APSIM-Maize model, global sensitivity analysis, climate variability, Maize, semiarid region
groundwater depth, meteorological drought, propagation characteristics, human activities, Loess Plateau
crop model, climate variability, global sensitivity analysis, Maize, parameterization
Runoff attribution analysis, Budyko framework, Elasticity coefficient, climate change, Human activities, Yellow River Basin
Compound drought and heatwave events, ecosystem vitality, soil dryness, Loess Plateau
Baseflow, hydrological signatures, long-short term memory network (LSTM), Luanhe River Basin, North China Plain
Baseflow, Hydrological signatures, long-short term memory network (LSTM), Luanhe River basin, North China Plain
Keywords: Machine Learning, CA-ANN Model, Lake changes, Land Use and Land Cover (LULC) Changes, climate change, Water management.
Lake area changes, Climate variability, Anthropogenic impacts, Multicollinearity analysis, Water management strategies
ecosystems, water use efficiency, nonlinear trend, ensembled empirical model decomposition, partial derivative, attribution
On-Site Evapotranspiration Determination, Insentek Soil Moisture Monitoring System, Mountainous, Grassland and Shrubland
Sentinel-2, urban heat island, vegetation cooling effect, air temperature
