CRITERIA-3D is a three-dimensional agro-hydrological model.
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Updated
Nov 12, 2026 - C++
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agro-meteorologicalHere are 5 public repositories matching this topic...CRITERIA-3D is a three-dimensional agro-hydrological model.
crop hydrology water richards-equation heat soil boundary-conditions environmental-modelling hydrological-modelling water-balance land-surface-modeling subsurface-flow catchments surface-runoff agro-meteorological meteorological-data-interpolation 3d-water-fluxes soil-water-modelling
CRITERIA 1D is a one-dimensional agro-hydrological model. It includes soil water fluxes, crop development and crop water needs, a GIS interface (CRITERIA GEO) for geographical simulations and tools to manage crop and soil parameters. The software is written in C++ using Qt libraries, so cross-platform building is possible (Windows, Linux, MacOS)
crop soil-moisture irrigation water soil-water-balance soil environmental-modelling slope-stability water-balance water-simulation agro-meteorological crop-development irrigation-water-needs irrigation-forecast
Agrolib are a set of libraries for agrometeorological modeling and climate analysis. They include a numerical solution for three-dimensional water and heat flow in the soil, water balance, meteorological data interpolation, daily weather generator, radiation budget, snow accumulation and melt, plant development and plant water uptake.
soil plant-development climate-analysis water-balance agro-meteorological meteorological-data-interpolation hydrologic-model plant-water-uptake radiation-budget snow-accumulation heat-flow agrometeo snow-melt
Fork of ARPA-SIMC/CRITERIA3D. CRITERIA-3D is a three-dimensional agro-hydrological model.
crop hydrology water richards-equation heat soil boundary-conditions environmental-modelling hydrological-modelling water-balance land-surface-modeling subsurface-flow catchments surface-runoff agro-meteorological meteorological-data-interpolation 3d-water-fluxes soil-water-modelling upstream-fork
HarvestChoice Data Services v3 (project was retired in 2017)
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