This OpenFLUID WaresHub hosts simulators, observers and builder-extensions for OpenFLUID, developped by the LISAH laboratory for research on modelling of landscapes systems
 URL for WaresHub client is
IDDocOpenFLUID compatibility
decision.abstraction-point.maelia
 0     0     0    
   2.1
decision.application.maelia
Decision application module from Maelia
 0     0     0    
   2.1
decision.farm-plot.maelia
Decision module from Maelia
 0     0     0    
   2.1
energy.atm-surf.daily-min-max-temperature-data.files
Compute daily min and max temperature data from files
 0     0     0    
   1.7 and previous
energy.atm-surf.global-radiation-data.files
Compute Global Radiation (GR) data from files
 0     0     0    
   2.1 and previous
energy.atm-surf.temperature-data.files
Generate temperature data from files
 0     0     0    
   2.1 and previous
energy.surf.rainfall-kinetic.zanchi-torri
Compute the kinetic energy of rainfall from Zanchi and Torri (1980) method
 0     0     0    
   2.1 and previous
erosion.surf.attenuation.-
 0     0     0    
   2.0 and previous
erosion.surf.detachment-rs.-
 0     0     0    
   2.0 and previous
erosion.surf.detachment-su.-
 0     0     0    
   2.0 and previous
erosion.surf.transport-rs.hayami
 0     0     0    
   2.0 and previous
erosion.surf.transport-su.hayami
 0     0     0    
   2.0 and previous
examples.ground.interface.vsoil
 0     0     0    
   2.1
examples.surf-plant.interface.vle
 0     0     0    
   2.1
examples.surf.interface.data
 0     0     0    
   2.1
import.hydro-vars.file.csv-anses
Imports simulation variables for hydrology from a CSV file
 0     0     0    
   2.1
import.spatial.bvservice
Import prepared spatial domain for BVservice simulations
 0     0     0    
   2.1
import.vars.file.csv-anses
Imports simulation variables from a CSV file
 0     0     0    
 PDF   2.1 and previous
import.vars.files.hydrus-1d
Imports simulation variables from Hydrus-1D files
 0     0     0    
   2.1 and previous
land.atm-surf.topology.firespread
Perform landscape topology for the firespread model
 0     0     0    
   2.0
land.indicators.bvservice
Compute indicators during BVservice simulations
 0     0     0    
   2.1
land.surf-uz-sz.domain-generator.mhydas-watsfar
 0     0     0    
   2.1
land.surf.neighbourhood.nearest
 0     0     0    
   2.1
land.surf.representation.geomhydas
Perform landscape discretization and topology into SU and RS spatial units for the MHYDAS model
 0     1     0    
   2.1 and previous
land.surf.topology.urban-traffic
Performs topology of streets and traffic lights for urban traffic
 0     0     0    
   2.0
land.surf.watershed-delineation.saga
Perform watersheds delineations using SAGA GIS
 0     2     0    
   2.1 and previous
plant.canopy.lai-growth.PILFC-SPFC
Leaf Area Index evolution. Plant module adaptation from SPFC model (Mailhol et Mérot, 2008)
 0     0     0    
   2.1
plant.canopy.lai-growth.empirical
Growth of plant canopy by computing LAI
 0     0     0    
   2.1 and previous
plant.canopy.lai-growth.files-anses
 0     0     0    
 PDF   2.0
plant.canopy.lai-growth.gui-anses
 0     0     0    
 PDF   2.1 and previous
plant.surf.crop-growth.interface-vle-2CVCropFull
 0     0     0    
   2.1
plant.surf.weeds-germination.hydrothermal-time
Weeds germination using hydrothermal time model
 1     0     3    
   2.1 and previous
plant.surf.weeds-growth.conductance-model
Seasonal weeds growth using conductance model
 1     0     1    
   2.1 and previous
pop.atm.drift.anses
 0     0     0    
 PDF   2.1 and previous
pop.global.mass-balance
Global mass balance for pollutant related variables
 0     0     0    
   1.7 and previous
pop.plant-surf.application-partition.lai-beer-lambert
Application of organic pollutant on soil and vegetation with LAI and Beer-Lambert partition
 0     0     2    
 PDF   2.1 and previous
pop.plant-surf.application.anses
 0     0     1    
 PDF   2.1 and previous
pop.plant.degradation.first-order
Degradation of organic pollutant on plant foliage with first order method
 0     0     0    
 PDF   2.1 and previous
pop.plant.degradation.first-order-anses
 0     0     0    
 PDF   2.1 and previous
pop.plant.foliar-washoff.willis-dowell
Wash-off of organic pollutant from plant foliage
 0     0     0    
 PDF   2.1 and previous
pop.plant.foliar-washoff.willis-dowell-anses
 0     0     1    
 PDF   2.1 and previous
pop.retention-rs.equilibrium
 0     0     0    
   2.1
pop.surf-atm.dispersion-deposition.fides
FIDES model
 0     0     0    
   2.1
pop.surf-atm.dry-dep.resistive
 0     0     0    
   2.1
pop.surf-atm.spray-drift.ganzelmeier
Spray drift
 0     0     0    
   2.1
pop.surf-uz-sz.post-adapter.mhydas-watsfar
 0     0     0    
   2.1
pop.surf-uz-sz.pre-adapter.mhydas-watsfar
 0     0     0    
   2.1
pop.surf-uz.soil-transfer.interface-vsoil-pastis
 0     0     0    
   2.1
pop.surf.degradation.first-order
Degradation of organic pollutant in top soil with first order method
 0     0     0    
 PDF   2.1 and previous
pop.surf.degradation.first-order-anses
 0     0     0    
 PDF   2.0
pop.surf.degradation.temperature-arrhenius
Degradation of organic pollutant in top soil with first order method and rate constant dependant of soil temperature (Arrhenius method)
 0     0     0    
   1.7 and previous
pop.surf.mobilisation.creams
Mobilisation of organic pollutant from topsoil to water with CREAMS method
 0     0     0    
   1.7 and previous
pop.surf.mobilisation.uniform-mixing
Mobilisation of organic pollutant from topsoil to water with uniform and instantaneous mixing method
 1     0     1    
 PDF   2.1 and previous
pop.surf.mobilisation.uniform-mixing-anses
 0     0     0    
 PDF   2.0
pop.surf.repartition.pestiappdistri
 0     0     0    
   2.1
pop.surf.repartition.soil-plant-distri
 0     0     0    
   2.1
pop.surf.transfer-infiltration-retention-rs.hayami-equilibrium
 0     0     0    
   2.1
pop.surf.transfer-rs.hayami
Transfer of organic pollutant in hydrological network with Hayami method
 0     0     1    
 PDF   2.1 and previous
pop.surf.transfer-su.hayami
Transfer of organic pollutant in surface water using the Hayami method
 0     0     0    
 PDF   2.1 and previous
pop.surf.transfer-su.hayami-anses
 0     0     0    
 PDF   2.1 and previous
pop.surf.waterbodies-contamination.anses
 0     0     0    
 PDF   2.1 and previous
pop.sz.conservative-transfer.convection-dispersion
Conservative lateral transfer of solute in the saturated zone using convection-dispersion equation
 unknown
pop.sz.degradation-gu.first-order
Degradation of organic pollutant in saturated zone of groundwater units according to first order kinetic
 0     0     0    
   1.7 and previous
pop.sz.transfer-gu.advection-sorption
Transfer of organic pollutant in saturated zone using advection-sorption equation
 0     0     0    
   1.7 and previous
pop.uz-sz.soil-transfer.watsfar
 0     3     1    
   2.1 and previous
pop.uz-sz.soil-transfer.watsfar-hayami
 0     4     1    
   2.1
pop.uz.degradation-gu.first-order
Degradation of organic pollutant in unsaturated zone of groundwater units according to first order kinetic
 0     0     0    
   1.7 and previous
pop.uz.transfer-gu.advection-sorption
Transfer of organic pollutant through unsaturated soil stratum using advection-sorption equation
 0     0     0    
   1.7 and previous
soil.surf.SSC-evolution.logistic-regression
Evolution of soil surface characteristics according to agricultural operations and kinetic energy of rainfall using logistic regression model
 0     0     0    
   2.1 and previous
soil.surf.hydrodynamic-evolution.decision-rules
Soil surface hydrodynamic evolution according to the agricultural practices affecting the soil surface
 0     0     0    
   1.7 and previous
soil.uz.distri-properties.stratum-segmentation
Segmentation and parametrization of soil profile into stratum, and distribution at groundwater subunit scale
 0     0     1    
   2.1 and previous
soil.uz.properties.stratum-segmentation
Segmentation and parametrization of soil profile into stratum
 0     0     0    
 PDF   2.0 and previous
spatial.any.attributes.codematch-files
Attributes insertion from files to simulation dataset, according to code matching
 0     0     0    
   2.1
spatial.atm.grid.creation
Perform creation of an atmospheric grid
 0     0     0    
   2.1
vineyard.surf.crop-management.DHIVINE-running
Running DHIVINE for vineyard management strategy simulation, using DIESE framework
 0     0     0    
   2.0 and previous
water-crop.surf-uz.aqyield
AqYield model for water and crop
 0     0     0    
   2.1
water-energy.surf-uz.soil-transfer.interface-vsoil-pastis
 0     0     0    
   2.1
water-energy.surf.boundary-conditions.interface-vsoil
 0     0     0    
   2.1
water-gas.atm-plant-soil.transfer.musica
MuSICA model
 0     0     0    
   2.0
water-gas.atm.meteo.netcdf-musica
NetCDF reader for MuSICA input data
 0     0     0    
   2.0
water-pop.atm-surf.application-optimal-dates.anses
 0     0     0    
   2.1
water-pop.global.mass-balance.anses
 0     0     0    
   2.1
water-pop.uz-sz.groundwaterflow.ross  unknown
water.atm-plant.distri-transpiration.threshold
Transpiration of plant within the soil profile, distributed at groundwater subunit scale
 0     0     0    
   2.0 and previous
water.atm-plant.transpiration.threshold
Transpiration of plant and update of soil moisture content within the soil profile
 0     0     0    
   1.7 and previous
water.atm-surf-uz.evapotranspiration-moisture.PILFC-SPFC
Water balance module adaptation from SPFC model (Mailhol et Mérot, 2008)
 0     0     0    
   2.1
water.atm-surf.distri-evaporation.van-keulen
Evaporation of water within the soil profile, distributed at GU subunit scale, using Van Keulen method
 0     0     0    
   2.0 and previous
water.atm-surf.etp-data-rs.files
Potential Evapotranspiration on hydrological network
 0     0     0    
   1.7 and previous
water.atm-surf.etp-data-su.files
Potential evapotranspiration on surface units
 0     0     0    
   2.1 and previous
water.atm-surf.etp-data.based-on-gr-files
ETP on surface units from files, based on RG data time-discretization within the day
 0     0     0    
   1.7 and previous
water.atm-surf.evaporation-re.files
 0     0     0    
   2.1
water.atm-surf.evaporation.van-keulen
Evaporation of water within the soil profile of the groundwater unit
 0     0     0    
   1.7 and previous
water.atm-surf.evapotranspiration.rambal-linacre
Evapotranspiration on soil reservoir of surface units
 0     0     0    
   1.4.2 and previous
water.atm-surf.irrigation.files-anses
 0     0     0    
 PDF   2.0
water.atm-surf.rain-etp.files-anses
 0     0     0    
 PDF   2.1 and previous
water.atm-surf.rain-re.files
 0     0     0    
   2.1
water.atm-surf.rain-rs.files  unknown
water.atm-surf.rain-su.files
Linear interpolation of rainfall from rain gauge data source files and spatial distribution on SU
 0     0     0    
 PDF   2.1 and previous
water.balance
Water mass balance
 0     0     0    
   1.7 and previous
water.plant-surf.evapotranspiration-partition.extinction-coefficient
 0     0     2    
   2.1
water.plant-surf.evapotranspiration-partition.extinction-coefficient-anses
 0     0     0    
 PDF   2.1 and previous
water.plant.stemflow-su.banana
Redistribution of incident rainfall by canopy interception and stemflow phenomena
 0     0     0    
 PDF   2.0 and previous
water.plant.stemflow-su.banana-anses
 0     0     0    
 PDF   2.1 and previous
water.surf-sz.seepage.manning-strickler-swamee
Seepage losses from open channels.
 0     0     0    
   2.1
water.surf-uz-sz.irrigation.calhy
Model of border irrigation runoff, advance and infiltration on a soil covering a very permeable subsoil (Bader et al., 2010)
 0     0     0    
   2.1
water.surf-uz-sz.post-adapter.mhydas-watsfar
 0     0     0    
   2.1
water.surf-uz-sz.pre-adapter.mhydas-watsfar
 0     0     1    
   2.1
water.surf-uz.attributes.codematch-files
Creation of attributes for surface water model(s), read from files and inserted in simulation dataset according to code matching
 0     0     0    
   2.1
water.surf-uz.distri-runoff-infiltration.diskin
Diskin-Nazimov production function on surface units, distributed at subunit scale
 0     0     0    
   2.0 and previous
water.surf-uz.potential-infiltration-rs.empirical
Potential water infiltration on hydrological network
 0     0     0    
   1.7 and previous
water.surf-uz.runoff-infiltration.bvservice
Compute simple hydrology variables for BVservice simulations
 0     0     0    
   2.1
water.surf-uz.runoff-infiltration.diskin
Diskin-Nazimov production function on surface units
 0     0     0    
   1.7 and previous
water.surf-uz.runoff-infiltration.horton
Infiltration and runoff partition with Horton method
 0     0     0    
   1.7 and previous
water.surf-uz.runoff-infiltration.mseytoux
Infiltration and runoff partition on surface using the Morel-Seytoux method, based on the Green and Ampt assumptions
 0     0     0    
 PDF   2.1 and previous
water.surf-uz.runoff-infiltration.scs-cn
Infiltration and runoff partition with SCS curve number method
 0     0     0    
   1.7 and previous
water.surf.abstraction-point.prorata-water-demand
 0     0     0    
   2.1
water.surf.distri-runoff-infiltration.diskin-etr
Diskin-Nazimov production function on 2 sub-units of surface units accounting for drainage and ETR
 0     0     0    
   1.7 and previous
water.surf.infiltration-rs.FIPmetamodel
 0     0     0    
   2.1
water.surf.minimum-downstream-flow-rs-re.mean-annual-discharge
 0     0     0    
   2.1
water.surf.readinfiltration
Production of infiltration from file
 unknown
water.surf.runoff-infiltration.diskin
Diskin-Nazimov production function on surface units
 0     0     0    
   2.1 and previous
water.surf.runoff-infiltration.diskin-threshold
Modified and variable (threshold) Diskin-Nazimov production function on surface units
 0     0     0    
   1.7 and previous
water.surf.transfer-infiltration-rs-gu.hayami
Water infiltration and transfer on reach segments using Hayami propagation method
 0     0     0    
   1.7
water.surf.transfer-infiltration-rs.hayami
 0     1     1    
   2.1
water.surf.transfer-rs-exchange-gu.hayami-tank
Water transfer on hydrological network using Hayami propagation method and exchange with and between groundwater units
 0     0     1    
 PDF   2.1 and previous
water.surf.transfer-rs-storage-connected-re.hayami-water-balance
 0     0     0    
   2.1
water.surf.transfer-rs.hayami
Discharge routing through the ditch network using diffusive wave equation resolved with Hayami method and discharge conversion to water height
 0     0     1    
 PDF   2.1 and previous
water.surf.transfer-rs.hayami-modflow
Discharge routing through the ditch network using diffusive wave equation resolved with Hayami method and discharge conversion to water height, and coupling with variables from MODFLOW model
 unknown
water.surf.transfer-storage-unconnected-re.immediate-water-balance
 0     0     0    
   2.1
water.surf.transfer-su.diffusive-wave-cnx
Water transfer on surface by diffusive wave with Crank-Nicholson finite difference scheme on X
 0     0     0    
   1.7 and previous
water.surf.transfer-su.hayami
Discharge routing through the surface using diffusive wave equation resolved with Hayami method
 0     0     1    
 PDF   2.1 and previous
water.surf.transfer-su.hayami-anses
 0     0     0    
 PDF   2.1 and previous
water.surf.variable-surface-re.bathymetric-relation
 0     0     0    
   2.1
water.sz-surf.baseflow-groundwaterflow.reservoir
Groundwater reservoir drainage to reach segment and exchange with downstream groundwater unit using reservoir model
 0     0     0    
   1.4.2 and previous
water.sz.groundwaterflow-gu.darcy
Water transfer in saturated zone using Darcy's law
 0     0     0    
   2.0 and previous
water.uz-sz.distri-redistribution-layer.gravity-drainage
Water redistribution in soil by gravity drainage, distributed at groundwater subunit scale
 0     0     1    
   2.1 and previous
water.uz-sz.recharge.diskin
Percolation flow from soil reservoirs to groundwater reservoirs
 0     0     0    
   1.4.2 and previous
water.uz-sz.redistribution-layer.gravity-drainage
Water redistribution in soil by gravity drainage
 0     0     0    
   1.7 and previous
water.uz-sz.soil-transfer.watsfar
 3     0     1    
   2.1 and previous
water.uz-sz.soil-transfer.watsfar-hayami
 2     1     2    
   2.1
water.uz.interflow.diskin
Interflow in soil reservoir of surface units
 0     0     0    
   1.4.2 and previous
water.uz.sz.groundwaterflow-gu.darcy
Water transfer in saturated zone using Darcy's law
 0     0     0    
   1.7