Modeling the Adaptations of Agricultural Production to Climate Change (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: adaptation; agriculture; anaerobic digestion; apple trees; APSIM model; ArcGIS; biogas production; Biology, life sciences; carbon sequestration; CERES-rice model; CLDAS; climate change; climate indices; climate scenario; climatic yield; CNRM-CM6; contribution rate; cotton; crop modelling; crop water requirement (ETc); crop yield; CROPWAT; cultivated area; different scenarios; DNDC; enhanced vegetation index (EVI); ERA5-Land; ETo; evaluation; food security; future climate scenarios; GCM; GCMs; geographic distribution; GLDAS; growth stage; heat stress; IPCC-AR6; irrigation water requirement; irrigation water requirement (Ir); k-nearest neighbours; land use; light and heat resource utilization; machine learning; Mathematics and Science; MaxEnt; middle and lower reaches of Yangtze River; n/a; net greenhouse effect; nitrous oxide; North China Plain; optimal irrigation; passive gas sampling; Penman–Monteith; PET; phenology shift; planting boundary; potential evapotranspiration (ET0); random forest; range shift; range shifts; reference crop evapotranspiration (ET0); Reference, Information and Interdisciplinary subjects; Research and information: general; Rheum nanum; rice; rice yield; sensitivity analysis; silicone diffusion cell; soil gas diffusion coefficient; soil gas diffusivity; soil gas flux; soil gas flux simulation; solar induced chlorophyll fluorescence (SIF); soybean; SPEI; SSP scenarios; sugarcane; suitable habitat; summer maize; support vector machine; sustainable development; sustainable irrigation; Technology, Engineering, Agriculture, Industrial processes; temperature; water use; water use efficiency; waterlogging; wheat–corn; winter wheat; Xinjiang; yield; yield forecast; yield prediction; yield response factor