Skip to end of metadata
Go to start of metadata

Model Summary 

Biophysical Domain
Local Contact
APSIMAPSIM is internationally recognised as a highly advanced simulator of agricultural systems. It contains a suite of modules, or components, which enable the simulation of systems that cover a range of plant, animal, soil, climate and management interactions. It is undergoing continual development, with new capability added to regular releases of official versions over time. Its development and maintenance is underpinned by rigorous science and software engineering standards.Soil-plant-animalVal Snow, AgResearch; Hamish Brown, Plant and Food; Dean Holzworth, CSIRO Ecosystem Sciences, Toowoomba, Queensland, Australia,
AquiferSimAquiferSim is a GIS-based steady-state regional scale groundwater flow and contaminant transport model. It was developed as part of the multi-organisation IRAP (Integrated Research for Aquifer Protection) Project.Groundwater, OtherSimon Woodward, Lincoln Ventures Ltd / Linda Lilburne, Landcare Research.
BNZCatchment-scale water quality model for sediment and nutrients. The daily USDA GLEAMS model is run for each unique grid cell and contaminant are then routed to the stream and down the stream network with attenuation.Soil-plant-animal, Streams and riversSandy Elliott, NIWA
C-CALMCatchment Contaminant Annual Loads Model Urban water quality model with a GIS platform (ArcMap - versions available for 9.3 and 10) which estimates the annual loads of TSS, zinc and copper (total, dissolved and particulate) generated by different land covers at the stormwater catchment scale. Based on the Auckland Council spreadsheet CLM model and has the same choice of land covers which represent different landuses and yields for those covers. Allows users to choose between a range of stormwater treatment options and the proportion of each land cover treated to reduce annual loads. Available on request from NIWA.Streams and rivers, EstuariesAnnette Semadeni-Davies, NIWA ([email protected]
CESITLinked catchment and estuary sediment deposition model. Includes a user interface. Mean annual sediment yields are predicted as a function of land use, soils, rainfall, and mitigation measures. Resulting loads decomposed into a time series which is fed to an event-based estuary dispersal model.Soil-plant-animal, Streams and rivers, CoastalSandy Elliott, Mal Green, NIWA
CLUES (Catchment Land Use for Environmental Sustainability)CLUES is a catchment model developed to address implications of land use scenarios on stream water quality and some socio-economic indicators.Soil-plant-animal, Streams and rivers, Lakes, Integrated, OtherSandy Elliott, NIWA
Delft3D3D hydrodynamic model for rivers, estuaries and coastal seas. Includes sediment transport, and optional water quality components. Incorporates SWAN wave model. Includes morphological change in response to sedimentation.OtherMark Pritcharc, Richard Measures (NIWA)
DHSVMDHSVM is a distributed hydrological model that explicitly represents the effects of topography and vegetation on water fluxes through the landscape.Soil-plant-animal, Streams and riversTiejun Wang, NIWA
DNDC (Denitrification – Decomposition)Process based model which predicts crop yield, carbon sequestration, nitrate leaching loss and emissions of C and N in agricultural ecosystems. See more at Giltrap ([email protected]
DYRESM- CAEDYMOne-dimensional lake water quality modelLakesDavid Hamilton, University of Waikato
EigenmodelThe EIGENMODEL is a 2D aquifer dynamics model that predicts groundwater level and stream flow fluctuations over time. It provides the basis for the Envirolink GDA Tool, which estimates aquifer parameters from monitored groundwater level time series.Groundwater, Streams and rivers, OtherSimon Woodward, Lincoln Ventures Ltd
ELCOM-CAEDYMThree-dimensional lake, estuary and coastal ocean water quality modelLakes, Estuaries, CoastalDavid Hamilton, University of Waikato
FEFLOWFEFLOW is a professional software package for modelling fluid flow and multi-species reactive contaminant and heat transport in the vadose and groundwater zones.Groundwater, OtherCommercial.
FEMWATERFEMWATER is a 3D finite-element model for simulating variably saturated water flow and contaminant transport in the vadose and groundwater zones.GroundwaterSimon Woodward, Lincoln Ventures Ltd
GLEAMSUSGS model for predicting sediment, nutrient, and pesticide losses at hillslope scale on a daily basisSoil-plant-animal, Streams and rivers 
HEC-RAS1-D River hydraulics model. Also has a sediment transport and contaminant transport component.Streams and rivers 
HEM (Hillslope Erosion Model)Estimates sediment yield and erosion from hillslopes during storm eventsSoil-plant-animalLes Basher ([email protected]
HydrusHYDRUS-1D and HYDRUS-2D/3D are process-based models for simulating movement of water, heat, and multiple solutes in variably-saturated porous media. Viruses, colloids and bacteria may also be simulated.Atmosphere, Soil-plant-animal, Groundwater, OtherDr. Tiejun Wang ([email protected]
IDEAS (Integrated Dynamic Environmental Analysis System)Scenario modelling tool designed to facilitate collaborative learning for catchment stakeholders. This is achieved by "a loose coupling of biophysical, economic and agent-based models". IDEAS runs multiple biophysical models simultaneously and summarises output as a mean value of "environmental intensity' for each land use.Soil-plant-animal, Streams and rivers, IntegratedJohn Dymond ([email protected]
IFSMediated modeling using Stella dynamic simulation software to explore long-term sustainability issues. Integrates economic, social and ecological components.Soil-plant-animal, Groundwater, Streams and rivers, Lakes, Estuaries, IntegratedMarjan van den Belt
IRRICALCThis model calculates soil moisture, water use, and drainage for irrigation systems in New Zealand. The model is based on the FAO-56 single-layer water balance model.Soil-plant-animalAqualinc
LURNZ(Land Use in Rural New Zealand) Simulation of land use scenariosOtherSimon Anastasiadis or Suzi Kerr (firstname.lastname \[at\]
Mike11River modelling software. The core is a model for hydraulics including dynamic wave routing, but there are add-ons for rainfall-runoff (to generate inflows), contaminant dispersion, and sediment transport.Streams and riversDHI New Zealand office
MODFLOWMODFLOW is a 3D finite-difference model for simulating saturated groundwater flow. MODPATH is a companion model that tracks particle path lines. MT3DMS is a companion model that simulates contaminant transport in the saturated groundwater. A third model, RT3D, allows simulation of chemical reactions. The models are all console applications, but are usually run using a GUI such as Groundwater Vistas, GMS or Visual Modflow.Groundwater, Streams and rivers, Lakes, OtherPublic Domain.
NManagerIntegrated modelling of catchments (currently calibrated to Rotorua) for N leaching regulation and environmental and economic outcomesSoil-plant-animal, Streams and rivers, LakesSimon Anastasiadis or Suzi Kerr (firstname.lastname \[at\]
NZEEM (NZ Empirical Erosion Model)Predicts mean annual soil loss from annual rainfall, type of terrain and level of woody vegetative cover. The model can be used to identify vulnerable land for soil conservation prioritisation, and to minimise erosion and flood damage. Can also be used to estimate the effects of land use cover change on erosion.Streams and riversJohn Dymond ([email protected]
OverseerModel for farm-scale nutrient budgeting and loss estimationSoil-plant-animalMark Shepherd, AgResearch
ROTANCatchment-scale model for predicting nitrate entering lakes, including groundwater lags. Built within ArcGIS.Groundwater, Streams and riversKit Rutherford, NIWA
SedNet (Sediment budgets for river Networks)SedNet constructs mean annual sediment budgets for regional scale river networks to identify patterns of material fluxes. Also, assists effective targeting of catchment and river management actions at a regional scale to improve water quality and riverine habitatSoil-plant-animal, Streams and riversJohn Dymond ([email protected]
SHETRANPhysically based distributed dynamic catchment model for flow, sediment transport, and solute transport. It integrates the hydrological cycle across the ground surface, groundwater, and streams.Soil-plant-animal, Groundwater, Streams and rivers, IntegratedSandy Elliott, NIWA; Jagath Ekanayake ([email protected]
Soil Vulnerability Modelling (formerly EnSus)Define zones of similar vulnerability profile for nutrient and microbial contamination to waterways to provide a basis for 1) setting nutrient load limits across a catchment 2) target management of non-point-source discharges 3) setting aside vegetated buffer zones to trap contaminants in overland flow.Soil-plant-animal, Streams and rivers, Lakes, IntegratedAllan Hewitt ([email protected]
SPARROWCatchment-scale model based on mass accounting and empirical parameter estimationStreams and rivers, LakesSandy Elliott, NIWA
SPASMOPhysically-based dynamic generic plant growth and nutrient leaching modelSoil-plant-animalSteve Green, Plant and Food Research
SSYESuspended Sediment Yield Estimator. A map of sediment yield from the model is available, and load estimates for each stream reach in New Zealand via a web site.Streams and riversMurray Hicks, NIWA
SWATSWAT is a catchment model to quantify the impact of land management practices on flow and water quality. The model has widespread use internationally.Soil-plant-animal, Groundwater, Streams and rivers, IntegratedNone
TopnetA semi-distributed hydrological model for simulating catchment water balance and river flow.Soil-plant-animal, Streams and riversDr. Christian Zammit
Waikato Integrated Scenario Explorer (WISE)WISE is a spatially-explicit integrated spatial decision support system; WISE includes Hydrology and Water Quality modules that link to land use and climate.Atmosphere, Soil-plant-animal, Streams and rivers, Lakes, IntegratedBeat Huser, Waikto Regional Council
WATYIELDDecision support tool to estimate water yield. Developed in the ICM (Integrated Catchment Modelling) project. The model is intended for use in situations where there is a limited amount of data on the climate, soils, and vegetation of the catchment, and is similar to the approach widely used for computing crop water requirementsSoil-plant-animalJagath Ekanayake ([email protected]
WEPPDynamic surface erosion prediction modelStreams and riversTom Cochrane, University of Canterbury
  • No labels

1 Comment

  1. Val - done

    a first pass on everything 

    For attention:

    C-CALM : Annette - Val to call

    IDEAS : Alistair