| Cacao Simulation Engine (CASE)2 |
CASE2: A physiological production model for cocoa |
Pieter A. Zuidema & Peter A. Leffelaar |
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| CCC |
Cropping Calendar Construction (CCC) model |
Pepijn van Oort |
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| Compromise programming example |
Compromise programming example: Non-interactive calibration of utility-based metrics |
A. Kanellopoulos, M. Lubbers |
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| Data on Phosphorus |
Data on "Residual soil phosphorus" |
S. Sattari |
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| Farm defenders Africa |
Farm Defenders Africa - A 3D farm simulation game. |
Philip Parker, Paul Parker, Javier Rangel, Favian Beltran, Sean Obetz,... |
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| FarmSim |
FarmSim: an integrated crop – livestock model developed to analyse African smallholder farm systems |
Pablo Tittonell, Mariana Rufino, Mark van Wijk |
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| FSSIM 2.0 |
FSSIM 2.0 |
Argyris Kanellopoulos, Sander Janssen and Martin Van Ittersum |
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| FST software |
FST (FSE) - A programming language for developing simulation models |
Daniel van Kraalingen |
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| GECROS |
GECROS, a detailed eco-physiological crop growth simulation model to analyse genotype-environment interactions |
Xinyou Yin |
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| Gfortran compiler |
Gfortran compiler |
Pepijn van Oort |
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| Grain weight distribution model |
Grain weight distribution model |
Pepijn van Oort |
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| KNMI weather conversion program |
KNMI weather conversion program |
Pepijn van Oort |
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| LegumesPurestand_Water-Stress & MaizePurestand_Water-Stress |
WATER STRESS?? -- Pure stand & Intercrops |
Esther Mugi |
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| LiGAPS-Beef (Livestock simulator for Generic analysis of Animal Production Systems –Beef cattle) |
LiGAPS-Beef |
Aart van der Linden, Gerrie W.J. van de Ven, Simon J. Oosting, Martin K. van Ittersum, and Imke J.M. de Boer |
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| LiGAPS-Dairy (Livestock simulator for Generic analysis of Animal Production Systems –Dairy cattle) |
LiGAPS-Dairy |
Aart van der Linden, Simon J. Oosting, Gerrie W.J. van de Ven, Martin K. van Ittersum, Pierre J. Gerber, and Imke J.M. de Boer |
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| LINGRA model |
LINGRA model a simple grass model for potential and water limited conditions |
Joost Wolf, Ad Schapendonk |
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| LINGRA-N |
LINGRA-N a grassland model for potential, water limited and N limited conditions (FORTRAN) |
Joost Wolf |
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| LINTUL - BRASNAP |
LINTUL - BRASNAP model: Crop growth model of winter oilseed rape (Brassica Napus L.) |
Barbara Habekotté |
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| LINTUL-1 & 2 in R with parameters for spring wheat and maize |
LINTUL-1 & 2 in R |
Antonius G.T. Schut and Mink Zijlstra |
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| LINTUL1 |
LINTUL-1, a simple crop growth model to simulate growth under potential growing conditions |
Peter Leffelaar |
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| LINTUL2 |
LINTUL-2, a simple crop growth model for both potential and water limited growing conditions |
Peter Leffelaar |
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| LINTUL2 Cassava |
LINTUL-2 Crop growth model for cassava for both potential and water limited growing conditions |
Guillaume K.S. Ezui, Leffelaar Peter |
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| LINTUL2 Cassava in R |
LINTUL-2, a simple crop growth model for both potential and water limited growing conditions |
Antonius G.T. Schut, J.G. Adiele, Rob van den beuken |
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| LINTUL3 |
LINTUL-3, a simple crop growth model for both potential, water limited and nitrogen limited growing conditions |
Peter Leffelaar |
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| LINTUL4 |
LINTUL-4 generic simulation model for crop growth under potential, water limited and N-limited conditions and under climatic change |
Joost Wolf |
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| LINTUL4-VSHT |
LINTUL4-VSHT Crop model for potential/waterlim/N limited growth with sink limitation |
Joost Wolf |
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| LINTUL5 |
LINTUL-5 Crop growth simulation model for potential, water-limited, N-limited and NPK-limited conditions |
Joost Wolf |
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| LINTUL6 |
LINTUL-6 a simple crop growth model for crop rotations |
Joost Wolf |
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| LIVSIM |
LIVSIM for Mere cattle in Mali |
Mariana Rufino, Ousmane Sonogo, Nico de Ridder, Mink Zijlstra |
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| NPOTATO |
NPOTATO, a detailed model for simulating crop growth under potential, water limited and nitrogen limited conditions |
Joost Wolf |
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| NWHEAT |
NWHEAT, a detailed model to simulate the growth of wheat under potential, water limited and nitrogen limited conditions |
Rob Groot, Joost Wolf |
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| ORYZA2000 |
ORYZA2000 rice crop growth simulation model |
P.A.J. van Oort |
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| PALMSIM |
PALMSIM : Simulating growth and yield of oil palm. |
Zijlstra, M., Beuken, R. van den, Hekman W. |
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| PermVeg |
PermVeg: A generic tool to design and assess crop rotations for permanent vegetable production systems. |
Mr. Herman de Putter, Mr. Witono Adiyoga,Huib.Hengsdijk, P. T. T. Huong |
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| Phenology calibration program |
Phenology calibration program |
P.A.J. van Oort |
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| pheno_opt_rice a rice phenology calibration program |
pheno_opt_rice a rice phenology calibration program |
Pepijn van Oort |
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| POTATOS |
POTATOS, a simple potato crop growth model |
Joost Wolf |
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| QUEFTS |
QUEFTS, model to analyse the effect of nitrogen, phosphorus and potassium limitation on crops growing on tropical soils |
Bert Janssen, Mink Zijlstra (R-version) |
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| RC-P |
RC-P, model to calculate the long-term recovery of applied fertiliser phosphorus |
Joost Wolf |
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| Simple model for simulating heat induced sterility in rice as a function of flowering time and transpirational cooling |
Simple model for simulating heat induced sterility in rice as a function of flowering time and transpirational cooling |
Pepijn van Oort |
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| Sterility model for hybrid rice EGMS lines |
Sterility model for hybrid rice EGMS lines |
Pepijn van Oort |
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| SUCROS 1&2 |
Simple and Universal Crop growth Simulator (SUCROS) |
Dr. Peter Leffelaar |
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| SWAP |
SWAP, a model to simulate transport of water, solutes and heat in unsaturated/saturated soils and crop growth |
Jos van Dam |
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| TechnoGIN |
TechnoGIN, a tool for exploring and evaluating resource use efficiency of cropping systems |
Ponsioen, T.C.; Hengsdijk, H.; Wolf, J.; Ittersum, M.K. van; Rötter, R.P.; Son, T.T.; Laborte, A.G. |
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| Visual Fortran Compiler |
Visual Fortran Compiler (VFC) |
xxx |
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| WOFOST |
WOFOST, model for quantitative analysis of the growth and production of the main annual crops |
Joost Wolf, Allard de Wit |
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