Model category
CSM
FPM
FSM
FSPM
gbCSM
Ordinary Differential Equations
Ordinary Differential Equations / Partial Differential Equations
Partial Differential Equations
Process-based model
SPM
Statistical
Stoichiometric model
Plant part
Basal stem
Canopy
Cell
Flower
Fruit
Leaf
Root
shoot
Shoot
Whole_plant
Programming language
C
C++
C-sharp
Cpfg
Cpp
Excel
F90
Fortran
FST
Java
L
Matlab
net
No-language-identified
Pascal
Python
R
RGG
SBML
Scilab
VB
XL
XML input file
License
Cecill-C
Freeware
freeware
GPL3
LGPL
No-license-identified
Open-source
open_source
upon_request
Species
Alfalfa
Almond
Anagallis femina
Annual-plants
Apple-tree
Arabidopsis
Arundo-donax
Bananas
Barley
Bean
Beet
Brachiaria-grass
Brassica napus
Brassica oleracea
Brassica-nigra
Carrot
Cassava
Chickpea
Chrysanthemum
Clover
Coffee
Common-beans
Corn
Cotton
Cowpea
Crop
Crypsis aculeata
Cucumber
Cut-rose
Dry-bean
Drybean
Eucalyptus
Fababean
General
Generic-crops
Grapevine
Grass
Greenbean
Groundnut
Groundnuts
Hardneck garlic
Hay
Heliantus
Herbaceous-legume-species
Juncus squarrosus
Lablab
Lupin
Lupins
Maize
Mango trees
Millet
Miscanthus
Mucuna
Mungbean
Mustard
Oat
Oil-palm
Oilradish
Oilseed-rape
others
Paprika
Pasture
Pea
Peach-tree
Peanut
Perenial-and-annual-plants
Perennial-and-annual-plants
Pigeon-pea
Pine
Pineapple
Plants
Potato
Quinoa
Rapeseed
Rice
Rye
Ryegrass
Small-grain-cereals
Small-grain-crops
Sorghum
Soybean
Spring-barley
Sugar
Sugar-beet
Sugarcane
Sunflower
Sweet-potatoes
Sweetcorn
Switchgrass
Taro-tea
Teak
Tef
Tobacco
Tomato
Triticale
Velvetbean
Walnut
Wheat
Willow
Wwheat
Yams-palms
Model simulations
Animal-utilization
Annual-net-income
Berry-growth
Biomass-allocation
Biomass-partitioning
Biomass-production
Branch-bending
Bulb-growth
C-and-N-balances
Canopy
Carbohydrate-metabolism
Carbon-allocation
Carbon-cycle
Carbon-flux
Carbon-production
Climate
Competition
Containers
Crop-canopy
Crop-development
Crop-growth
Crop-production
Decomposition
Development
Disease-interaction
Dry-matter-production
Economics-impacts
Emissions-of-gases
Environmental-conditions
Erosion
Evapotranspiration
Flowering-time
Flux-of-solute
Flux-of-water
Fluxes
Fruit-harvest
Fruits
Gas-exchange
Genetic-recombination
Growth
Heat-transfer
Herbivory
Hypocotyl-elongation
Insects-damages
Irrigation
LAI
Leaf-irradiation
Leaf-radiation-absoption
Leaf-temperature
Leaf-transpiration
Light-interception
Management-practices
Model-performances
Mutation
N-dynamics
N-flux
N-uptake
Net-present-value
Nitrate-leaching
Nitrogen
Nitrogen-allocation
Nitrogen-cycle
Nitrogen-fertilization
Nitrogen-flux
Nitrogen-metabolism
Nitrogen-uptake
Nutrient
Nutrient-uptake
Oil-concentration
Pesticide
Phenology
Phenylpropanoid metabolism
Phosphorus-cycle
Photosynthesis
Plant-architecture
Plasticity
Potential sugar beet growth across the season.
Primary metabolism
Radiation-interception-efficiency
Radiation-use-efficiency
Residue-production
Resource-acquisition
Resource-allocation
Resource-production
Resource-remobilization
Resource-storage
Resource-transport
Respiration
Rhythmic-gene-expression
Root-anatomy
Root-growth
Root-radial-conductivity
Root-system-architecture
Scaping
Senescence
Shoot-architecture
Shoot-dry-mass
Sinks-sources
Soil
Soil water flow
Soil-characteristics
Soil-climate
Soil-microbial-activity
Soil-nitrogen
Soil-pathogens
Soil-plant-atmosphere
Soil-plant-interactions
Soil-plant-nitrogen
Soil-temperature
Soil-water
Solar-radiation
Solute-of-water
Solute-transport
Stomatal-conductance
Stomatal-function
Storage
Temperature
Tillage-operations
Total-biomass-production
Transpiration
Turgor-pressure
Vascular-system
Water
Water-cycle
Water-flux
Water-stress
Water-uptake
Water-use
Yield
