The phrase "a crop model" is correct and usable in written English.
It can be used when referring to a mathematical or computational representation of crop growth and yield, often used in agricultural studies or research.
Example: "Researchers developed a crop model to predict the effects of climate change on wheat production."
Alternatives: "an agricultural model" or "a farming model".
We conclude that the use of our approach to re-assemble a crop model within a modelling framework facilitates integration of different disciplines around a modelling objective, and facilitates creating transparent and reproducible models.
It is a simulation in which two models interact: a decision and a crop model.
However, selecting a crop model for a specific objective, location and implementation scale is a difficult task.
The phenomics resources will be further analyzed using a crop model and genome-wide association (GWA) studies.
The basic approach used in this study was to use high-resolution climate data in combination with detailed soil information as the input for a crop model.
Our objective was to use a crop model to improve pineapple management practices according to the diversity of conditions on Reunion Island.
The focus of this paper is therefore on developing and documenting an approach to re-assemble crop models, i.e. develop a new model from an existing one, using a crop modelling framework and crop physiological knowledge.
Using a crop modeling tool, yield differences of different crop rotations and crops can be approximated and optimized solutions, with economical as well as ecological perspectives in view, can be found out.
These new systems would follow the principles and components of the MCYFS Europe: a meteorological data infrastructure, a remote sensing data infrastructure, a crop modelling platform, statistical tools, a team of analysts and a crop area estimation component.
A crop simulation model was used to integrate information concerning the impact of climate change on agricultural crop yields into ALUAM.
Therefore, breeding programs should consider these traits suggested by this system analysis using a crop simulation model for the identification of suitable cultivars under the projected future climate.
