substance 'EColi' active description 'E. coli bacteria' concentration-unit 'MPN/m3' waste-load-unit '-' end-substance substance 'OXY' active description 'Oxygen' concentration-unit 'gO2/m3' waste-load-unit '-' end-substance substance 'CBOD5' active description 'carbonaceous BOD (first pool) at 5 days' concentration-unit 'gO2/m3' waste-load-unit '-' end-substance substance 'NO3' active description 'Nitrate (NO3)' concentration-unit 'gN/m3' waste-load-unit '-' end-substance substance 'NH4' active description 'Ammonium (NH4)' concentration-unit 'g/m3' waste-load-unit '-' end-substance substance 'PO4' active description 'Ortho Phosphorus (O-PO4)' concentration-unit 'g/m3' waste-load-unit '-' end-substance substance 'AAP' active description 'adsorbed ortho phosphorus' concentration-unit 'gP/m3' waste-load-unit '-' end-substance substance 'Si' active description 'dissolved Silica (Si)' concentration-unit 'gSi/m3' waste-load-unit '-' end-substance substance 'Diat' active description 'Diatoms' concentration-unit 'gC/m3' waste-load-unit '-' end-substance substance 'Green' active description 'Algae (non-diatoms)' concentration-unit 'gC/m3' waste-load-unit '-' end-substance substance 'DetC' active description 'Detritus Carbon (DetC)' concentration-unit 'gC/m3' waste-load-unit '-' end-substance substance 'DetN' active description 'Detritus Nitrogen (DetN)' concentration-unit 'gN/m3' waste-load-unit '-' end-substance substance 'DetP' active description 'Detritus phosphorus (DetP)' concentration-unit 'gP/m3' waste-load-unit '-' end-substance substance 'DetSi' active description 'Detritus Silica (DetSi)' concentration-unit 'gSi/m3' waste-load-unit '-' end-substance substance 'IM1' active description 'inorganic matter (IM1)' concentration-unit 'gDM/m3' waste-load-unit '-' end-substance substance 'IM2' active description 'inorganic matter (IM2)' concentration-unit 'gDM/m3' waste-load-unit '-' end-substance substance 'IM3' active description 'IM3' concentration-unit '' waste-load-unit '-' end-substance substance 'AAPS1' inactive description 'adsorbed O-PO4 in sediment 1' concentration-unit 'gP' waste-load-unit '-' end-substance substance 'DiatS1' inactive description 'diatoms in sediment 1' concentration-unit 'gC' waste-load-unit '-' end-substance substance 'GreenS1' inactive description 'Algae in sediment 1' concentration-unit 'gC' waste-load-unit '-' end-substance substance 'DetCS1' inactive description 'DetC in sediment 1' concentration-unit 'gC' waste-load-unit '-' end-substance substance 'DetNS1' inactive description 'DetN in sediment 1' concentration-unit 'gN' waste-load-unit '-' end-substance substance 'DetPS1' inactive description 'DetP in sediment layer 1' concentration-unit 'gP' waste-load-unit '-' end-substance substance 'DetSiS1' inactive description 'DetSi in sediment layer 1' concentration-unit 'gSi' waste-load-unit '-' end-substance substance 'IM1S1' inactive description 'IM1 in sediment 1' concentration-unit 'gDW' waste-load-unit '-' end-substance substance 'IM2S1' inactive description 'IM2 in sediment 1' concentration-unit 'gDW' waste-load-unit '-' end-substance parameter 'SWresusalg' description 'Respunsion Diat <0=Diat|1=DetC>' unit '-' value 1.000e+00 end-parameter parameter 'SWAdsP' description 'switch formulation <0=Kd|1=Langmuir|2=GEM>' unit '-' value 0.000e+00 end-parameter parameter 'RcAdPO4AAP' description 'rate constant for adsorption PO4->AAP' unit '1/d' value 5.000e-01 end-parameter parameter 'KdPO4AAP' description 'partition coefficient PO4-AAP' unit 'm3/gDM' value 8.000e-01 end-parameter parameter 'MaxPO4AAP' description 'adsorption capaciy sum-IM for PO4' unit 'gP/gDM' value 5.000e-03 end-parameter parameter 'RcDenWat' description 'first-order denit. rate constant water' unit '1/d' value 1.000e-01 end-parameter parameter 'RcNit' description 'first-order nitrification rate constant' unit '1/d' value 1.000e-01 end-parameter parameter 'RcDetNS1' description 'first-order N-min. rate const. sediment S1' unit '1/d' value 3.000e-02 end-parameter parameter 'RcDetPS1' description 'first-order P-min. rate const. sediment S1' unit '1/d' value 3.000e-02 end-parameter parameter 'RcDetN' description 'first-order mineralisation rate constant' unit '1/d' value 1.000e-01 end-parameter parameter 'RcDetP' description 'first-order mineralisation rate constant' unit '1/d' value 8.000e-02 end-parameter parameter 'NH4KRIT' description 'critical NH4 concentration' unit 'gN/m3' value 5.000e-02 end-parameter parameter 'MrtSedDiat' description 'mortality rc of diatoms st. temp' unit '1/d' value 3.000e+00 end-parameter parameter 'RcBOD' description 'decay reaction rate BOD (first pool) at 20 oC' unit '1/d' value 1.000e-01 end-parameter parameter 'AlgFrBOD' description 'fraction algae contributing to BOD-inf' unit '-' value 1.000e+00 end-parameter parameter 'VSedBOD5' description 'sedimentatin velocity CBOD5' unit 'm/d' value 1.000e+00 end-parameter parameter 'TaucSBOD' description 'critical shear stress for sedimentation' unit 'g/m/s2' value 7.500e-02 end-parameter parameter 'MinDepth' description 'minimum waterdepth for sedimentation' unit 'm' value 1.000e-01 end-parameter parameter 'RcDetCS1' description 'first-order C-min. rate const. sediment S1' unit '1/d' value 3.000e-02 end-parameter parameter 'RcDetC' description 'first-order mineralisation rate constant' unit '1/d' value 1.000e-01 end-parameter parameter 'PPMaxGreen' description 'pot. max. pr. prod. rc. green alg. st.temp' unit '1/d' value 4.700e+00 end-parameter parameter 'MRespGreen' description 'maintenance respiration green algae st.temp' unit '-' value 3.600e-02 end-parameter parameter 'GRespGreen' description 'growth respiration factor green algae' unit '-' value 1.100e-01 end-parameter parameter 'Mort0Green' description 'mortality rc of green algae st. temp' unit '1/d' value 3.200e-01 end-parameter parameter 'MortSGreen' description 'mortality of greens at high salinity' unit '1/d' value 2.000e+00 end-parameter parameter 'SalM1Green' description 'lower salinity limit mortality Greens' unit '0/00' value 5.000e+00 end-parameter parameter 'SalM2Green' description 'upper salinity limit mortality Greens' unit '0/00' value 1.000e+01 end-parameter parameter 'PPMaxDiat' description 'pot. max. pr. prod. rc. diatoms st.temp' unit '1/d' value 2.300e+00 end-parameter parameter 'MRespDiat' description 'maintenance respiration diatoms st.temp' unit '-' value 3.600e-02 end-parameter parameter 'GRespDiat' description 'growth respiration factor diatoms' unit '-' value 1.100e-01 end-parameter parameter 'Mort0Diat' description 'mortality rc of diatoms st. temp' unit '1/d' value 2.000e+00 end-parameter parameter 'MortSDiat' description 'mortality of diatoms at high salinity' unit '1/d' value 3.200e-01 end-parameter parameter 'SalM1Diat' description 'lower salinity limit mortality Diat' unit '0/00' value 5.000e+00 end-parameter parameter 'SalM2Diat' description 'upper salinity limit mortality Diat' unit '0/00' value 1.000e+01 end-parameter parameter 'VSedDetC' description 'sedimentation velocity DetC' unit 'm/d' value 1.000e+00 end-parameter parameter 'TauCSDetC' description 'critical shear stress sedimentation DetC' unit 'g/m/s2' value 7.500e-02 end-parameter parameter 'RcDetSi' description 'first-order mineralisation rate constant' unit '1/d' value 1.000e-02 end-parameter parameter 'RcDetSiS1' description 'first-order Si-min. rate const. sediment S1' unit '1/d' value 1.500e-02 end-parameter parameter 'VSedDiat' description 'sedimentation velocity Diat' unit 'm/d' value 1.000e+00 end-parameter parameter 'TaucSDiat' description 'critical shear stress for sediment. Diat' unit 'g/m/s2' value 7.500e-02 end-parameter parameter 'RcMrtEColi' description 'user defined first-order mort rate EColi' unit '1/d' value 4.000e+00 end-parameter parameter 'FrUvVL' description 'fraction UV light in visible light' unit '-' value 1.000e+00 end-parameter parameter 'VSedGreen' description 'sedimentation velocity Green' unit 'm/d' value 1.000e+00 end-parameter parameter 'TaucSGreen' description 'critical shear stress for sediment. Green' unit 'g/m/s2' value 7.500e-02 end-parameter parameter 'MrtSedGree' description 'mortality rc of green-algae in sediment' unit '1/d' value 3.000e+00 end-parameter parameter 'VSedIM1' description 'sedimentation velocity IM1' unit 'm/d' value 1.000e+00 end-parameter parameter 'TaucSIM1' description 'critical shear stress sedimentation IM1' unit 'g/m/s2' value 7.500e-02 end-parameter parameter 'VSedIM2' description 'sedimentation velocity IM2' unit 'm/d' value 1.500e+00 end-parameter parameter 'TaucSIM2' description 'critical shear stress sedimentation IM2' unit 'g/m/s2' value 1.000e+00 end-parameter parameter 'NatTemp' description 'ambient natural background water temperature' unit 'oC' value 1.500e+01 end-parameter parameter 'VWind' description 'wind velocity' unit 'm/s' value 7.200e+00 end-parameter parameter 'SwitchTemp' description 'Switch modelled temp is absolute(0) surplus(1)' unit '-' value 0.000e+00 end-parameter parameter 'RcDenSed' description 'first-order denit. rate const. bottom' unit 'm/d' value 1.000e-01 end-parameter parameter 'SWRear' description 'switch for oxygen reaeration formulation <1-11>' unit '-' value 1.000e+00 end-parameter parameter 'KLRear' description 'reaeration transfer coefficient' unit 'm/d' value 1.500e+00 end-parameter parameter 'RcSOD' description 'decay reaction rate SOD at 20 oC' unit '1/d' value 1.000e-01 end-parameter parameter 'SecchiExt1' description 'Secchi depth if extinction = 1' unit 'm' value 1.800e+00 end-parameter parameter 'ExtVlGreen' description 'Vl specific extinction Greens' unit 'm2/gC' value 1.500e-01 end-parameter parameter 'ExtVlDiat' description 'Vl specific extinction Diats' unit 'm2/gC' value 1.500e-01 end-parameter parameter 'ExtUVGreen' description 'Vl specific extinction Greens' unit 'm2/gC' value 1.500e-01 end-parameter parameter 'ExtUVDiat' description 'Vl specific extinction Diats' unit 'm2/gC' value 1.500e-01 end-parameter parameter 'ExtVlDetC' description 'Vl specific extinction DetC' unit 'm2/gC' value 4.700e-01 end-parameter parameter 'ExtUVDetC' description 'UV specific extinction DetC' unit 'm2/gC' value 4.700e-01 end-parameter parameter 'ExtVlIM1' description 'Vl specific extinction coefficent IM1' unit 'm2/gDM' value 7.500e-02 end-parameter parameter 'ExtVlIM2' description 'Vl specific extinction coefficent IM2' unit 'm2/gDM' value 7.500e-02 end-parameter parameter 'ExtVlBak' description 'background extinction visible light' unit '1/m' value 5.000e-01 end-parameter parameter 'ExtUvIM1' description 'Uv specific extinction coefficent IM1' unit 'm2/gDM' value 7.500e-02 end-parameter parameter 'ExtUvIM2' description 'Uv specific extinction coefficent IM2' unit 'm2/gDM' value 7.500e-02 end-parameter parameter 'ExtUvBak' description 'background extinction uv light' unit '1/m' value 5.000e-01 end-parameter parameter 'SCRatGreen' description 'Silicate-Carbon ratio in greens' unit 'gSi/gC' value 4.900e-01 end-parameter parameter 'Ditochl' description 'conversion Diat C to chlorophyl-a' unit 'mg chlfa/g C' value 3.000e+01 end-parameter parameter 'Grtochl' description 'conversion Green C to chlorophyl-a' unit 'mg chlfa/g C' value 3.000e+01 end-parameter parameter 'MaxVeloc' description 'maximum horizontal stream velocity' unit 'm/s' value 5.000e+00 end-parameter parameter 'SwChezy' description '1-White/Coolbrook 2-Manning' unit 'switch' value 2.000e+00 end-parameter parameter 'FETCH' description 'fetch area for wind' unit 'm' value 3.5000e+04 end-parameter parameter 'InitDepth' description 'depth where wave is created <-1: actual depth>' unit 'm' value -1.000e+00 end-parameter parameter 'SWTau' description 'Switch <1=Tamminga|2=Bijker>' unit '-' value 1.000e+00 end-parameter parameter 'RadSurf' description 'irradiation at the watersurface' unit 'W/m2' value 4.600e+02 end-parameter parameter 'Latitude' description 'latitude of study area' unit 'degrees' value 2.200e+01 end-parameter parameter 'RefDay' description 'daynumber at start of the simulation' unit 'd' value 0.000e+00 end-parameter parameter 'TcGroGreen' description 'temp. coeff. for growth processes green algae' unit '-' value 1.070e+00 end-parameter parameter 'TcGroDiat' description 'temp. coeff. for growth processes diatoms' unit '-' value 1.070e+00 end-parameter parameter 'KmSiGreen' description 'half saturation value Si Greens' unit 'g/m3' value 2.700e-02 end-parameter parameter 'OptDLGreen' description 'daylength for growth saturation green-algae' unit 'd' value 5.000e-01 end-parameter parameter 'RadSatGree' description 'total radiation growth saturation greens' unit 'W/m2' value 2.500e+01 end-parameter parameter 'ZResDM' description 'zeroth order resuspension flux' unit 'gDM/m2/d' value 3.000e+01 end-parameter parameter 'TaucRS1DM' description 'crit. shear stress resusp. DM from S1' unit 'g/m/s2' value 1.000e-01 end-parameter parameter 'COXDEN' description 'COXDEN' unit '-' value 3.000e+00 end-parameter parameter 'fsod' description 'fsod' unit '-' value 1.000e+00 end-parameter parameter 'MinDiat' description 'MinDiat' unit '-' value 0.005e+00 end-parameter parameter 'MinGreen' description 'MinGreen' unit '-' value 0.005e+00 end-parameter parameter 'OON' description 'OON' unit '-' value 0.100e+00 end-parameter parameter 'OOXDEN' description 'OOXDEN' unit '-' value 1.000e+00 end-parameter parameter 'TcNit' description 'TcNit' unit '-' value 1.150e+00 end-parameter parameter 'pH' description 'pH' unit '-' value 8.200e+00 end-parameter output 'Depth' description 'depth of segment' end-output output 'BOD5' description 'calculated carbonaceous BOD at 5 days' end-output output 'Chlfa' description 'chlorofyl a concentration' end-output output 'TotalDepth' description 'depth watercolumn' end-output output 'SS' description 'suspended solids' end-output output 'TotN' description 'total nitrogen (incl. algae)' end-output output 'TotP' description 'total fosforus (incl. algae)' end-output output 'DIN' description 'Dissolved Inorganic Nitrogen' end-output output 'NH3' description 'Unionized ammonia' end-output output 'Surf' description 'Surf' end-output output 'Depth' description 'Depth' end-output output 'Rad' description 'Rad' end-output output 'RadSurf' description 'RadSurf' end-output output 'RadBot' description 'RadBot' end-output output 'ExtVl' description 'ExtVl' end-output output 'ExtVlIM1 ' description 'ExtVlIM1 ' end-output output 'ExtVlIM2 ' description 'ExtVlIM2 ' end-output output 'ExtVlIM3 ' description 'ExtVlIM3 ' end-output output 'ExtVlPOC1 ' description 'ExtVlPOC1 ' end-output output 'ExtVlBak ' description 'ExtVlBak ' end-output output 'ExtVlPhyt ' description 'ExtVlPhyt ' end-output output 'ExtVlMacro' description 'ExtVlMacro' end-output output 'IM1 ' description 'IM1 ' end-output output 'IM2 ' description 'IM2 ' end-output output 'IM3 ' description 'IM3 ' end-output output 'POC1 ' description 'POC1 ' end-output output 'POC2 ' description 'POC2 ' end-output output 'RcGroGreen' description 'RcGroGreen' end-output output 'RcMrtGreen' description 'RcMrtGreen' end-output output 'RcRespGree' description 'RcRespGree' end-output output 'fPPGreen ' description 'fPPGreen ' end-output output 'fMrtGreen ' description 'fMrtGreen ' end-output output 'RcGroDiat ' description 'RcGroDiat ' end-output output 'RcMrtDiat ' description 'RcMrtDiat ' end-output output 'RcRespDiat' description 'RcRespDiat' end-output output 'fPPDiat ' description 'fPPDiat ' end-output output 'fMrtDiat ' description 'fMrtDiat ' end-output output 'LimDLGreen' description 'LimDLGreen' end-output output 'LimDLdiat ' description 'LimDLdiat ' end-output output 'LimNgreen ' description 'LimNgreen ' end-output output 'LimPgreen ' description 'LimPgreen ' end-output output 'LimSigreen' description 'LimSigreen' end-output output 'LimNdiat ' description 'LimNdiat ' end-output output 'LimPdiat ' description 'LimPdiat ' end-output output 'LimSidiat ' description 'LimSidiat ' end-output output 'LimNutGree' description 'LimNutGree' end-output output 'LimNutDiat' description 'LimNutDiat' end-output output 'LimRadGree' description 'LimRadGree' end-output output 'LimRadDiat' description 'LimRadDiat' end-output active-processes name 'Temperatur' 'Temperature and heat exchange' name 'EColiMrt' 'Mortality EColi bacteria' name 'DenWat_NO3' 'Denitrification in water column' name 'Nitrif_NH4' 'Nitrification of ammonium' name 'RearOXY' 'Reaeration of oxygen' name 'BMS1_DetC' 'Mineralisation detritus carbon in sediment S1' name 'WM_DetC' 'Mineralisation detritus carbon' name 'BODCOD' 'Mineralisation BOD and COD' name 'SedOXYDem' 'Sediment oxygen demand (additional)' name 'GroMrt_Gre' 'Nett primary production and mortality green algae' name 'GroMrt_Dia' 'Nett primary production and mortality diatoms' name 'PPrLim' 'Limitation (numerical) on primary production' name 'NutUpt_Alg' 'Uptake of nutrients by growth of algae' name 'PosOXY' 'Absolute value of OXY' name 'S_CBOD51' 'Sedimentation CBOD5 (first pool)' name 'SED_SOD' 'Sedimentation of oxygen demand' name 'DenSed_NO3' 'Denitrification in sediment' name 'BMS1_DetN' 'Mineralisation detritus nitrogen in sediment S1' name 'WM_DetN' 'Mineralisation detritus nitrogen' name 'NutRel_Alg' 'Release (nutrients/detritus) by of mortality algae' name 'NRAlg_S1' 'Nutrient release of algae in S1' name 'AdsPO4AAP' 'Ad(De)Sorption ortho phosphorus to inorg. matter' name 'BMS1_DetP' 'Mineralisation detritus phosphorus in sediment S1' name 'WM_DetP' 'Mineralisation detritus phosphorus' name 'Sed_AAP' 'Sedimentation AAP (adsorbed PO4)' name 'Res_AAP' 'Resuspension AAP (adsorbed PO4)' name 'BMS1_DetSi' 'Mineralisation detritus silica in sediment S1' name 'WM_DetSi' 'Mineralisation detritus silicium' name 'SedDiat' 'Sedimentation diatoms' name 'Res_Diat' 'Resuspension diatoms' name 'MrtDiat_S1' 'Mortality of diatoms in S1' name 'Sed_Gre' 'Sedimentation green algae' name 'Res_Green' 'Resuspension green algae' name 'MrtGree_S1' 'Mortality of algae in S1' name 'SedDetC' 'Sedimentation detritus carbon' name 'Res_DetC' 'Resuspension detritus carbon' name 'Secchi' 'Computation of Secchi Depth' name 'SedN_Det' 'Sedim. nutrients in detritus' name 'ResN_Det' 'Resuspension nutrients in detritus' name 'Sed_IM1' 'Sedimentation IM1' name 'Res_IM1' 'Resuspension 1th inorganic matter' name 'Sed_IM2' 'Sedimentation IM2' name 'Res_IM2' 'Resuspension 2th inorganic matter' name 'DynDepth' 'dynamic calculation of the depth' name 'Chloride' 'calculation of chloride concentration from salinit' name 'CalcRadUV' 'UV-Radiation at segment upper and lower boundaries' name 'Daylength' 'Daylength calculation' name 'Extinc_UV' 'Extinction of ultraviolet-light (350-480nm)' name 'Veloc' 'horizontal stream velocity' name 'SaturOXY' 'Saturation concentration oxygen' name 'Phy_dyn' 'Computation of phytoplankton - Dynamo' name 'POC_Dyn' 'Composition of POC (Dynamo & Bloom)' name 'DL_Green' 'Daylength function for green algae' name 'NLGreen' 'Nutrient limiation function for green algae' name 'Rad_Green' 'Light efficiency function green algae' name 'TF_Green' 'Temperature functions for green algae' name 'DL_Diat' 'Daylength function for diatoms' name 'NLDiat' 'Nutrient limiation function for diatoms' name 'Rad_Diat' 'Light efficiency function diatoms' name 'TF_Diat' 'Temperature functions for diatoms' name 'Tau' 'Bottom friction' name 'Compos' 'Composition' name 'Sum_Sedim' 'Total of all sedimenting substances' name 'Sum_ResS1' 'Sum of (in)organics resuspending from S1' name 'S1_Comp' 'Composition sediment layer S1' name 'Res_DM' 'Resuspension total bottom material (dry mass)' name 'Extinc_VL' 'Extinction of visible-light (370-680nm)' name 'ExtPODUV' 'Extinction of UV light by POC (Dynamo & Bloom)' name 'ExtPhDUV' 'Extinction of UV light by algae (Dynamo)' name 'CalcRad' 'Radiation at segment upper and lower boundaries' name 'Wave' 'Wave characteristics' name 'Chezy' 'Chezy coefficient' name 'TotDepth' 'depth watercolumn' name 'ExtPODVL' 'Extinction of light by POC (Dynamo & Bloom)' name 'ExtPhDVL' 'Extinction of visual light by algae (Dynamo)' name 'SedPODyn' 'Sum sedimentation of POC (Dynamo & Bloom)' name 'SedPhDyn' 'Sum sedimentation of algae - Dynamo' name 'NH3free' 'Calculation unionized ammonia' end-active-processes