ARMOSA | Yield estimates | Weather, soil physical and chemical properties, crop and soil related variables (e.g. crop yield, crop nitrogen uptake, soil water content) | the root elongation rate and maximum depth, stomatal resistance and actual transpiration estimation, and drought tolerance factor | |
Water Heat Carbon Nitrogen Simulator (WHCNS) | Yield potential | precipitation, temperature, humidity, solar radiation | soil water movement, soil heat and N transport, and crop growth | |
Soil-Plant-Atmosphere Continuum System (SPACSYS) | Yield potential | Weather, CO2, precipitation, crop management, soil properties | Plant growth and development, root system and processes associated with soil C and N cycle | |
Farm Assessment Tool (FASSET) | Yield potential | Temperature, precipitation, soil data, Crop management | crop growth dry matter production and N content of vegetative, storage and root organs | |
Global Agro-Ecological Zones (GAEZ) model | Yield potential | solar radiation, air temperature, and crop characteristics | Crop growth | |
Crop-Weather relationship over a Large Area (MCWLA) | Adaptation of maize production | crop growth and development, canopy development, flowering, and maturity | Mean temperature, precipitation, vapour pressure, and fractional sunshine hours. | |
Simulation of evapotranspiration of applied water (SIMETAW) model | Yield estimates | Maximum, minimum, and dew point temperature, precipitation, wind speed and soil data | effective rooting depths and ETc | |
CLIMEX | Geographical distribution and climate suitability of species | Temperature, average precipitation, relative humidity, soil moisture data | Crop phenology and stress indices | |