 fraction Atr adsorbed to phytoplankton in layer S1 - PartS1_Atr

DisAtrS1 free dissolved Atrazine in pore water layer S1 gAtr/m3p PartS1_Atr

DOCAtrS1 Atrazine adsorbed to DOC in pore water layer S1 gAtr/m3p PartS1_Atr

QAtrPOCS1 quality POC for Atrazine in layer S1 gAtr/gC PartS1_Atr

QAtrPHYTS1 quality phytoplankton for Atrazine in layer S1 gAtr/gC PartS1_Atr

AtrS1tot total mass Atrazine in layer S1 g/m2PartS1_Atr

KdAtrDMS1 overall partition coefﬁcient Atrazine in layer S1 m3/kgDM PartS1_Atr

FrBaPPOCS1 fraction BaP adsorbed to POC in layer S1 - PartS1_BaP

FrBaPPHYS1 fraction BaP adsorbed to phytoplankton in layer S1 - PartS1_BaP

DisBaPS1 free dissolved BaP in pore water layer S1 gBaP/m3p PartS1_BaP

DOCBaPS1 BaP adsorbed to DOC in pore water layer S1 gBaP/m3p PartS1_BaP

QBaPPOCS1 quality POC for BaP in layer S1 gBaP/gC PartS1_BaP

QBaPPHYTS1 quality phytoplankton for BaP in layer S1 gBaP/gC PartS1_BaP

BaPS1tot total mass BaP in layer S1 g/m2PartS1_BaP

KdBaPDMS1 overall partition coefﬁcient BaP in layer S1 m3/kgDM PartS1_BaP

FrDiuPOCS1 fraction Diu adsorbed to POC in layer S1 - PartS1_Diu

FrDiuPHYS1 fraction Diu adsorbed to phytoplankton in layer S1 - PartS1_Diu

DisDiuS1 free dissolved Diu in pore water layer S1 gDiu/m3p PartS1_Diu

DOCDiuS1 Diu adsorbed to DOC in pore water layer S1 gDiu/m3p PartS1_Diu

QDiuPOCS1 quality POC for Diu in layer S1 gDiu/gC PartS1_Diu

QDiuPHYTS1 quality phytoplankton for Diu in layer S1 gDiu/gC PartS1_Diu

DiuS1tot total mass Diu in layer S1 g/m2PartS1_Diu

KdDiuDMS1 overall partition coefﬁcient Diu in layer S1 m3/kgDM PartS1_Diu

FrFluPOCS1 fraction Flu adsorbed to POC in layer S1 - PartS1_Flu

FrFluPHYS1 fraction Flu adsorbed to phytoplankton in layer S1 - PartS1_Flu

DisFluS1 free dissolved Flu in pore water layer S1 gFlu/m3p PartS1_Flu

DOCFluS1 Flu adsorbed to DOC in pore water layer S1 gFlu/m3p PartS1_Flu

QFluPOCS1 quality POC for Flu in layer S1 gFlu/gC PartS1_Flu

QFluPHYTS1 quality phytoplankton for Flu in layer S1 gFlu/gC PartS1_Flu

FluS1tot total mass Flu in layer S1 g/m2PartS1_Flu

KdFluDMS1 overall partition coefﬁcient Flu in layer S1 m3/kgDM PartS1_Flu

FrHCBPOCS1 fraction HCB adsorbed to POC in layer S1 - PartS1_HCB

FrHCBPHYS1 fraction HCB adsorbed to phytoplankton in layer S1 - PartS1_HCB

DisHCBS1 free dissolved HCB in pore water layer S1 gHCB/m3p PartS1_HCB

DOCHCBS1 HCB adsorbed to DOC in pore water layer S1 gHCB/m3p PartS1_HCB

QHCBPOCS1 quality POC for HCB in layer S1 gHCB/gC PartS1_HCB

QHCBPHYTS1 quality phytoplankton for HCB in layer S1 gHCB/gC PartS1_HCB

HCBS1tot total mass HCB in layer S1 g/m2PartS1_HCB

KdHCBDMS1 overall partition coefﬁcient HCB in layer S1 m3/kgDM PartS1_HCB

FrHCHPOCS1 fraction HCH adsorbed to POC in layer S1 - PartS1_HCH

FrHCHPHYS1 fraction HCH adsorbed to phytoplankton in layer S1 - PartS1_HCH

DisHCHS1 free dissolved HCH in pore water layer S1 gHCH/m3p PartS1_HCH

DOCHCHS1 HCH adsorbed to DOC in pore water layer S1 gHCH/m3p PartS1_HCH

QHCHPOCS1 quality POC for HCH in layer S1 gHCH/gC PartS1_HCH

QHCHPHYTS1 quality phytoplankton for HCH in layer S1 gHCH/gC PartS1_HCH

HCHS1tot total mass HCH in layer S1 g/m2PartS1_HCH

KdHCHDMS1 overall partition coefﬁcient HCH in layer S1 m3/kgDM PartS1_HCH

FrMefPOCS1 fraction Mef adsorbed to POC in layer S1 - PartS1_Mef

FrMefPHYS1 fraction Mef adsorbed to phytoplankton in layer S1 - PartS1_Mef

DisMefS1 free dissolved Mef in pore water layer S1 gMef/m3p PartS1_Mef

DOCMefS1 Mef adsorbed to DOC in pore water layer S1 gMef/m3p PartS1_Mef

QMefPOCS1 quality POC for Mef in layer S1 gMef/gC PartS1_Mef

QMefPHYTS1 quality phytoplankton for Mef in layer S1 gMef/gC PartS1_Mef

MefS1tot total mass Mef in layer S1 g/m2PartS1_Mef

KdMefDMS1 overall partition coefﬁcient Mef in layer S1 m3/kgDM PartS1_Mef

Fr153POCS2 fraction 153 adsorbed to POC in layer S2 - PartS2_153

Fr153PHYS2 fraction 153 adsorbed to phytoplankton in layer S2 - PartS2_153

Dis153S2 free dissolved 153 in pore water layer S2 g153/m3p PartS2_153

DOC153S2 153 adsorbed to DOC in pore water layer S2 g153/m3p PartS2_153

Q153POCS2 quality POC for 153 in layer S2 g153/gC PartS2_153

Q153PHYTS2 quality phytoplankton for 153 in layer S2 g153/gC PartS2_153

153S2tot total mass 153 in layer S2 g/m2PartS2_153

Kd153DMS2 overall partition coefﬁcient 153 in layer S2 m3/kgDM PartS2_153

FrAtrPOCS2 fraction Atr adsorbed to POC in layer S2 - PartS2_Atr

FrAtrPHYS2 fraction Atr adsorbed to phytoplankton in layer S2 - PartS2_Atr

DisAtrS2 free dissolved Atrazine in pore water layer S2 gAtr/m3p PartS2_Atr

DOCAtrS2 Atrazine adsorbed to DOC in pore water layer S2 gAtr/m3p PartS2_Atr

QAtrPOCS2 quality POC for Atrazine in layer S2 gAtr/gC PartS2_Atr

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Table 14.1 – continued from previous page

Item Description Unit Process

QAtrPHYTS2 quality phytoplankton for Atrazine in layer S2 gAtr/gC PartS2_Atr

AtrS2tot total mass Atrazine in layer S2 g/m2PartS2_Atr

KdAtrDMS2 overall partition coefﬁcient Atrazine in layer S2 m3/kgDM PartS2_Atr

FrBaPPOCS2 fraction BaP adsorbed to POC in layer S2 - PartS2_BaP

FrBaPPHYS2 fraction BaP adsorbed to phytoplankton in layer S2 - PartS2_BaP

DisBaPS2 free dissolved BaP in pore water layer S2 gBaP/m3p PartS2_BaP

DOCBaPS2 BaP adsorbed to DOC in pore water layer S2 gBaP/m3p PartS2_BaP

QBaPPOCS2 quality POC for BaP in layer S2 gBaP/gC PartS2_BaP

QBaPPHYTS2 quality phytoplankton for BaP in layer S2 gBaP/gC PartS2_BaP

BaPS2tot total mass BaP in layer S2 g/m2PartS2_BaP

KdBaPDMS2 overall partition coefﬁcient BaP in layer S2 m3/kgDM PartS2_BaP

FrDiuPOCS2 fraction Diu adsorbed to POC in layer S2 - PartS2_Diu

FrDiuPHYS2 fraction Diu adsorbed to phytoplankton in layer S2 - PartS2_Diu

DisDiuS2 free dissolved Diu in pore water layer S2 gDiu/m3p PartS2_Diu

DOCDiuS2 Diu adsorbed to DOC in pore water layer S2 gDiu/m3p PartS2_Diu

QDiuPOCS2 quality POC for Diu in layer S2 gDiu/gC PartS2_Diu

QDiuPHYTS2 quality phytoplankton for Diu in layer S2 gDiu/gC PartS2_Diu

DiuS2tot total mass Diu in layer S2 g/m2PartS2_Diu

KdDiuDMS2 overall partition coefﬁcient Diu in layer S2 m3/kgDM PartS2_Diu

FrFluPOCS2 fraction Flu adsorbed to POC in layer S2 - PartS2_Flu

FrFluPHYS2 fraction Flu adsorbed to phytoplankton in layer S2 - PartS2_Flu

DisFluS2 free dissolved Flu in pore water layer S2 gFlu/m3p PartS2_Flu

DOCFluS2 Flu adsorbed to DOC in pore water layer S2 gFlu/m3p PartS2_Flu

QFluPOCS2 quality POC for Flu in layer S2 gFlu/gC PartS2_Flu

QFluPHYTS2 quality phytoplankton for Flu in layer S2 gFlu/gC PartS2_Flu

FluS2tot total mass Flu in layer S2 g/m2PartS2_Flu

KdFluDMS2 overall partition coefﬁcient Flu in layer S2 m3/kgDM PartS2_Flu

FrHCBPOCS2 fraction HCB adsorbed to POC in layer S2 - PartS2_HCB

FrHCBPHYS2 fraction HCB adsorbed to phytoplankton in layer S2 - PartS2_HCB

DisHCBS2 free dissolved HCB in pore water layer S2 gHCB/m3p PartS2_HCB

DOCHCBS2 HCB adsorbed to DOC in pore water layer S2 gHCB/m3p PartS2_HCB

QHCBPOCS2 quality POC for HCB in layer S2 gHCB/gC PartS2_HCB

QHCBPHYTS2 quality phytoplankton for HCB in layer S2 gHCB/gC PartS2_HCB

HCBS2tot total mass HCB in layer S2 g/m2PartS2_HCB

KdHCBDMS2 overall partition coefﬁcient HCB in layer S2 m3/kgDM PartS2_HCB

FrHCHPOCS2 fraction HCH adsorbed to POC in layer S2 - PartS2_HCH

FrHCHPHYS2 fraction HCH adsorbed to phytoplankton in layer S2 - PartS2_HCH

DisHCHS2 free dissolved HCH in pore water layer S2 gHCH/m3p PartS2_HCH

DOCHCHS2 HCH adsorbed to DOC in pore water layer S2 gHCH/m3p PartS2_HCH

QHCHPOCS2 quality POC for HCH in layer S2 gHCH/gC PartS2_HCH

QHCHPHYTS2 quality phytoplankton for HCH in layer S2 gHCH/gC PartS2_HCH

HCHS2tot total mass HCH in layer S2 g/m2PartS2_HCH

KdHCHDMS2 overall partition coefﬁcient HCH in layer S2 m3/kgDM PartS2_HCH

FrMefPOCS2 fraction Mef adsorbed to POC in layer S2 - PartS2_Mef

FrMefPHYS2 fraction Mef adsorbed to phytoplankton in layer S2 - PartS2_Mef

DisMefS2 free dissolved Mef in pore water layer S2 gMef/m3p PartS2_Mef

DOCMefS2 Mef adsorbed to DOC in pore water layer S2 gMef/m3p PartS2_Mef

QMefPOCS2 quality POC for Mef in layer S2 gMef/gC PartS2_Mef

QMefPHYTS2 quality phytoplankton for Mef in layer S2 gMef/gC PartS2_Mef

MefS2tot total mass Mef in layer S2 g/m2PartS2_Mef

KdMefDMS2 overall partition coefﬁcient Mef in layer S2 m3/kgDM PartS2_Mef

DOC153 153 adsorbed to DOC g153/m3PartWK_153

153tot concentration 153 in water column g153/m3PartWK_153

Q153SS overall quality suspended solid for 153 mg153/kgDM PartWK_153

Kd153SS overall partition coefﬁcient 153 in SS m3/kgDM PartWK_153

DOCAtr Atrazine adsorbed to DOC gAtr/m3PartWK_Atr

Atrtot concentration Atrazine in water column g/m3PartWK_Atr

QAtrSS overall quality suspended solid for Atrazine mgAtr/kgDM PartWK_Atr

KdAtrSS overall partition coefﬁcient Atrazine in SS m3/kgDM PartWK_Atr

DOCBaP BaP adsorbed to DOC gBaP/m3PartWK_BaP

BaPtot concentration BaP in water column g/m3PartWK_BaP

QBaPSS overall quality suspended solid for BaP mgBaP/kgDM PartWK_BaP

KdBaPSS overall partition coefﬁcient BaP in SS m3/kgDM PartWK_BaP

DOCDiu Dui adsorbed to DOC gDiu/m3PartWK_Diu

Diutot concentration Diu in water column gDiu/m3PartWK_Diu

QDiuSS overall quality suspended solid for Diu mgDiu/kgDM PartWK_Diu

KdDiuSS overall partition coefﬁcient Diu in SS m3/kgDM PartWK_Diu

DOCFlu Flu adsorbed to DOC gFlu/m3PartWK_Flu

Flutot concentration Flu in water column gFlu/m3PartWK_Flu

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Table 14.1 – continued from previous page

Item Description Unit Process

QFluSS overall quality suspended solid for Flu mgFlu/kgDM PartWK_Flu

KdFluSS overall partition coefﬁcient Flu in SS m3/kgDM PartWK_Flu

DOCHCB HCB adsorbed to DOC gHCB/m3PartWK_HCB

HCBtot concentration HCB in water column g/m3PartWK_HCB

QHCBSS overall quality suspended solid for HCB mgHCB/kgDM PartWK_HCB

KdHCBSS overall partition coefﬁcient HCB in SS m3/kgDM PartWK_HCB

DOCHCH HCH adsorbed to DOC gHCH/m3PartWK_HCH

HCHtot concentration HCH in water column g/m3PartWK_HCH

QHCHSS overall quality suspended solid for HCH mgHCH/kgDM PartWK_HCH

KdHCHSS overall partition coefﬁcient HCH in SS m3/kgDM PartWK_HCH

DOCMef Mef adsorbed to DOC gMef/m3PartWK_Mef

Meftot concentration Mef in water column gMef/m3PartWK_Mef

QMefSS overall quality suspended solid for Mef mgMef/kgDM PartWK_Mef

KdMefSS overall partition coefﬁcient Mef in SS m3/kgDM PartWK_Mef

frFixedAlg fraction of algae ﬁxed - UlvaFix_P

M2_ALG01 concentration of algae type 1 per square me gC/m2UlvaFix

M2_ALG02 concentration of algae type 2 per square me gC/m2UlvaFix

M2_ALG03 concentration of algae type 3 per square me gC/m2UlvaFix

M2_ALG04 concentration of algae type 4 per square me gC/m2UlvaFix

M2_ALG05 concentration of algae type 5 per square me gC/m2UlvaFix

M2_ALG06 concentration of algae type 6 per square me gC/m2UlvaFix

M2_ALG07 concentration of algae type 7 per square me gC/m2UlvaFix

M2_ALG08 concentration of algae type 8 per square me gC/m2UlvaFix

M2_ALG09 concentration of algae type 9 per square me gC/m2UlvaFix

M2_ALG10 concentration of algae type 10 per square m gC/m2UlvaFix

M2_ALG11 concentration of algae type 11 per square m gC/m2UlvaFix

M2_ALG12 concentration of algae type 12 per square m gC/m2UlvaFix

M2_ALG13 concentration of algae type 13 per square m gC/m2UlvaFix

M2_ALG14 concentration of algae type 14 per square m gC/m2UlvaFix

M2_ALG15 concentration of algae type 15 per square m gC/m2UlvaFix

M2_ALG16 concentration of algae type 16 per square m gC/m2UlvaFix

M2_ALG17 concentration of algae type 17 per square m gC/m2UlvaFix

M2_ALG18 concentration of algae type 18 per square m gC/m2UlvaFix

M2_ALG19 concentration of algae type 19 per square m gC/m2UlvaFix

M2_ALG20 concentration of algae type 20 per square m gC/m2UlvaFix

M2_ALG21 concentration of algae type 21 per square m gC/m2UlvaFix

M2_ALG22 concentration of algae type 22 per square m gC/m2UlvaFix

M2_ALG23 concentration of algae type 23 per square m gC/m2UlvaFix

M2_ALG24 concentration of algae type 24 per square m gC/m2UlvaFix

M2_ALG25 concentration of algae type 25 per square m gC/m2UlvaFix

M2_ALG26 concentration of algae type 26 per square m gC/m2UlvaFix

M2_ALG27 concentration of algae type 27 per square m gC/m2UlvaFix

M2_ALG28 concentration of algae type 28 per square m gC/m2UlvaFix

M2_ALG29 concentration of algae type 29 per square m gC/m2UlvaFix

M2_ALG30 concentration of algae type 30 per square m gC/m2UlvaFix

kv153 volatilisation rate constant 153 m/d Volat_153

cHe153 dimensionless Henry constant 153 at ambient temp. - Volat_153

kvHCB volatilisation rate constant HCB m/d Volat_HCB

cHeHCB dimensionless Henry constant HCB at ambient temp. - Volat_HCB

kvHCH volatilisation rate constant HCH m/d Volat_HCH

cHeHCH dimensionless Henry constant HCH at ambient temp. - Volat_HCH

kvFlu volatilisation rate constant Flu m/d Volat_Flu

cHeFlu dimensionless Henry constant Flu at ambient temp. - Volat_Flu

kvBaP volatilisation rate constant BaP m/d Volat_BaP

cHeBaP dimensionless Henry constant BaP at ambient temp. - Volat_BaP

kvAtr volatilisation rate constant Atrazine m/d Volat_Atr

cHeAtr dimensionless Henry constant Atr at ambient temp. - Volat_Atr

kvMef volatilisation rate constant Mef m/d Volat_Mef

cHeMef dimensionless Henry constant Mef at ambient temp. - Volat_Mef

kvDiu volatilisation rate constant Diu m/d Volat_Diu

cHeDiu dimensionless Henry constant Diu at ambient temp. - Volat_Diu

fSedCd sedimentation ﬂux Cd towards S1 gCd/(m2d) Sed_Cd

fSedCu sedimentation ﬂux Cu towards S1 gCu/(m2d) Sed_Cu

fSedZn sedimentation ﬂux Zn towards S1 gZn/(m2d) Sed_Zn

fSedHg sedimentation ﬂux Hg towards S1 gHg/(m2d) Sed_Hg

fSedNi sedimentation ﬂux Ni towards S1 gNi/(m2d) Sed_Ni

fSedPb sedimentation ﬂux Pb towards S1 gPb/(m2d) Sed_Pb

fSedCr sedimentation ﬂux Cr towards S1 gCr/(m2d) Sed_Cr

fSedAs sedimentation ﬂux As towards S1 gAs/(m2d) Sed_As

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Table 14.1 – continued from previous page

Item Description Unit Process

fSedVa sedimentation ﬂux Va towards S1 gVa/(m2d) Sed_Va

fSed153 sedimentation ﬂux 153 g153/(m2d) Sed_153

fSedHCB sedimentation ﬂux HCB gHCB/(m2d) Sed_HCB

fSedHCH sedimentation ﬂux HCH gHCH/(m2d) Sed_HCH

fSedFlu sedimentation ﬂux Flu gFlu/(m2d) Sed_Flu

fSedBap sedimentation ﬂux BaP gBaP/(m2d) Sed_Bap

fSedAtr sedimentation ﬂux Atrazine gAtr/(m2d) Sed_Atr

fSedMef sedimentation ﬂux Mef gMef/(m2d) Sed_Mef

fSedDiu sedimentation ﬂux Diu gDiu/(m2d) Sed_Diu

NH3 Unionized ammonia NH3 gN/m3NH3free

frNH3 fraction unionized ammonia =NH3 / NH4_tot - NH3free

DO dissolved oxygen concentration gO2/m3PosOXY

SecchiDept Secchi depth m Secchi

FrOMPPOCS1 fraction OMP in S1 adsorbed to POC - PartS1_OMP

FrOMPPHYS1 fraction OMP in S1 adsorbed to PHYT - PartS1_OMP

DisOMPS1 free dissolved OMP in pore-water S1 gOMP/m3p PartS1_OMP

DOCOMPS1 OMP adsorbed to DOC in pore-water S1 gOMP/m3p PartS1_OMP

QOMPPOCS1 quality POC for OMP in S1 gOMP/gC PartS1_OMP

QOMPPHYTS1 quality PHYT for OMP in S1 gOMP/gC PartS1_OMP

OMPS1tot total mass OMP in S1 g/m2PartS1_OMP

KdOMPDMS1 overall partition coefﬁcient OMP in S1 m3/kgDW PartS1_OMP

FrOMPPOCS2 fraction OMP in S2 adsorbed to POC - PartS2_OMP

FrOMPPHYS2 fraction OMP in S2 adsorbed to PHYT - PartS2_OMP

DisOMPS2 free dissolved OMP in pore-water S2 gOMP/m3p PartS2_OMP

DOCOMPS2 OMP adsorbed to DOC in pore-water S2 gOMP/m3p PartS2_OMP

QOMPPOCS2 quality POC for OMP in S2 gOMP/gC PartS2_OMP

QOMPPHYTS2 quality PHYT for OMP in S2 gOMP/gC PartS2_OMP

OMPS2tot total mass OMP in S2 g/m2PartS2_OMP

KdOMPDMS2 overall partition coefﬁcient OMP in S2 m3/kgDW PartS2_OMP

DOCOMP DOC-adsorbed OMP in water column gOMP/m3PartWK_OMP

OMPtot concentration OMP in water column gOMP/m3PartWK_OMP

QOMPSS overall suspended solid quality OMP mgOMP/kgDW PartWK_OMP

KdOMPSS overall partition coefﬁcient OMP in SS m3/kgDW PartWK_OMP

kvOMP volatilisation rate constant OMP m/d Volat_OMP

cHeOMP dimensionl. Henry const. OMP amb. temp. - Volat_OMP

fSedOMP sedimentation ﬂux OMP gOMP/(m2d) Sed_OMP

fTRSOXY direct rearation towards sediment g/m3/d TRSOXY

AHarveZoop actual harvest ﬂux zooplankton-grazer1 gC/(m2d) HarveZoop

BHarveZoop cumulated harvest ﬂux zooplankton-grazer1 gC HarveZoop

AHarveMuss actual harvest ﬂux mussel-grazer2 gC/(m2d) HarveMuss

BHarveMuss cumulated harvest ﬂux mussel-grazer2 gC HarveMuss

AHarveG3 actual harvest ﬂux grazer3 gC/(m2d) HarveG3

BHarveG3 cumulated harvest ﬂux grazer3 gC HarveG3

AHarveG4 actual harvest ﬂux grazer4 gC/(m2d) HarveG4

BHarveG4 cumulated harvest ﬂux grazer4 gC HarveG4

AHarveG5 actual harvest ﬂux grazer5 gC/(m2d) HarveG5

BHarveG5 cumulated harvest ﬂux grazer5 gC HarveG5

VB01ha vegetation biomass cohort 1 tC/ha VBGrowth01

VB01Aha attainable vegetation biomass cohort 1 tC/ha VBGrowth01

VB01Age0ha biomass at age = 0 for cohort 1 tC/ha VBGrowth01

NutLimVB01 nutrient limitation for vegetation growth - VBGrowth01

ffVB01MrtW fraction in distribution mortality VB01 water - VB01_Mrt3W

fC2VB01P1y fC2VB01P1y gC/(m2d) VB01_Mrt3W

fC2VB01P2y fC2VB01P2y no unit VB01_Mrt3W

fC2VB01P3y fC2VB01P3y no unit VB01_Mrt3W

fN2VB01P1y fN2VB01P1y no unit VB01_Mrt3W

fN2VB01P2y fN2VB01P2y no unit VB01_Mrt3W

fN2VB01P3y fN2VB01P3y no unit VB01_Mrt3W

fP2VB01P1y fP2VB01P1y no unit VB01_Mrt3W

fP2VB01P2y fP2VB01P2y no unit VB01_Mrt3W

fP2VB01P3y fP2VB01P3y no unit VB01_Mrt3W

fS2VB01P1y fS2VB01P1y no unit VB01_Mrt3W

fS2VB01P2y fS2VB01P2y no unit VB01_Mrt3W

fS2VB01P3y fS2VB01P3y no unit VB01_Mrt3W

fC1VB01P5y fC1VB01P5y no unit VB01_Mrt3W

fC3VB01P5y fC3VB01P5y no unit VB01_Mrt3W

fN1VB01P5y fN1VB01P5y no unit VB01_Mrt3W

fN3VB01P5y fN3VB01P5y no unit VB01_Mrt3W

fP1VB01P5y fP1VB01P5y no unit VB01_Mrt3W

continued on next page

238 of 256 Deltares

DRAFT

Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fP3VB01P5y fP3VB01P5y no unit VB01_Mrt3W

fS1VB01P5y fS1VB01P5y no unit VB01_Mrt3W

fS3VB01P5y fS3VB01P5y no unit VB01_Mrt3W

ffVB01MrtS fraction in distribution mortality VB01 sed. - VB01_Mrt3S

fC5VB01P1y fC5VB01P1y no unit VB01_Mrt3S

fC5VB01P2y fC5VB01P2y no unit VB01_Mrt3S

fC5VB01P3y fC5VB01P3y no unit VB01_Mrt3S

fN5VB01P1y fN5VB01P1y no unit VB01_Mrt3S

fN5VB01P2y fN5VB01P2y no unit VB01_Mrt3S

fN5VB01P3y fN5VB01P3y no unit VB01_Mrt3S

fP5VB01P1y fP5VB01P1y no unit VB01_Mrt3S

fP5VB01P2y fP5VB01P2y no unit VB01_Mrt3S

fP5VB01P3y fP5VB01P3y no unit VB01_Mrt3S

fS5VB01P1y fS5VB01P1y no unit VB01_Mrt3S

fS5VB01P2y fS5VB01P2y no unit VB01_Mrt3S

fS5VB01P3y fS5VB01P3y no unit VB01_Mrt3S

fC4VB01P5y fC4VB01P5y no unit VB01_Mrt3S

fN4VB01P5y fN4VB01P5y no unit VB01_Mrt3S

fP4VB01P5y fP4VB01P5y no unit VB01_Mrt3S

fS4VB01P5y fS4VB01P5y no unit VB01_Mrt3S

fN1VB01upy uptake VB01 through roots N pool 1 gN/(m2d) VB01_Upt3D

fN2VB01upy uptake VB01 through roots N pool 2 gN/(m2d) VB01_Upt3D

fP1VB01upy uptake VB01 through roots P pool 1 gP/(m2d) VB01_Upt3D

fP2VB01upy uptake VB01 through roots P pool 2 gP/(m2d) VB01_Upt3D

fS1VB01upy uptake VB01 through roots S pool 1 gS/(m2d) VB01_Upt3D

fS2VB01upy uptake VB01 through roots S pool 2 gS/(m2d) VB01_Upt3D

VB02ha vegetation biomass cohort 2 tC/ha VBGrowth02

VB02Aha attainable vegetation biomass cohort 2 tC/ha VBGrowth02

VB02Age0ha biomass at age = 0 for cohort 2 tC/ha VBGrowth02

NutLimVB02 nutrient limitation for vegetation growth - VBGrowth02

ffVB02MrtW fraction in distribution mortality VB02 water - VB02_Mrt3W

fC2VB02P1y fC2VB02P1y gC/(m2d) VB02_Mrt3W

fC2VB02P2y fC2VB02P2y no unit VB02_Mrt3W

fC2VB02P3y fC2VB02P3y no unit VB02_Mrt3W

fN2VB02P1y fN2VB02P1y no unit VB02_Mrt3W

fN2VB02P2y fN2VB02P2y no unit VB02_Mrt3W

fN2VB02P3y fN2VB02P3y no unit VB02_Mrt3W

fP2VB02P1y fP2VB02P1y no unit VB02_Mrt3W

fP2VB02P2y fP2VB02P2y no unit VB02_Mrt3W

fP2VB02P3y fP2VB02P3y no unit VB02_Mrt3W

fS2VB02P1y fS2VB02P1y no unit VB02_Mrt3W

fS2VB02P2y fS2VB02P2y no unit VB02_Mrt3W

fS2VB02P3y fS2VB02P3y no unit VB02_Mrt3W

fC1VB02P5y fC1VB02P5y no unit VB02_Mrt3W

fC3VB02P5y fC3VB02P5y no unit VB02_Mrt3W

fN1VB02P5y fN1VB02P5y no unit VB02_Mrt3W

fN3VB02P5y fN3VB02P5y no unit VB02_Mrt3W

fP1VB02P5y fP1VB02P5y no unit VB02_Mrt3W

fP3VB02P5y fP3VB02P5y no unit VB02_Mrt3W

fS1VB02P5y fS1VB02P5y no unit VB02_Mrt3W

fS3VB02P5y fS3VB02P5y no unit VB02_Mrt3W

ffVB02MrtS fraction in distribution mortality VB02 sed. - VB02_Mrt3S

fC5VB02P1y fC5VB02P1y no unit VB02_Mrt3S

fC5VB02P2y fC5VB02P2y no unit VB02_Mrt3S

fC5VB02P3y fC5VB02P3y no unit VB02_Mrt3S

fN5VB02P1y fN5VB02P1y no unit VB02_Mrt3S

fN5VB02P2y fN5VB02P2y no unit VB02_Mrt3S

fN5VB02P3y fN5VB02P3y no unit VB02_Mrt3S

fP5VB02P1y fP5VB02P1y no unit VB02_Mrt3S

fP5VB02P2y fP5VB02P2y no unit VB02_Mrt3S

fP5VB02P3y fP5VB02P3y no unit VB02_Mrt3S

fS5VB02P1y fS5VB02P1y no unit VB02_Mrt3S

fS5VB02P2y fS5VB02P2y no unit VB02_Mrt3S

fS5VB02P3y fS5VB02P3y no unit VB02_Mrt3S

fC4VB02P5y fC4VB02P5y no unit VB02_Mrt3S

fN4VB02P5y fN4VB02P5y no unit VB02_Mrt3S

fP4VB02P5y fP4VB02P5y no unit VB02_Mrt3S

fS4VB02P5y fS4VB02P5y no unit VB02_Mrt3S

fN1VB02upy uptake VB02 through roots N pool 1 gN/(m2d) VB02_Upt3D

fN2VB02upy uptake VB02 through roots N pool 2 gN/(m2d) VB02_Upt3D

continued on next page

Deltares 239 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

fP1VB02upy uptake VB02 through roots P pool 1 gP/(m2d) VB02_Upt3D

fP2VB02upy uptake VB02 through roots P pool 2 gP/(m2d) VB02_Upt3D

fS1VB02upy uptake VB02 through roots S pool 1 gS/(m2d) VB02_Upt3D

fS2VB02upy uptake VB02 through roots S pool 2 gS/(m2d) VB02_Upt3D

VB03ha vegetation biomass cohort 3 tC/ha VBGrowth03

VB03Aha attainable vegetation biomass cohort 3 tC/ha VBGrowth03

VB03Age0ha biomass at age = 0 for cohort 3 tC/ha VBGrowth03

NutLimVB03 nutrient limitation for vegetation growth - VBGrowth03

ffVB03MrtW fraction in distribution mortality VB03 water - VB03_Mrt3W

fC2VB03P1y fC2VB03P1y gC/(m2d) VB03_Mrt3W

fC2VB03P2y fC2VB03P2y no unit VB03_Mrt3W

fC2VB03P3y fC2VB03P3y no unit VB03_Mrt3W

fN2VB03P1y fN2VB03P1y no unit VB03_Mrt3W

fN2VB03P2y fN2VB03P2y no unit VB03_Mrt3W

fN2VB03P3y fN2VB03P3y no unit VB03_Mrt3W

fP2VB03P1y fP2VB03P1y no unit VB03_Mrt3W

fP2VB03P2y fP2VB03P2y no unit VB03_Mrt3W

fP2VB03P3y fP2VB03P3y no unit VB03_Mrt3W

fS2VB03P1y fS2VB03P1y no unit VB03_Mrt3W

fS2VB03P2y fS2VB03P2y no unit VB03_Mrt3W

fS2VB03P3y fS2VB03P3y no unit VB03_Mrt3W

fC1VB03P5y fC1VB03P5y no unit VB03_Mrt3W

fC3VB03P5y fC3VB03P5y no unit VB03_Mrt3W

fN1VB03P5y fN1VB03P5y no unit VB03_Mrt3W

fN3VB03P5y fN3VB03P5y no unit VB03_Mrt3W

fP1VB03P5y fP1VB03P5y no unit VB03_Mrt3W

fP3VB03P5y fP3VB03P5y no unit VB03_Mrt3W

fS1VB03P5y fS1VB03P5y no unit VB03_Mrt3W

fS3VB03P5y fS3VB03P5y no unit VB03_Mrt3W

ffVB03MrtS fraction in distribution mortality VB03 sed. - VB03_Mrt3S

fC5VB03P1y fC5VB03P1y no unit VB03_Mrt3S

fC5VB03P2y fC5VB03P2y no unit VB03_Mrt3S

fC5VB03P3y fC5VB03P3y no unit VB03_Mrt3S

fN5VB03P1y fN5VB03P1y no unit VB03_Mrt3S

fN5VB03P2y fN5VB03P2y no unit VB03_Mrt3S

fN5VB03P3y fN5VB03P3y no unit VB03_Mrt3S

fP5VB03P1y fP5VB03P1y no unit VB03_Mrt3S

fP5VB03P2y fP5VB03P2y no unit VB03_Mrt3S

fP5VB03P3y fP5VB03P3y no unit VB03_Mrt3S

fS5VB03P1y fS5VB03P1y no unit VB03_Mrt3S

fS5VB03P2y fS5VB03P2y no unit VB03_Mrt3S

fS5VB03P3y fS5VB03P3y no unit VB03_Mrt3S

fC4VB03P5y fC4VB03P5y no unit VB03_Mrt3S

fN4VB03P5y fN4VB03P5y no unit VB03_Mrt3S

fP4VB03P5y fP4VB03P5y no unit VB03_Mrt3S

fS4VB03P5y fS4VB03P5y no unit VB03_Mrt3S

fN1VB03upy uptake VB03 through roots N pool 1 gN/(m2d) VB03_Upt3D

fN2VB03upy uptake VB03 through roots N pool 2 gN/(m2d) VB03_Upt3D

fP1VB03upy uptake VB03 through roots P pool 1 gP/(m2d) VB03_Upt3D

fP2VB03upy uptake VB03 through roots P pool 2 gP/(m2d) VB03_Upt3D

fS1VB03upy uptake VB03 through roots S pool 1 gS/(m2d) VB03_Upt3D

fS2VB03upy uptake VB03 through roots S pool 2 gS/(m2d) VB03_Upt3D

VB04ha vegetation biomass cohort 4 tC/ha VBGrowth04

VB04Aha attainable vegetation biomass cohort 4 tC/ha VBGrowth04

VB04Age0ha biomass at age = 0 for cohort 4 tC/ha VBGrowth04

NutLimVB04 nutrient limitation for vegetation growth - VBGrowth04

ffVB04MrtW fraction in distribution mortality VB04 water - VB04_Mrt3W

fC2VB04P1y fC2VB04P1y gC/(m2d) VB04_Mrt3W

fC2VB04P2y fC2VB04P2y no unit VB04_Mrt3W

fC2VB04P3y fC2VB04P3y no unit VB04_Mrt3W

fN2VB04P1y fN2VB04P1y no unit VB04_Mrt3W

fN2VB04P2y fN2VB04P2y no unit VB04_Mrt3W

fN2VB04P3y fN2VB04P3y no unit VB04_Mrt3W

fP2VB04P1y fP2VB04P1y no unit VB04_Mrt3W

fP2VB04P2y fP2VB04P2y no unit VB04_Mrt3W

fP2VB04P3y fP2VB04P3y no unit VB04_Mrt3W

fS2VB04P1y fS2VB04P1y no unit VB04_Mrt3W

fS2VB04P2y fS2VB04P2y no unit VB04_Mrt3W

fS2VB04P3y fS2VB04P3y no unit VB04_Mrt3W

fC1VB04P5y fC1VB04P5y no unit VB04_Mrt3W

continued on next page

240 of 256 Deltares

DRAFT

Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fC3VB04P5y fC3VB04P5y no unit VB04_Mrt3W

fN1VB04P5y fN1VB04P5y no unit VB04_Mrt3W

fN3VB04P5y fN3VB04P5y no unit VB04_Mrt3W

fP1VB04P5y fP1VB04P5y no unit VB04_Mrt3W

fP3VB04P5y fP3VB04P5y no unit VB04_Mrt3W

fS1VB04P5y fS1VB04P5y no unit VB04_Mrt3W

fS3VB04P5y fS3VB04P5y no unit VB04_Mrt3W

ffVB04MrtS fraction in distribution mortality VB04 sed. - VB04_Mrt3S

fC5VB04P1y fC5VB04P1y no unit VB04_Mrt3S

fC5VB04P2y fC5VB04P2y no unit VB04_Mrt3S

fC5VB04P3y fC5VB04P3y no unit VB04_Mrt3S

fN5VB04P1y fN5VB04P1y no unit VB04_Mrt3S

fN5VB04P2y fN5VB04P2y no unit VB04_Mrt3S

fN5VB04P3y fN5VB04P3y no unit VB04_Mrt3S

fP5VB04P1y fP5VB04P1y no unit VB04_Mrt3S

fP5VB04P2y fP5VB04P2y no unit VB04_Mrt3S

fP5VB04P3y fP5VB04P3y no unit VB04_Mrt3S

fS5VB04P1y fS5VB04P1y no unit VB04_Mrt3S

fS5VB04P2y fS5VB04P2y no unit VB04_Mrt3S

fS5VB04P3y fS5VB04P3y no unit VB04_Mrt3S

fC4VB04P5y fC4VB04P5y no unit VB04_Mrt3S

fN4VB04P5y fN4VB04P5y no unit VB04_Mrt3S

fP4VB04P5y fP4VB04P5y no unit VB04_Mrt3S

fS4VB04P5y fS4VB04P5y no unit VB04_Mrt3S

fN1VB04upy uptake VB04 through roots N pool 1 gN/(m2d) VB04_Upt3D

fN2VB04upy uptake VB04 through roots N pool 2 gN/(m2d) VB04_Upt3D

fP1VB04upy uptake VB04 through roots P pool 1 gP/(m2d) VB04_Upt3D

fP2VB04upy uptake VB04 through roots P pool 2 gP/(m2d) VB04_Upt3D

fS1VB04upy uptake VB04 through roots S pool 1 gS/(m2d) VB04_Upt3D

fS2VB04upy uptake VB04 through roots S pool 2 gS/(m2d) VB04_Upt3D

VB05ha vegetation biomass cohort 5 tC/ha VBGrowth05

VB05Aha attainable vegetation biomass cohort 5 tC/ha VBGrowth05

VB05Age0ha biomass at age = 0 for cohort 5 tC/ha VBGrowth05

NutLimVB05 nutrient limitation for vegetation growth - VBGrowth05

ffVB05MrtW fraction in distribution mortality VB05 water - VB05_Mrt3W

fC2VB05P1y fC2VB05P1y gC/(m2d) VB05_Mrt3W

fC2VB05P2y fC2VB05P2y no unit VB05_Mrt3W

fC2VB05P3y fC2VB05P3y no unit VB05_Mrt3W

fN2VB05P1y fN2VB05P1y no unit VB05_Mrt3W

fN2VB05P2y fN2VB05P2y no unit VB05_Mrt3W

fN2VB05P3y fN2VB05P3y no unit VB05_Mrt3W

fP2VB05P1y fP2VB05P1y no unit VB05_Mrt3W

fP2VB05P2y fP2VB05P2y no unit VB05_Mrt3W

fP2VB05P3y fP2VB05P3y no unit VB05_Mrt3W

fS2VB05P1y fS2VB05P1y no unit VB05_Mrt3W

fS2VB05P2y fS2VB05P2y no unit VB05_Mrt3W

fS2VB05P3y fS2VB05P3y no unit VB05_Mrt3W

fC1VB05P5y fC1VB05P5y no unit VB05_Mrt3W

fC3VB05P5y fC3VB05P5y no unit VB05_Mrt3W

fN1VB05P5y fN1VB05P5y no unit VB05_Mrt3W

fN3VB05P5y fN3VB05P5y no unit VB05_Mrt3W

fP1VB05P5y fP1VB05P5y no unit VB05_Mrt3W

fP3VB05P5y fP3VB05P5y no unit VB05_Mrt3W

fS1VB05P5y fS1VB05P5y no unit VB05_Mrt3W

fS3VB05P5y fS3VB05P5y no unit VB05_Mrt3W

ffVB05MrtS fraction in distribution mortality VB05 sed. - VB05_Mrt3S

fC5VB05P1y fC5VB05P1y no unit VB05_Mrt3S

fC5VB05P2y fC5VB05P2y no unit VB05_Mrt3S

fC5VB05P3y fC5VB05P3y no unit VB05_Mrt3S

fN5VB05P1y fN5VB05P1y no unit VB05_Mrt3S

fN5VB05P2y fN5VB05P2y no unit VB05_Mrt3S

fN5VB05P3y fN5VB05P3y no unit VB05_Mrt3S

fP5VB05P1y fP5VB05P1y no unit VB05_Mrt3S

fP5VB05P2y fP5VB05P2y no unit VB05_Mrt3S

fP5VB05P3y fP5VB05P3y no unit VB05_Mrt3S

fS5VB05P1y fS5VB05P1y no unit VB05_Mrt3S

fS5VB05P2y fS5VB05P2y no unit VB05_Mrt3S

fS5VB05P3y fS5VB05P3y no unit VB05_Mrt3S

fC4VB05P5y fC4VB05P5y no unit VB05_Mrt3S

fN4VB05P5y fN4VB05P5y no unit VB05_Mrt3S

fP4VB05P5y fP4VB05P5y no unit VB05_Mrt3S

continued on next page

Deltares 241 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

fS4VB05P5y fS4VB05P5y no unit VB05_Mrt3S

fN1VB05upy uptake VB05 through roots N pool 1 gN/(m2d) VB05_Upt3D

fN2VB05upy uptake VB05 through roots N pool 2 gN/(m2d) VB05_Upt3D

fP1VB05upy uptake VB05 through roots P pool 1 gP/(m2d) VB05_Upt3D

fP2VB05upy uptake VB05 through roots P pool 2 gP/(m2d) VB05_Upt3D

fS1VB05upy uptake VB05 through roots S pool 1 gS/(m2d) VB05_Upt3D

fS2VB05upy uptake VB05 through roots S pool 2 gS/(m2d) VB05_Upt3D

VB06ha vegetation biomass cohort 6 tC/ha VBGrowth06

VB06Aha attainable vegetation biomass cohort 6 tC/ha VBGrowth06

VB06Age0ha biomass at age = 0 for cohort 6 tC/ha VBGrowth06

NutLimVB06 nutrient limitation for vegetation growth - VBGrowth06

ffVB06MrtW fraction in distribution mortality VB06 water - VB06_Mrt3W

fC2VB06P1y fC2VB06P1y gC/(m2d) VB06_Mrt3W

fC2VB06P2y fC2VB06P2y no unit VB06_Mrt3W

fC2VB06P3y fC2VB06P3y no unit VB06_Mrt3W

fN2VB06P1y fN2VB06P1y no unit VB06_Mrt3W

fN2VB06P2y fN2VB06P2y no unit VB06_Mrt3W

fN2VB06P3y fN2VB06P3y no unit VB06_Mrt3W

fP2VB06P1y fP2VB06P1y no unit VB06_Mrt3W

fP2VB06P2y fP2VB06P2y no unit VB06_Mrt3W

fP2VB06P3y fP2VB06P3y no unit VB06_Mrt3W

fS2VB06P1y fS2VB06P1y no unit VB06_Mrt3W

fS2VB06P2y fS2VB06P2y no unit VB06_Mrt3W

fS2VB06P3y fS2VB06P3y no unit VB06_Mrt3W

fC1VB06P5y fC1VB06P5y no unit VB06_Mrt3W

fC3VB06P5y fC3VB06P5y no unit VB06_Mrt3W

fN1VB06P5y fN1VB06P5y no unit VB06_Mrt3W

fN3VB06P5y fN3VB06P5y no unit VB06_Mrt3W

fP1VB06P5y fP1VB06P5y no unit VB06_Mrt3W

fP3VB06P5y fP3VB06P5y no unit VB06_Mrt3W

fS1VB06P5y fS1VB06P5y no unit VB06_Mrt3W

fS3VB06P5y fS3VB06P5y no unit VB06_Mrt3W

ffVB06MrtS fraction in distribution mortality VB06 sed. - VB06_Mrt3S

fC5VB06P1y fC5VB06P1y no unit VB06_Mrt3S

fC5VB06P2y fC5VB06P2y no unit VB06_Mrt3S

fC5VB06P3y fC5VB06P3y no unit VB06_Mrt3S

fN5VB06P1y fN5VB06P1y no unit VB06_Mrt3S

fN5VB06P2y fN5VB06P2y no unit VB06_Mrt3S

fN5VB06P3y fN5VB06P3y no unit VB06_Mrt3S

fP5VB06P1y fP5VB06P1y no unit VB06_Mrt3S

fP5VB06P2y fP5VB06P2y no unit VB06_Mrt3S

fP5VB06P3y fP5VB06P3y no unit VB06_Mrt3S

fS5VB06P1y fS5VB06P1y no unit VB06_Mrt3S

fS5VB06P2y fS5VB06P2y no unit VB06_Mrt3S

fS5VB06P3y fS5VB06P3y no unit VB06_Mrt3S

fC4VB06P5y fC4VB06P5y no unit VB06_Mrt3S

fN4VB06P5y fN4VB06P5y no unit VB06_Mrt3S

fP4VB06P5y fP4VB06P5y no unit VB06_Mrt3S

fS4VB06P5y fS4VB06P5y no unit VB06_Mrt3S

fN1VB06upy uptake VB06 through roots N pool 1 gN/(m2d) VB06_Upt3D

fN2VB06upy uptake VB06 through roots N pool 2 gN/(m2d) VB06_Upt3D

fP1VB06upy uptake VB06 through roots P pool 1 gP/(m2d) VB06_Upt3D

fP2VB06upy uptake VB06 through roots P pool 2 gP/(m2d) VB06_Upt3D

fS1VB06upy uptake VB06 through roots S pool 1 gS/(m2d) VB06_Upt3D

fS2VB06upy uptake VB06 through roots S pool 2 gS/(m2d) VB06_Upt3D

VB07ha vegetation biomass cohort 7 tC/ha VBGrowth07

VB07Aha attainable vegetation biomass cohort 7 tC/ha VBGrowth07

VB07Age0ha biomass at age = 0 for cohort 7 tC/ha VBGrowth07

NutLimVB07 nutrient limitation for vegetation growth - VBGrowth07

ffVB07MrtW fraction in distribution mortality VB07 water - VB07_Mrt3W

fC2VB07P1y fC2VB07P1y gC/(m2d) VB07_Mrt3W

fC2VB07P2y fC2VB07P2y no unit VB07_Mrt3W

fC2VB07P3y fC2VB07P3y no unit VB07_Mrt3W

fN2VB07P1y fN2VB07P1y no unit VB07_Mrt3W

fN2VB07P2y fN2VB07P2y no unit VB07_Mrt3W

fN2VB07P3y fN2VB07P3y no unit VB07_Mrt3W

fP2VB07P1y fP2VB07P1y no unit VB07_Mrt3W

fP2VB07P2y fP2VB07P2y no unit VB07_Mrt3W

fP2VB07P3y fP2VB07P3y no unit VB07_Mrt3W

fS2VB07P1y fS2VB07P1y no unit VB07_Mrt3W

continued on next page

242 of 256 Deltares

DRAFT

Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fS2VB07P2y fS2VB07P2y no unit VB07_Mrt3W

fS2VB07P3y fS2VB07P3y no unit VB07_Mrt3W

fC1VB07P5y fC1VB07P5y no unit VB07_Mrt3W

fC3VB07P5y fC3VB07P5y no unit VB07_Mrt3W

fN1VB07P5y fN1VB07P5y no unit VB07_Mrt3W

fN3VB07P5y fN3VB07P5y no unit VB07_Mrt3W

fP1VB07P5y fP1VB07P5y no unit VB07_Mrt3W

fP3VB07P5y fP3VB07P5y no unit VB07_Mrt3W

fS1VB07P5y fS1VB07P5y no unit VB07_Mrt3W

fS3VB07P5y fS3VB07P5y no unit VB07_Mrt3W

ffVB07MrtS fraction in distribution mortality VB07 sed. - VB07_Mrt3S

fC5VB07P1y fC5VB07P1y no unit VB07_Mrt3S

fC5VB07P2y fC5VB07P2y no unit VB07_Mrt3S

fC5VB07P3y fC5VB07P3y no unit VB07_Mrt3S

fN5VB07P1y fN5VB07P1y no unit VB07_Mrt3S

fN5VB07P2y fN5VB07P2y no unit VB07_Mrt3S

fN5VB07P3y fN5VB07P3y no unit VB07_Mrt3S

fP5VB07P1y fP5VB07P1y no unit VB07_Mrt3S

fP5VB07P2y fP5VB07P2y no unit VB07_Mrt3S

fP5VB07P3y fP5VB07P3y no unit VB07_Mrt3S

fS5VB07P1y fS5VB07P1y no unit VB07_Mrt3S

fS5VB07P2y fS5VB07P2y no unit VB07_Mrt3S

fS5VB07P3y fS5VB07P3y no unit VB07_Mrt3S

fC4VB07P5y fC4VB07P5y no unit VB07_Mrt3S

fN4VB07P5y fN4VB07P5y no unit VB07_Mrt3S

fP4VB07P5y fP4VB07P5y no unit VB07_Mrt3S

fS4VB07P5y fS4VB07P5y no unit VB07_Mrt3S

fN1VB07upy uptake VB07 through roots N pool 1 gN/(m2d) VB07_Upt3D

fN2VB07upy uptake VB07 through roots N pool 2 gN/(m2d) VB07_Upt3D

fP1VB07upy uptake VB07 through roots P pool 1 gP/(m2d) VB07_Upt3D

fP2VB07upy uptake VB07 through roots P pool 2 gP/(m2d) VB07_Upt3D

fS1VB07upy uptake VB07 through roots S pool 1 gS/(m2d) VB07_Upt3D

fS2VB07upy uptake VB07 through roots S pool 2 gS/(m2d) VB07_Upt3D

VB08ha vegetation biomass cohort 8 tC/ha VBGrowth08

VB08Aha attainable vegetation biomass cohort 8 tC/ha VBGrowth08

VB08Age0ha biomass at age = 0 for cohort 8 tC/ha VBGrowth08

NutLimVB08 nutrient limitation for vegetation growth - VBGrowth08

k_minfstC ﬁrst order mineralization rate fast detr-C 1/d DecFast

k_minfstN ﬁrst order mineralization rate fast detr-N 1/d DecFast

k_minfstP ﬁrst order mineralization rate fast detr-P 1/d DecFast

f_dtstfstN stripping factor fast decomposing detr-N - DecFast

f_dtstfstP stripping factor fast decomposing detr-P - DecFast

f_dtstfstS stripping factor fast decomposing detr-S - DecFast

k_minmedC ﬁrst order mineralization rate med. detr-C 1/d DecMedium

k_minmedN ﬁrst order mineralization rate med. detr-N 1/d DecMedium

k_minmedP ﬁrst order mineralization rate med. detr-P 1/d DecMedium

f_dtstmedN stripping factor medium decomposing detr-N - DecMedium

f_dtstmedP stripping factor medium decomposing detr-P - DecMedium

f_dtstmedS stripping factor medium decomposing detr-S - DecMedium

k_minslwC ﬁrst order mineralization rate slow detr-C 1/d DecSlow

k_minslwN ﬁrst order mineralization rate slow detr-N 1/d DecSlow

k_minslwP ﬁrst order mineralization rate slow detr-P 1/d DecSlow

f_dtstslwN stripping factor slow decomposing detr-N - DecSlow

f_dtstslwP stripping factor slow decomposing detr-P - DecSlow

f_dtstslwS stripping factor slow decomposing detr-S - DecSlow

k_minrefC ﬁrst order mineralization rate refr. detr-C 1/d DecRefr

k_minrefN ﬁrst order mineralization rate refr. detr-N 1/d DecRefr

k_minrefP ﬁrst order mineralization rate refr. detr-P 1/d DecRefr

f_drNdummy stripping factor refractory detr-N not used - DecRefr

f_drPdummy stripping factor refractory detr-P not used - DecRefr

f_drSdummy stripping factor refractory detr-S not used - DecRefr

k_mindocC ﬁrst order mineralization rate diss. detr-C 1/d DecDOC

k_mindocN ﬁrst order mineralization rate diss. detr-N 1/d DecDOC

k_mindocP ﬁrst order mineralization rate diss. detr-P 1/d DecDOC

f_ddNdummy stripping factor dissolved detr-N not used - DecDOC

f_ddPdummy stripping factor dissolved detr-P not used - DecDOC

f_ddSdummy stripping factor dissolved detr-S not used - DecDOC

fSWBurDum Dummy SW burial ﬂux no unit S12TraMPB1

fBurS1MPB1 burial ﬂux MPB1 from layer S1 gC/(m2d) S12TraMPB1

fBurS2MPB1 burial ﬂux MPB1 from layer S2 gC/(m2d) S12TraMPB1

continued on next page

Deltares 243 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

fDigS1MPB1 digging ﬂux MPB1 to layer S1 gC/(m2d) S12TraMPB1

fDigS2MPB1 digging ﬂux MPB1 to layer S2 gC/(m2d) S12TraMPB1

MPB1S1 MPB1 per m2in layer S1 gC/m2S1_Comp

MPB1S2 MPB1 per m2in layer S2 gC/m2S2_Comp

fBurS1MPB2 burial ﬂux MPB1 from layer S1 gC/(m2d) S12TraMPB2

fBurS2MPB2 burial ﬂux MPB1 from layer S2 gC/(m2d) S12TraMPB2

fDigS1MPB2 digging ﬂux MPB1 to layer S1 gC/(m2d) S12TraMPB2

fDigS2MPB2 digging ﬂux MPB1 to layer S2 gC/(m2d) S12TraMPB2

MPB2S1 MPB2 per m2in layer S1 gC/m2S1_Comp

MPB2S2 MPB2 per m2in layer S2 gC/m2S2_Comp

ffVB08MrtW fraction in distribution mortality VB08 water - VB08_Mrt3W

fC2VB08P1y fC2VB08P1y gC/(m2d) VB08_Mrt3W

fC2VB08P2y fC2VB08P2y no unit VB08_Mrt3W

fC2VB08P3y fC2VB08P3y no unit VB08_Mrt3W

fN2VB08P1y fN2VB08P1y no unit VB08_Mrt3W

fN2VB08P2y fN2VB08P2y no unit VB08_Mrt3W

fN2VB08P3y fN2VB08P3y no unit VB08_Mrt3W

fP2VB08P1y fP2VB08P1y no unit VB08_Mrt3W

fP2VB08P2y fP2VB08P2y no unit VB08_Mrt3W

fP2VB08P3y fP2VB08P3y no unit VB08_Mrt3W

fS2VB08P1y fS2VB08P1y no unit VB08_Mrt3W

fS2VB08P2y fS2VB08P2y no unit VB08_Mrt3W

fS2VB08P3y fS2VB08P3y no unit VB08_Mrt3W

fC1VB08P5y fC1VB08P5y no unit VB08_Mrt3W

fC3VB08P5y fC3VB08P5y no unit VB08_Mrt3W

fN1VB08P5y fN1VB08P5y no unit VB08_Mrt3W

fN3VB08P5y fN3VB08P5y no unit VB08_Mrt3W

fP1VB08P5y fP1VB08P5y no unit VB08_Mrt3W

fP3VB08P5y fP3VB08P5y no unit VB08_Mrt3W

fS1VB08P5y fS1VB08P5y no unit VB08_Mrt3W

fS3VB08P5y fS3VB08P5y no unit VB08_Mrt3W

ffVB08MrtS fraction in distribution mortality VB08 sed. - VB08_Mrt3S

fC5VB08P1y fC5VB08P1y no unit VB08_Mrt3S

fC5VB08P2y fC5VB08P2y no unit VB08_Mrt3S

fC5VB08P3y fC5VB08P3y no unit VB08_Mrt3S

fN5VB08P1y fN5VB08P1y no unit VB08_Mrt3S

fN5VB08P2y fN5VB08P2y no unit VB08_Mrt3S

fN5VB08P3y fN5VB08P3y no unit VB08_Mrt3S

fP5VB08P1y fP5VB08P1y no unit VB08_Mrt3S

fP5VB08P2y fP5VB08P2y no unit VB08_Mrt3S

fP5VB08P3y fP5VB08P3y no unit VB08_Mrt3S

fS5VB08P1y fS5VB08P1y no unit VB08_Mrt3S

fS5VB08P2y fS5VB08P2y no unit VB08_Mrt3S

fS5VB08P3y fS5VB08P3y no unit VB08_Mrt3S

fC4VB08P5y fC4VB08P5y no unit VB08_Mrt3S

fN4VB08P5y fN4VB08P5y no unit VB08_Mrt3S

fP4VB08P5y fP4VB08P5y no unit VB08_Mrt3S

fS4VB08P5y fS4VB08P5y no unit VB08_Mrt3S

fN1VB08upy uptake VB08 through roots N pool 1 gN/(m2d) VB08_Upt3D

fN2VB08upy uptake VB08 through roots N pool 2 gN/(m2d) VB08_Upt3D

fP1VB08upy uptake VB08 through roots P pool 1 gP/(m2d) VB08_Upt3D

fP2VB08upy uptake VB08 through roots P pool 2 gP/(m2d) VB08_Upt3D

fS1VB08upy uptake VB08 through roots S pool 1 gS/(m2d) VB08_Upt3D

fS2VB08upy uptake VB08 through roots S pool 2 gS/(m2d) VB08_Upt3D

VB09ha vegetation biomass cohort 3 tC/ha VBGrowth09

VB09Aha attainable vegetation biomass cohort 3 tC/ha VBGrowth09

VB09Age0ha biomass at age = 0 for cohort 3 tC/ha VBGrowth09

NutLimVB09 nutrient limitation for vegetation growth - VBGrowth09

ffVB09MrtW fraction in distribution mortality VB09 water - VB09_Mrt3W

fC2VB09P1y fC2VB09P1y gC/(m2d) VB09_Mrt3W

fC2VB09P2y fC2VB09P2y no unit VB09_Mrt3W

fC2VB09P3y fC2VB09P3y no unit VB09_Mrt3W

fN2VB09P1y fN2VB09P1y no unit VB09_Mrt3W

fN2VB09P2y fN2VB09P2y no unit VB09_Mrt3W

fN2VB09P3y fN2VB09P3y no unit VB09_Mrt3W

fP2VB09P1y fP2VB09P1y no unit VB09_Mrt3W

fP2VB09P2y fP2VB09P2y no unit VB09_Mrt3W

fP2VB09P3y fP2VB09P3y no unit VB09_Mrt3W

fS2VB09P1y fS2VB09P1y no unit VB09_Mrt3W

fS2VB09P2y fS2VB09P2y no unit VB09_Mrt3W

continued on next page

244 of 256 Deltares

DRAFT

Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fS2VB09P3y fS2VB09P3y no unit VB09_Mrt3W

fC1VB09P5y fC1VB09P5y no unit VB09_Mrt3W

fC3VB09P5y fC3VB09P5y no unit VB09_Mrt3W

fN1VB09P5y fN1VB09P5y no unit VB09_Mrt3W

fN3VB09P5y fN3VB09P5y no unit VB09_Mrt3W

fP1VB09P5y fP1VB09P5y no unit VB09_Mrt3W

fP3VB09P5y fP3VB09P5y no unit VB09_Mrt3W

fS1VB09P5y fS1VB09P5y no unit VB09_Mrt3W

fS3VB09P5y fS3VB09P5y no unit VB09_Mrt3W

ffVB09MrtS fraction in distribution mortality VB09 sed. - VB09_Mrt3S

fC5VB09P1y fC5VB09P1y no unit VB09_Mrt3S

fC5VB09P2y fC5VB09P2y no unit VB09_Mrt3S

fC5VB09P3y fC5VB09P3y no unit VB09_Mrt3S

fN5VB09P1y fN5VB09P1y no unit VB09_Mrt3S

fN5VB09P2y fN5VB09P2y no unit VB09_Mrt3S

fN5VB09P3y fN5VB09P3y no unit VB09_Mrt3S

fP5VB09P1y fP5VB09P1y no unit VB09_Mrt3S

fP5VB09P2y fP5VB09P2y no unit VB09_Mrt3S

fP5VB09P3y fP5VB09P3y no unit VB09_Mrt3S

fS5VB09P1y fS5VB09P1y no unit VB09_Mrt3S

fS5VB09P2y fS5VB09P2y no unit VB09_Mrt3S

fS5VB09P3y fS5VB09P3y no unit VB09_Mrt3S

fC4VB09P5y fC4VB09P5y no unit VB09_Mrt3S

fN4VB09P5y fN4VB09P5y no unit VB09_Mrt3S

fP4VB09P5y fP4VB09P5y no unit VB09_Mrt3S

fS4VB09P5y fS4VB09P5y no unit VB09_Mrt3S

fResS1As resuspension ﬂux As from layer S1 gAs/(m2d) S12TraAs

fResS2As resuspension ﬂux As from layer S2 gAs/(m2d) S12TraAs

fBurS1As burial ﬂux As from layer S1 gAs/(m2d) S12TraAs

fBurS2As burial ﬂux As from layer S2 gAs/(m2d) S12TraAs

fDigS1As digging ﬂux As to layer S1 gAs/(m2d) S12TraAs

fDigS2As digging ﬂux As to layer S2 gAs/(m2d) S12TraAs

fResS1Cd resuspension ﬂux Cd from layer S1 gCd/(m2d) S12TraCd

fResS2Cd resuspension ﬂux Cd from layer S2 gCd/(m2d) S12TraCd

fBurS1Cd burial ﬂux Cd from layer S1 gCd/(m2d) S12TraCd

fBurS2Cd burial ﬂux Cd from layer S2 gCd/(m2d) S12TraCd

fDigS1Cd digging ﬂux Cd to layer S1 gCd/(m2d) S12TraCd

fDigS2Cd digging ﬂux Cd to layer S2 gCd/(m2d) S12TraCd

fResS1Cr resuspension ﬂux Cr from layer S1 gCr/(m2d) S12TraCr

fResS2Cr resuspension ﬂux Cr from layer S2 gCr/(m2d) S12TraCr

fBurS1Cr burial ﬂux Cr from layer S1 gCr/(m2d) S12TraCr

fBurS2Cr burial ﬂux Cr from layer S2 gCr/(m2d) S12TraCr

fDigS1Cr digging ﬂux Cr to layer S1 gCr/(m2d) S12TraCr

fDigS2Cr digging ﬂux Cr to layer S2 gCr/(m2d) S12TraCr

fResS1Cu resuspension ﬂux Cu from layer S1 gCu/(m2d) S12TraCu

fResS2Cu resuspension ﬂux Cu from layer S2 gCu/(m2d) S12TraCu

fBurS1Cu burial ﬂux Cu from layer S1 gCu/(m2d) S12TraCu

fBurS2Cu burial ﬂux Cu from layer S2 gCu/(m2d) S12TraCu

fDigS1Cu digging ﬂux Cu to layer S1 gCu/(m2d) S12TraCu

fDigS2Cu digging ﬂux Cu to layer S2 gCu/(m2d) S12TraCu

fResS1Hg resuspension ﬂux Hg from layer S1 gHg/(m2d) S12TraHg

fResS2Hg resuspension ﬂux Hg from layer S2 gHg/(m2d) S12TraHg

fBurS1Hg burial ﬂux Hg from layer S1 gHg/(m2d) S12TraHg

fBurS2Hg burial ﬂux Hg from layer S2 gHg/(m2d) S12TraHg

fDigS1Hg digging ﬂux Hg to layer S1 gHg/(m2d) S12TraHg

fDigS2Hg digging ﬂux Hg to layer S2 gHg/(m2d) S12TraHg

fResS1Ni resuspension ﬂux Ni from layer S1 gNi/(m2d) S12TraNi

fResS2Ni resuspension ﬂux Ni from layer S2 gNi/(m2d) S12TraNi

fBurS1Ni burial ﬂux Ni from layer S1 gNi/(m2d) S12TraNi

fBurS2Ni burial ﬂux Ni from layer S2 gNi/(m2d) S12TraNi

fDigS1Ni digging ﬂux Ni to layer S1 gNi/(m2d) S12TraNi

fDigS2Ni digging ﬂux Ni to layer S2 gNi/(m2d) S12TraNi

fResS1Pb resuspension ﬂux Pb from layer S1 gPb/(m2d) S12TraPb

fResS2Pb resuspension ﬂux Pb from layer S2 gPb/(m2d) S12TraPb

fBurS1Pb burial ﬂux Pb from layer S1 gPb/(m2d) S12TraPb

fBurS2Pb burial ﬂux Pb from layer S2 gPb/(m2d) S12TraPb

fDigS1Pb digging ﬂux Pb to layer S1 gPb/(m2d) S12TraPb

fDigS2Pb digging ﬂux Pb to layer S2 gPb/(m2d) S12TraPb

fResS1Va resuspension ﬂux Va from layer S1 gVa/(m2d) S12TraVa

continued on next page

Deltares 245 of 256

DRAFT

Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

fResS2Va resuspension ﬂux Va from layer S2 gVa/(m2d) S12TraVa

fBurS1Va burial ﬂux Va from layer S1 gVa/(m2d) S12TraVa

fBurS2Va burial ﬂux Va from layer S2 gVa/(m2d) S12TraVa

fDigS1Va digging ﬂux Va to layer S1 gVa/(m2d) S12TraVa

fDigS2Va digging ﬂux Va to layer S2 gVa/(m2d) S12TraVa

fResS1Zn resuspension ﬂux Zn from layer S1 gZn/(m2d) S12TraZn

fResS2Zn resuspension ﬂux Zn from layer S2 gZn/(m2d) S12TraZn

fBurS1Zn burial ﬂux Zn from layer S1 gZn/(m2d) S12TraZn

fBurS2Zn burial ﬂux Zn from layer S2 gZn/(m2d) S12TraZn

fDigS1Zn digging ﬂux Zn to layer S1 gZn/(m2d) S12TraZn

fDigS2Zn digging ﬂux Zn to layer S2 gZn/(m2d) S12TraZn

fResS1153 resuspension ﬂux 153 from layer S1 g153/(m2d) S12Tra153

fResS2153 resuspension ﬂux 153 from layer S2 g153/(m2d) S12Tra153

fBurS1153 burial ﬂux 153 from layer S1 g153/(m2d) S12Tra153

fBurS2153 burial ﬂux 153 from layer S2 g153/(m2d) S12Tra153

fDigS1153 digging ﬂux 153 to layer S1 g153/(m2d) S12Tra153

fDigS2153 digging ﬂux 153 to layer S2 g153/(m2d) S12Tra153

fResS1Atr resuspension ﬂux Atr from layer S1 gAtr/(m2d) S12TraAtr

fResS2Atr resuspension ﬂux Atr from layer S2 gAtr/(m2d) S12TraAtr

fBurS1Atr burial ﬂux Atr from layer S1 gAtr/(m2d) S12TraAtr

fBurS2Atr burial ﬂux Atr from layer S2 gAtr/(m2d) S12TraAtr

fDigS1Atr digging ﬂux Atr to layer S1 gAtr/(m2d) S12TraAtr

fDigS2Atr digging ﬂux Atr to layer S2 gAtr/(m2d) S12TraAtr

fResS1Mef resuspension ﬂux Mef from layer S1 gMef/(m2d) S12TraMef

fResS2Mef resuspension ﬂux Mef from layer S2 gMef/(m2d) S12TraMef

fBurS1Mef burial ﬂux Mef from layer S1 gMef/(m2d) S12TraMef

fBurS2Mef burial ﬂux Mef from layer S2 gMef/(m2d) S12TraMef

fDigS1Mef digging ﬂux Mef to layer S1 gMef/(m2d) S12TraMef

fDigS2Mef digging ﬂux Mef to layer S2 gMef/(m2d) S12TraMef

fResS1Diu resuspension ﬂux Diu from layer S1 gDiu/(m2d) S12TraDiu

fResS2Diu resuspension ﬂux Diu from layer S2 gDiu/(m2d) S12TraDiu

fBurS1Diu burial ﬂux Diu from layer S1 gDiu/(m2d) S12TraDiu

fBurS2Diu burial ﬂux Diu from layer S2 gDiu/(m2d) S12TraDiu

fDigS1Diu digging ﬂux Diu to layer S1 gDiu/(m2d) S12TraDiu

fDigS2Diu digging ﬂux Diu to layer S2 gDiu/(m2d) S12TraDiu

fResS1BaP resuspension ﬂux BaP from layer S1 gBaP/(m2d) S12TraBaP

fResS2BaP resuspension ﬂux BaP from layer S2 gBaP/(m2d) S12TraBaP

fBurS1BaP burial ﬂux BaP from layer S1 gBaP/(m2d) S12TraBaP

fBurS2BaP burial ﬂux BaP from layer S2 gBaP/(m2d) S12TraBaP

fDigS1BaP digging ﬂux BaP to layer S1 gBaP/(m2d) S12TraBaP

fDigS2BaP digging ﬂux BaP to layer S2 gBaP/(m2d) S12TraBaP

fResS1OMP resuspension ﬂux OMP from layer S1 gOMP/(m2d) S12TraOMP

fResS2OMP resuspension ﬂux OMP from layer S2 gOMP/(m2d) S12TraOMP

fBurS1OMP burial ﬂux OMP from layer S1 gOMP/(m2d) S12TraOMP

fBurS2OMP burial ﬂux OMP from layer S2 gOMP/(m2d) S12TraOMP

fDigS1OMP digging ﬂux OMP to layer S1 gOMP/(m2d) S12TraOMP

fDigS2OMP digging ﬂux OMP to layer S2 gOMP/(m2d) S12TraOMP

fResS1Flu resuspension ﬂux Flu from layer S1 gFlu/(m2d) S12TraFlu

fResS2Flu resuspension ﬂux Flu from layer S2 gFlu/(m2d) S12TraFlu

fBurS1Flu burial ﬂux Flu from layer S1 gFlu/(m2d) S12TraFlu

fBurS2Flu burial ﬂux Flu from layer S2 gFlu/(m2d) S12TraFlu

fDigS1Flu digging ﬂux Flu to layer S1 gFlu/(m2d) S12TraFlu

fDigS2Flu digging ﬂux Flu to layer S2 gFlu/(m2d) S12TraFlu

fResS1HCB resuspension ﬂux HCB from layer S1 gHCB/(m2d) S12TraHCB

fResS2HCB resuspension ﬂux HCB from layer S2 gHCB/(m2d) S12TraHCB

fBurS1HCB burial ﬂux HCB from layer S1 gHCB/(m2d) S12TraHCB

fBurS2HCB burial ﬂux HCB from layer S2 gHCB/(m2d) S12TraHCB

fDigS1HCB digging ﬂux HCB to layer S1 gHCB/(m2d) S12TraHCB

fDigS2HCB digging ﬂux HCB to layer S2 gHCB/(m2d) S12TraHCB

fResS1HCH resuspension ﬂux HCH from layer S1 gHCH/(m2d) S12TraHCH

fResS2HCH resuspension ﬂux HCH from layer S2 gHCH/(m2d) S12TraHCH

fBurS1HCH burial ﬂux HCH from layer S1 gHCH/(m2d) S12TraHCH

fBurS2HCH burial ﬂux HCH from layer S2 gHCH/(m2d) S12TraHCH

fDigS1HCH digging ﬂux HCH to layer S1 gHCH/(m2d) S12TraHCH

fDigS2HCH digging ﬂux HCH to layer S2 gHCH/(m2d) S12TraHCH

fResS1DetN resuspension ﬂux DetN from layer S1 gN/(m2d) S12TraDetN

fResS2DetN resuspension ﬂux DetN from layer S2 gN/(m2d) S12TraDetN

fBurS1DetN burial ﬂux DetN from layer S1 gN/(m2d) S12TraDetN

continued on next page

246 of 256 Deltares

DRAFT

Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

fSWBuS1DtN burial ﬂux of DetN from layer S1 SW gN/(m2d) S12TraDetN

fBurS2DetN burial ﬂux DetN from layer S2 gN/(m2d) S12TraDetN

fDigS1DetN digging ﬂux DetN to layer S1 gN/(m2d) S12TraDetN

fDigS2DetN digging ﬂux DetN to layer S2 gN/(m2d) S12TraDetN

fResS1DetP resuspension ﬂux DetP from layer S1 gP/(m2d) S12TraDetP

fResS2DetP resuspension ﬂux DetP from layer S2 gP/(m2d) S12TraDetP

fBurS1DetP burial ﬂux DetP from layer S1 gP/(m2d) S12TraDetP

fSWBuS1DtP burial ﬂux of DetP from layer S1 SW gP/(m2d) S12TraDetP

fBurS2DetP burial ﬂux DetP from layer S2 gP/(m2d) S12TraDetP

fDigS1DetP digging ﬂux DetP to layer S1 gP/(m2d) S12TraDetP

fDigS2DetP digging ﬂux DetP to layer S2 gP/(m2d) S12TraDetP

fResS1DetS resuspension ﬂux DetSi from layer S1 gSi/(m2d) S12TraDetS

fResS2DetS resuspension ﬂux DetSi from layer S2 gSi/(m2d) S12TraDetS

fBurS1DetS burial ﬂux DetSi from layer S1 gSi/(m2d) S12TraDetS

fSWBuS1DtS burial ﬂux of DetSi from layer S1 SW gSi/(m2d) S12TraDetS

fBurS2DetS burial ﬂux DetP from layer S2 gSi/(m2d) S12TraDetS

fDigS1DetS digging ﬂux DetSi to layer S1 gSi/(m2d) S12TraDetS

fDigS2DetS digging ﬂux DetSi to layer S2 gSi/(m2d) S12TraDetS

fResS1OON resuspension ﬂux OON from layer S1 gN/(m2d) S12TraOON

fResS2OON resuspension ﬂux OON from layer S2 gN/(m2d) S12TraOON

fBurS1OON burial ﬂux OON from layer S1 gN/(m2d) S12TraOON

fSWBuS1OON burial ﬂux of OON from layer S1 using SW gN/(m2d) S12TraOON

fBurS2OON burial ﬂux OON from layer S2 gN/(m2d) S12TraOON

fDigS1OON digging ﬂux OON to layer S1 gN/(m2d) S12TraOON

fDigS2OON digging ﬂux OON to layer S2 gN/(m2d) S12TraOON

fResS1OOP resuspension ﬂux OOP from layer S1 gP/(m2d) S12TraOOP

fResS2OOP resuspension ﬂux OOP from layer S2 gP/(m2d) S12TraOOP

fBurS1OOP burial ﬂux OOP from layer S1 gP/(m2d) S12TraOOP

fSWBuS1OOP burial ﬂux of OOP from layer S1 using SW gP/(m2d) S12TraOOP

fBurS2OOP burial ﬂux OOP from layer S2 gP/(m2d) S12TraOOP

fDigS1OOP digging ﬂux OOP to layer S1 gP/(m2d) S12TraOOP

fDigS2OOP digging ﬂux OOP to layer S2 gP/(m2d) S12TraOOP

fResS1OOSi resuspension ﬂux OOSi from layer S1 gSi/(m2d) S12TraOOSi

fResS2OOSi resuspension ﬂux OOSi from layer S2 gSi/(m2d) S12TraOOSi

fBurS1OOS burial ﬂux OOSi from layer S1 gSi/(m2d) S12TraOOSi

fSWBuS1OOS burial ﬂux of OOSi from layer S1 SW gSi/(m2d) S12TraOOSi

fBurS2OOS burial ﬂux OOSi from layer S2 gSi/(m2d) S12TraOOSi

fDigS1OOS digging ﬂux OOSi to layer S1 gSi/(m2d) S12TraOOSi

fDigS2OOS digging ﬂux OOSi to layer S2 gSi/(m2d) S12TraOOSi

fResS1AAP resuspension ﬂux AAP from layer S1 gP/(m2d) S12TraAAP

fResS2AAP resuspension ﬂux AAP from layer S2 gP/(m2d) S12TraAAP

fBurS1AAP burial ﬂux AAP from layer S1 gP/(m2d) S12TraAAP

fBurS2AAP burial ﬂux AAP from layer S2 gP/(m2d) S12TraAAP

fDigS1AAP digging ﬂux AAP to layer S1 gP/(m2d) S12TraAAP

fDigS2AAP digging ﬂux AAP to layer S2 gP/(m2d) S12TraAAP

fN1VB09upy uptake VB09 through roots N pool 1 gN/(m2d) VB09_Upt3D

fN2VB09upy uptake VB09 through roots N pool 2 gN/(m2d) VB09_Upt3D

fP1VB09upy uptake VB09 through roots P pool 1 gP/(m2d) VB09_Upt3D

fP2VB09upy uptake VB09 through roots P pool 2 gP/(m2d) VB09_Upt3D

fS1VB09upy uptake VB09 through roots S pool 1 gS/(m2d) VB09_Upt3D

fS2VB09upy uptake VB09 through roots S pool 2 gS/(m2d) VB09_Upt3D

ExtVlFresh VL extinction related to freshwater 1/m Extinc_VLG

ExtUVFresh UV extinction related to freshwater 1/m Extinc_UVG

ExtUVODS UV extinction by DOC 1/m Extinc_UVG

FrVAPTIM fraction VIVP and APATPP total susp solids gP/gDM Compos

TOSnoa total organic S no algae gS/m3Compos

fSedPOS1 sedimentation ﬂux POS1 gS/(m2d) SedNPOC1

fSedPOS2 sedimentation ﬂux POS2 gS/(m2d) SedNPOC2

fSedPOS3 sedimentation ﬂux POS3 gS/(m2d) SedNPOC3

fSedPOS4 sedimentation ﬂux POS4 gS/(m2d) SedNPOC4

SalFunPOC1 salinity function on settling POC1 - CalVS_POC1

FloFunPOC1 ﬂocculation function on settling POC1 - CalVS_POC1

SalFunPOC2 salinity function on settling POC2 - CalVS_POC2

FloFunPOC2 ﬂocculation function on settling POC2 - CalVS_POC2

SalFunPOC3 salinity function on settling POC3 - CalVS_POC3

FloFunPOC3 ﬂocculation function on settling POC3 - CalVS_POC3

SalFunPOC4 salinity function on settling POC4 - CalVS_POC4

FloFunPOC4 ﬂocculation function on settling POC4 - CalVS_POC4

continued on next page

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DRAFT

Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

Lim_IN Inorganic N limitation - BLOOM_P

Lim_IP Inorganic P limitation - BLOOM_P

Lim_Si Inorganic Si limitation - BLOOM_P

Lim_IC Inorganic C limitation - BLOOM_P

Lim_DetN Detritus N limitation mixotrophs - BLOOM_P

Lim_DetP Detritus P limitation mixotrophs - BLOOM_P

Lim_FixN N limitation N-ﬁxers - BLOOM_P

Lim_dummy Lim_dummy - BLOOM_P

Lim_inhib Photo inhibition - BLOOM_P

Lim_light Light limitation - BLOOM_P

Lim_GALG Growth limitation of group - BLOOM_P

Lim_MALG Mortality limitation of group - BLOOM_P

BLALG01 algae group 1 concentration gC/m3BLOOM

BLALG02 algae group 2 concentration gC/m3BLOOM

BLALG03 algae group 3 concentration gC/m3BLOOM

BLALG04 algae group 4 concentration gC/m3BLOOM

BLALG05 algae group 5 concentration gC/m3BLOOM

BLALG06 algae group 6 concentration gC/m3BLOOM

BLALG07 algae group 7 concentration gC/m3BLOOM

BLALG08 algae group 8 concentration gC/m3BLOOM

BLALG09 algae group 9 concentration gC/m3BLOOM

BLALG10 algae group 10 concentration gC/m3BLOOM

BLALG11 algae group 11 concentration gC/m3BLOOM

BLALG12 algae group 12 concentration gC/m3BLOOM

BLALG13 algae group 13 concentration gC/m3BLOOM

BLALG14 algae group 14 concentration gC/m3BLOOM

BLALG15 algae group 15 concentration gC/m3BLOOM

BLALG16 algae group 16 concentration gC/m3BLOOM

BLALG17 algae group 17 concentration gC/m3BLOOM

BLALG18 algae group 18 concentration gC/m3BLOOM

BLALG19 algae group 19 concentration gC/m3BLOOM

BLALG20 algae group 20 concentration gC/m3BLOOM

BLALG21 algae group 21 concentration gC/m3BLOOM

BLALG22 algae group 22 concentration gC/m3BLOOM

BLALG23 algae group 23 concentration gC/m3BLOOM

BLALG24 algae group 24 concentration gC/m3BLOOM

BLALG25 algae group 25 concentration gC/m3BLOOM

BLALG26 algae group 26 concentration gC/m3BLOOM

BLALG27 algae group 27 concentration gC/m3BLOOM

BLALG28 algae group 28 concentration gC/m3BLOOM

BLALG29 algae group 29 concentration gC/m3BLOOM

BLALG30 algae group 30 concentration gC/m3BLOOM

Lim_GALG01 Growth limitation of group 01 no unit BLOOM

Lim_GALG02 Growth limitation of group 02 no unit BLOOM

Lim_GALG03 Growth limitation of group 03 no unit BLOOM

Lim_GALG04 Growth limitation of group 04 no unit BLOOM

Lim_GALG05 Growth limitation of group 05 no unit BLOOM

Lim_GALG06 Growth limitation of group 06 no unit BLOOM

Lim_GALG07 Growth limitation of group 07 no unit BLOOM

Lim_GALG08 Growth limitation of group 08 no unit BLOOM

Lim_GALG09 Growth limitation of group 09 no unit BLOOM

Lim_GALG10 Growth limitation of group 10 no unit BLOOM

Lim_GALG11 Growth limitation of group 11 no unit BLOOM

Lim_GALG12 Growth limitation of group 12 no unit BLOOM

Lim_GALG13 Growth limitation of group 13 no unit BLOOM

Lim_GALG14 Growth limitation of group 14 no unit BLOOM

Lim_GALG15 Growth limitation of group 15 no unit BLOOM

Lim_GALG16 Growth limitation of group 16 no unit BLOOM

Lim_GALG17 Growth limitation of group 17 no unit BLOOM

Lim_GALG18 Growth limitation of group 18 no unit BLOOM

Lim_GALG19 Growth limitation of group 19 no unit BLOOM

Lim_GALG20 Growth limitation of group 20 no unit BLOOM

Lim_GALG21 Growth limitation of group 21 no unit BLOOM

Lim_GALG22 Growth limitation of group 22 no unit BLOOM

Lim_GALG23 Growth limitation of group 23 no unit BLOOM

Lim_GALG24 Growth limitation of group 24 no unit BLOOM

Lim_GALG25 Growth limitation of group 25 no unit BLOOM

Lim_GALG26 Growth limitation of group 26 no unit BLOOM

Lim_GALG27 Growth limitation of group 27 no unit BLOOM

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

Lim_GALG28 Growth limitation of group 28 no unit BLOOM

Lim_GALG29 Growth limitation of group 29 no unit BLOOM

Lim_GALG30 Growth limitation of group 30 no unit BLOOM

Lim_MALG01 Mortality limitation of group 01 - BLOOM

Lim_MALG02 Mortality limitation of group 02 - BLOOM

Lim_MALG03 Mortality limitation of group 03 - BLOOM

Lim_MALG04 Mortality limitation of group 04 - BLOOM

Lim_MALG05 Mortality limitation of group 05 - BLOOM

Lim_MALG06 Mortality limitation of group 06 - BLOOM

Lim_MALG07 Mortality limitation of group 07 - BLOOM

Lim_MALG08 Mortality limitation of group 08 - BLOOM

Lim_MALG09 Mortality limitation of group 09 - BLOOM

Lim_MALG10 Mortality limitation of group 10 - BLOOM

Lim_MALG11 Mortality limitation of group 11 - BLOOM

Lim_MALG12 Mortality limitation of group 12 - BLOOM

Lim_MALG13 Mortality limitation of group 13 - BLOOM

Lim_MALG14 Mortality limitation of group 14 - BLOOM

Lim_MALG15 Mortality limitation of group 15 - BLOOM

Lim_MALG16 Mortality limitation of group 16 - BLOOM

Lim_MALG17 Mortality limitation of group 17 - BLOOM

Lim_MALG18 Mortality limitation of group 18 - BLOOM

Lim_MALG19 Mortality limitation of group 19 - BLOOM

Lim_MALG20 Mortality limitation of group 20 - BLOOM

Lim_MALG21 Mortality limitation of group 21 - BLOOM

Lim_MALG22 Mortality limitation of group 22 - BLOOM

Lim_MALG23 Mortality limitation of group 23 - BLOOM

Lim_MALG24 Mortality limitation of group 24 - BLOOM

Lim_MALG25 Mortality limitation of group 25 - BLOOM

Lim_MALG26 Mortality limitation of group 26 - BLOOM

Lim_MALG27 Mortality limitation of group 27 - BLOOM

Lim_MALG28 Mortality limitation of group 28 - BLOOM

Lim_MALG29 Mortality limitation of group 29 - BLOOM

Lim_MALG30 Mortality limitation of group 30 - BLOOM

M2_ALG concentration of algae square metre gC/m2UlvaFix_P

Satcal saturation state of calcite - pH_carb

Satarg saturation state of aragonite - pH_carb

BOH4 concentration of boric acid gB/m3pH_carb

pCO2water pressure equivalent of CO2 in the water microatm pH_carb

CoverEM01 covergae with EM01 - Coverage

CoverEM02 covergae with EM02 - Coverage

CoverEM03 covergae with EM03 - Coverage

CoverEM04 covergae with EM04 - Coverage

CoverEM05 covergae with EM05 - Coverage

LimNSM01W nitrogen limitation function SM01 <0-1>water - MACNUTSM01

LimPSM01W phosphorus limitation function SM01 <0-1>water - MACNUTSM01

LCO2SM01 CO2+H2CO3 limitation function SM01 <0-1>- MACNUTSM01

LimNSM01B nitrogen limitation function SM01 <0-1>bottom - MACNUTSM01

LimPSM01B phosphorus limitation function SM01 <0-1>bottom - MACNUTSM01

LimNSM02W nitrogen limitation function SM02 <0-1>water - MACNUTSM02

LimPSM02W phosphorus limitation function SM02 <0-1>water - MACNUTSM02

LCO2SM02 CO2+H2CO3 limitation function SM02 <0-1>- MACNUTSM02

LimNSM02B nitrogen limitation function SM02 <0-1>bottom - MACNUTSM02

LimPSM02B phosphorus limitation function SM02 <0-1>bottom - MACNUTSM02

LimNSM03W nitrogen limitation function SM03 <0-1>water - MACNUTSM03

LimPSM03W phosphorus limitation function SM03 <0-1>water - MACNUTSM03

LCO2SM03 CO2+H2CO3 limitation function SM03 <0-1>- MACNUTSM03

LimNSM03B nitrogen limitation function SM03 <0-1>bottom - MACNUTSM03

LimPSM03B phosphorus limitation function SM03 <0-1>bottom - MACNUTSM03

LimNSM04W nitrogen limitation function SM04 <0-1>water - MACNUTSM04

LimPSM04W phosphorus limitation function SM04 <0-1>water - MACNUTSM04

LCO2SM04 CO2+H2CO3 limitation function SM04 <0-1>- MACNUTSM04

LimNSM04B nitrogen limitation function SM04 <0-1>bottom - MACNUTSM04

LimPSM04B phosphorus limitation function SM04 <0-1>bottom - MACNUTSM04

LimNSM05W nitrogen limitation function SM05 <0-1>water - MACNUTSM05

LimPSM05W phosphorus limitation function SM05 <0-1>water - MACNUTSM05

LCO2SM05 CO2+H2CO3 limitation function SM05 <0-1>- MACNUTSM05

LimNSM05B nitrogen limitation function SM05 <0-1>bottom - MACNUTSM05

LimPSM05B phosphorus limitation function SM05 <0-1>bottom - MACNUTSM05

EM01M2 emerged macrophyt 1 per square metre gC/m2MacroPhyt1

SM01M2 submerged macrophyt 1 per square metre gC/m2MacroPhyt1

RH01M2 rhizome macrophyt 1 per square metre gC/m2MacroPhyt1

continued on next page

Deltares 249 of 256

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Processes Library Tables, Technical Reference Manual

Table 14.1 – continued from previous page

Item Description Unit Process

LimNH4EM01 NH4 limitation function for EM01 <0-1>- MacroPhyt1

LimNO3EM01 NO3 limitation function for EM01 <0-1>- MacroPhyt1

LimPO4EM01 PO4 limitation function for EM01 <0-1>- MacroPhyt1

LimNutEM01 nutrient limitation function for EM01 <0-1>- MacroPhyt1

LimCO2SM01 CO2 limitation function for SM01 <0-1>- MacroPhyt1

LimDLEM01 daylength limitation function for EM01 <0-1>- MacroPhyt1

LimDLSM01 daylength limitation function for SM01 <0-1>- MacroPhyt1

LimTEM01 temperature limitation function for EM01 <0-1>- MacroPhyt1

LimTSM01 temperature limitation function for SM01 <0-1>- MacroPhyt1

EM02M2 emerged macrophyt 2 per square metre gC/m2MacroPhyt2

SM02M2 submerged macrophyt 2 per square metre gC/m2MacroPhyt2

RH02M2 rhizome macrophyt 2 per square metre gC/m2MacroPhyt2

LimNH4EM02 NH4 limitation function for EM02 <0-1>- MacroPhyt2

LimNO3EM02 NO3 limitation function for EM02 <0-1>- MacroPhyt2

LimPO4EM02 PO4 limitation function for EM02 <0-1>- MacroPhyt2

LimNutEM02 nutrient limitation function for EM02 <0-1>- MacroPhyt2

LimCO2SM02 CO2 limitation function for SM02 <0-1>- MacroPhyt2

LimDLEM02 daylength limitation function for EM02 <0-1>- MacroPhyt2

LimDLSM02 daylength limitation function for SM02 <0-1>- MacroPhyt2

LimTEM02 temperature limitation function for EM02 <0-1>- MacroPhyt2

LimTSM02 temperature limitation function for SM02 <0-1>- MacroPhyt2

EM03M2 emerged macrophyt 3 per square metre gC/m2MacroPhyt3

SM03M2 submerged macrophyt 3 per square metre gC/m2MacroPhyt3

RH03M2 rhizome macrophyt 3 per square metre gC/m2MacroPhyt3

LimNH4EM03 NH4 limitation function for EM03 <0-1>- MacroPhyt3

LimNO3EM03 NO3 limitation function for EM03 <0-1>- MacroPhyt3

LimPO4EM03 PO4 limitation function for EM03 <0-1>- MacroPhyt3

LimNutEM03 nutrient limitation function for EM03 <0-1>- MacroPhyt3

LimCO2SM03 CO2 limitation function for SM03 <0-1>- MacroPhyt3

LimDLEM03 daylength limitation function for EM03 <0-1>- MacroPhyt3

LimDLSM03 daylength limitation function for SM03 <0-1>- MacroPhyt3

LimTEM03 temperature limitation function for EM03 <0-1>- MacroPhyt3

LimTSM03 temperature limitation function for SM03 <0-1>- MacroPhyt3

EM04M2 emerged macrophyt 4 per square metre gC/m2MacroPhyt4

SM04M2 submerged macrophyt 4 per square metre gC/m2MacroPhyt4

RH04M2 rhizome macrophyt 4 per square metre gC/m2MacroPhyt4

LimNH4EM04 NH4 limitation function for EM04 <0-1>- MacroPhyt4

LimNO3EM04 NO3 limitation function for EM04 <0-1>- MacroPhyt4

LimPO4EM04 PO4 limitation function for EM04 <0-1>- MacroPhyt4

LimNutEM04 nutrient limitation function for EM04 <0-1>- MacroPhyt4

LimCO2SM04 CO2 limitation function for SM04 <0-1>- MacroPhyt4

LimDLEM04 daylength limitation function for EM04 <0-1>- MacroPhyt4

LimDLSM04 daylength limitation function for SM04 <0-1>- MacroPhyt4

LimTEM04 temperature limitation function for EM04 <0-1>- MacroPhyt4

LimTSM04 temperature limitation function for SM04 <0-1>- MacroPhyt4

EM05M2 emerged macrophyt 5 per square metre gC/m2MacroPhyt5

SM05M2 submerged macrophyt 5 per square metre gC/m2MacroPhyt5

RH05M2 rhizome macrophyt 5 per square metre gC/m2MacroPhyt5

LimNH4EM05 NH4 limitation function for EM05 <0-1>- MacroPhyt5

LimNO3EM05 NO3 limitation function for EM05 <0-1>- MacroPhyt5

LimPO4EM05 PO4 limitation function for EM05 <0-1>- MacroPhyt5

LimNutEM05 nutrient limitation function for EM05 <0-1>- MacroPhyt5

LimCO2SM05 CO2 limitation function for SM05 <0-1>- MacroPhyt5

LimDLEM05 daylength limitation function for EM05 <0-1>- MacroPhyt5

LimDLSM05 daylength limitation function for SM05 <0-1>- MacroPhyt5

LimTEM05 temperature limitation function for EM05 <0-1>- MacroPhyt5

LimTSM05 temperature limitation function for SM05 <0-1>- MacroPhyt5

M_TotBiom total biomass of DEB Mussel gC DEBGRZ_M

M_Biomass total biomass conc of DEB Mussel gC m-2 or m-3 DEBGRZ_M

M_TotAFDW total dryweight of DEB Mussel gAFDW DEBGRZ_M

M_AFDW total dryweight conc DEB Mussel gAFDW m-2 or

m-3

DEBGRZ_M

M_TotWW total wetweight of DEB Mussel gWW DEBGRZ_M

M_WW total wetweight conc DEB Mussel gWW m-2 or m-3 DEBGRZ_M

M_WWind wetweight of individual DEB Mussel gWW in1/d DEBGRZ_M

M_Vind struct volume of individual DEB Mussel cm3in1/d DEBGRZ_M

M_Eind energy reserves of individual DEB Mussel J in1/d DEBGRZ_M

M_Rind gonadal tissue of individual DEB Mussel J in1/d DEBGRZ_M

M_Length length of individual DEB Mussel cm DEBGRZ_M

M_GSI gonadal somatic index of DEB Mussel - DEBGRZ_M

continued on next page

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Segment related process output not used by other processes

Table 14.1 – continued from previous page

Item Description Unit Process

M_Escaled scaled energy density of DEB Mussel - DEBGRZ_M

M_Harvst total harvested biomass DEB Mussel gWW 1/d DEBGRZ_M

M_Spawn total spawned biomass DEB Mussel gWW 1/d DEBGRZ_M

M_GrossGr total gross growth DEB Mussel gC m-2 1/d DEBGRZ_M

M_NetGr total net growth of DEB Mussel gC m-2 1/d DEBGRZ_M

M_Nind nr of individuals of DEB Mussel # m-2 1/d DEBGRZ_M

M_Cbal C balance DEB Mussel should be zero gC m-3 1/d DEBGRZ_M

M_Nbal N balance DEB Mussel should be zero gN m-3 1/d DEBGRZ_M

M_Pbal P balance DEB Mussel should be zero gP m-3 1/d DEBGRZ_M

Z_TotBiom total biomass of DEB Zooplankton gC DEBGRZ_Z

Z_Bio total biomass conc of DEB Zoopl gC m-3 or m-2 DEBGRZ_Z

Z_TotAFDW total dryweight of DEB Zooplankton gAFDW DEBGRZ_Z

Z_AFDW total dryweight conc DEB Zoopl gAFDW m-3 or

m-2

DEBGRZ_Z

Z_TotWW total wetweight of DEB Zooplankton gWW DEBGRZ_Z

Z_WW total wetweight conc DEB Zoopl gWW m-3 or m-2 DEBGRZ_Z

Z_WWind wetweight of individual DEB Zooplankter gWW in1/d DEBGRZ_Z

Z_Vind struct volume of individual DEB Zoopl cm3in1/d DEBGRZ_Z

Z_Eind energy reserves of individual DEB Zoopl J in1/d DEBGRZ_Z

Z_Rind gonadal tissue of individual DEB Zoopl J in1/d DEBGRZ_Z

Z_Length length of individual DEB Zooplankter cm DEBGRZ_Z

Z_GSI gonadal somatic index of DEB Zooplankton - DEBGRZ_Z

Z_Escaled scaled energy density of DEB Zooplankton - DEBGRZ_Z

Z_Harvst total harvested biomass DEB Zooplankton gWW 1/d DEBGRZ_Z

Z_Spawn total spawned biomass DEB Zooplankton gWW 1/d DEBGRZ_Z

Z_GrossGr total gross growth DEB Zooplankton gC m-2 1/d DEBGRZ_Z

Z_NetGr total net growth of DEB Zooplankton gC m-2 1/d DEBGRZ_Z

Z_Nind nr of individuals of DEB Zooplankton # m-2 1/d DEBGRZ_Z

Z_Cbal C balance DEB Zoopl should be zero gC m-3 1/d DEBGRZ_Z

Z_Nbal N balance DEB Zoopl should be zero gN m-3 1/d DEBGRZ_Z

Z_Pbal P balance DEB Zoopl should be zero gP m-3 1/d DEBGRZ_Z

G3_TotBiom total biomass of DEB Grazer3 gC DEBGRZ_G3

G3_Biomass total biomass conc of DEB Grazer3 gC m-3 or m-2 DEBGRZ_G3

G3_TotAFDW total dryweight of DEB Grazer3 gAFDW DEBGRZ_G3

G3_AFDW total dryweight conc DEB Grazer3 gAFDW m-3 or

m-2

DEBGRZ_G3

G3_TotWW total wetweight of DEB Grazer3 gWW DEBGRZ_G3

G3_WW total wetweight conc DEB Grazer3 gWW m-3 or m-2 DEBGRZ_G3

G3_WWind wetweight of individual DEB Grazer3 gWW in1/d DEBGRZ_G3

G3_Vind struct volume of individual DEB Grazer3 cm3in1/d DEBGRZ_G3

G3_Eind energy reserves of individual DEB Grazer3 J in1/d DEBGRZ_G3

G3_Rind gonadal tissue of individual DEB Grazer3 J in1/d DEBGRZ_G3

G3_Length length of individual DEB Grazer3 cm DEBGRZ_G3

G3_GSI gonadal somatic index of DEB Grazer3 - DEBGRZ_G3

G3_Escaled scaled energy density of DEB Grazer3 - DEBGRZ_G3

G3_Harvst total harvested biomass DEB Grazer3 gWW 1/d DEBGRZ_G3

G3_Spawn total spawned biomass DEB Grazer3 gWW 1/d DEBGRZ_G3

G3_GrossGr total gross growth DEB Grazer3 gC m-2 1/d DEBGRZ_G3

G3_NetGr total net growth of DEB Grazer3 gC m-2 1/d DEBGRZ_G3

G3_Nind nr of individuals of DEB Grazer3 # m-2 1/d DEBGRZ_G3

G3_Cbal C balance DEB Grazer3should be zero gC m-3 1/d DEBGRZ_G3

G3_Nbal N balance DEB Grazer3should be zero gN m-3 1/d DEBGRZ_G3

G3_Pbal P balance DEB Grazer3should be zero gP m-3 1/d DEBGRZ_G3

G4_TotBiom total biomass of DEB Grazer4 gC DEBGRZ_G4

G4_Biomass total biomass conc of DEB Grazer4 gC m-3 or m-2 DEBGRZ_G4

G4_TotAFDW total dryweight of DEB Grazer4 gAFDW DEBGRZ_G4

G4_AFDW total dryweight conc DEB Grazer4 gAFDW m-3 or

m-2

DEBGRZ_G4

G4_TotWW total wetweight of DEB Grazer4 gWW DEBGRZ_G4

G4_WW total wetweight conc DEB Grazer4 gWW m-3 or m-2 DEBGRZ_G4

G4_WWind wetweight of individual DEB Grazer4 gWW in1/d DEBGRZ_G4

G4_Vind struct volume of individual DEB Grazer4 cm3in1/d DEBGRZ_G4

G4_Eind energy reserves of individual DEB Grazer4 J in1/d DEBGRZ_G4

G4_Rind gonadal tissue of individual DEB Grazer4 J in1/d DEBGRZ_G4

G4_Length length of individual DEB Grazer4 cm DEBGRZ_G4

G4_GSI gonadal somatic index of DEB Grazer4 - DEBGRZ_G4

G4_Escaled scaled energy density of DEB Grazer4 - DEBGRZ_G4

G4_Harvst total harvested biomass DEB Grazer4 gWW 1/d DEBGRZ_G4

G4_Spawn total spawned biomass DEB Grazer4 gWW 1/d DEBGRZ_G4

G4_GrossGr total gross growth DEB Grazer4 gC m-2 1/d DEBGRZ_G4

G4_NetGr total net growth of DEB Grazer4 gC m-2 1/d DEBGRZ_G4

continued on next page

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Table 14.1 – continued from previous page

Item Description Unit Process

G4_Nind nr of individuals of DEB Grazer4 # m-2 1/d DEBGRZ_G4

G4_Cbal C balance DEB Grazer4should be zero gC m-3 1/d DEBGRZ_G4

G4_Nbal N balance DEB Grazer4should be zero gN m-3 1/d DEBGRZ_G4

G4_Pbal P balance DEB Grazer4should be zero gP m-3 1/d DEBGRZ_G4

G5_TotBiom total biomass of DEB Grazer5 gC DEBGRZ_G5

G5_Biomass total biomass conc of DEB Grazer5 gC m-3 or m-2 DEBGRZ_G5

G5_TotAFDW total dryweight of DEB Grazer5 gAFDW DEBGRZ_G5

G5_AFDW total dryweight conc DEB Grazer5 gADW m-3 or m-

DEBGRZ_G5

G5_TotWW total wetweight of DEB Grazer5 gWW DEBGRZ_G5

G5_WW total wetweight conc DEB Grazer5 gWW m-3 or m-2 DEBGRZ_G5

G5_WWind wetweight of individual DEB Grazer5 gWW in1/d DEBGRZ_G5

G5_Vind struct volume of individual DEB Grazer5 cm3in1/d DEBGRZ_G5

G5_Eind energy reserves of individual DEB Grazer5 J in1/d DEBGRZ_G5

G5_Rind gonadal tissue of individual DEB Grazer5 J in1/d DEBGRZ_G5

G5_Length length of individual DEB Grazer5 cm DEBGRZ_G5

G5_GSI gonadal somatic index of DEB Grazer5 - DEBGRZ_G5

G5_Escaled scaled energy density of DEB Grazer5 - DEBGRZ_G5

G5_Harvst total harvested biomass DEB Grazer5 gWW 1/d DEBGRZ_G5

G5_Spawn total spawned biomass DEB Grazer5 gWW 1/d DEBGRZ_G5

G5_GrossGr total gross growth DEB Grazer5 gC m-2 1/d DEBGRZ_G5

G5_NetGr total net growth of DEB Grazer5 gC m-2 1/d DEBGRZ_G5

G5_Nind nr of individuals of DEB Grazer5 # m-2 1/d DEBGRZ_G5

G5_Cbal C balance DEB Grazer5should be zero gC m-3 1/d DEBGRZ_G5

G5_Nbal N balance DEB Grazer5should be zero gN m-3 1/d DEBGRZ_G5

G5_Pbal P balance DEB Grazer5should be zero gP m-3 1/d DEBGRZ_G5

DisH2SS1 hydrogen sulphide concentration H2S S1 (mol l) SPECSUDS1

DisH2SS2 hydrogen sulphide concentration H2S S2 (mol l) SPECSUDS2

FrIM1S2Pup pick-up resuspension ﬂux IM1 from S2 g/(m2d) Res_Pickup

fRIM2S2Pup pick-up resuspension ﬂux IM2 from S2 g/(m2d) Res_Pickup

fRIM3S2Pup pick-up resuspension ﬂux IM3 from S2 g/(m2d) Res_Pickup

fRTIMS2Pup pick-up resuspension ﬂux TIM from S2 g/(m2d) Res_Pickup

Pshields resuspension probability S2 pick-up - Res_Pickup

SPMratioem Flocculation ratio macro:micro empirical model - IM_Floceq

fSedAAPS2 sedimentation ﬂux AAP towards S2 gP/(m2d) Sed_AAP

fSedCdS2 sedimentation ﬂux Cd towards S2 gCd/(m2d) Sed_Cd

fSedCuS2 sedimentation ﬂux Cu towards S2 gCu/(m2d) Sed_Cu

fSedZnS2 sedimentation ﬂux Zn towards S2 gZn/(m2d) Sed_Zn

fSedHgS2 sedimentation ﬂux Hg towards S2 gHg/(m2d) Sed_Hg

fSedNiS2 sedimentation ﬂux Ni towards S2 gNi/(m2d) Sed_Ni

fSedPbS2 sedimentation ﬂux Pb towards S2 gPb/(m2d) Sed_Pb

fSedCrS2 sedimentation ﬂux Cr towards S2 gCr/(m2d) Sed_Cr

fSedAsS2 sedimentation ﬂux As towards S2 gAs/(m2d) Sed_As

fSedVaS2 sedimentation ﬂux Va towards S2 gVa/(m2d) Sed_Va

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15 Exchange related process output not used by other processes

Table 15.1: Exchange related process output not used by other processes

Item Description Unit Process

VxSedPON1 sedimentation velocity PON1 m/s SedNPOC1

VxSedPOP1 sedimentation velocity POP1 m/s SedNPOC1

VxSedPON2 sedimentation velocity PON2 m/s SedNPOC2

VxSedPOP2 sedimentation velocity POP2 m/s SedNPOC2

VxSedPON3 sedimentation velocity PON3 m/s SedNPOC3

VxSedPOP3 sedimentation velocity POP3 m/s SedNPOC3

VxSedPON4 sedimentation velocity PON4 m/s SedNPOC4

VxSedPOP4 sedimentation velocity POP4 m/s SedNPOC4

VxSedTIM sedimentation velocity IM3 m/s Sum_Sedim

VxSed0 sedimentation velocity m/s AdvTra

VxSedPOS1 sedimentation velocity POS1 m/s SedNPOC1

VxSedPOS2 sedimentation velocity POS2 m/s SedNPOC2

VxSedPOS3 sedimentation velocity POS3 m/s SedNPOC3

VxSedPOS4 sedimentation velocity POS4 m/s SedNPOC4

Deltares, 2016. “BIBTEX key with no entry, needed if no citations are made in the document.”

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