WheatSM V5.0: A Python-Based Wheat Growth and Development Simulation Model with Cloud Services Integration to Enhance Agricultural Applications - Chen, Xianguan; Bai, Huiqing; Xue, Qingyu; Zhao, Jin; Zhao, Chuang; Feng, Liping (Agronomy (Basel), 2023)
Keywords: Accuracy; Agricultural industry; Agricultural production; agronomy; Algorithms; Biomass; Climate change; Cloud computing; Computer simulation; computer software; Computer-generated environments; crop model; Crop production; Decision making; Design optimization; Environmental assessment; Experiments; Flexibility; Food security; Global temperature changes; Growth; growth and development; Growth models; Irrigation; Language; Luminous intensity; Management decisions; Modularity; Moisture content; nitrate nitrogen; Nitrogen; Operating systems; Optimization techniques; Parameter sensitivity; Personal computers; Photosynthesis; Production management; Redesign; Sensitivity analysis; Simulation; Simulation models; Software development; Software packages; Soil moisture; Soil water; Soil water storage; water and nitrogen dynamics; Water storage; Wheat; Winter wheat; yield formation; China