Species distribution models (SDMs) are widely used to infer species–environment
relationships, predict spatial distributions and characterise species' environmental niches …

A multitude of physical and biological processes on which ecosystems and human societies
depend are governed by the climate, and understanding how these processes are altered …

Accurate and high-resolution crop yield and crop water productivity (CWP) datasets are
required to understand and predict spatiotemporal variation in agricultural production …

The accurate and timely prediction of crop yield at a large scale is important for food security
and the development of agricultural policy. An adaptable and robust method for estimating …

The characteristics of the growth of winter wheat are the basis for determining a reasonable
amount of irrigation water, regulating wheat growth, improving environmental conditions and …

Extensive studies have focused on instantaneous and time‐lag impacts of climatic factors on
vegetation growth; however, the chronical and accumulative indirect impacts of antecedent …

Accurate nitrogen (N) diagnosis early in the growing season across diverse soil, weather,
and management conditions is challenging. Strategies using multi-source data are …

Climate warming exhibits asymmetric patterns over a diel cycle, with the trend of daily
minimum temperature (Tmin) exceeds that of daily maximum temperature (Tmax), which is …

Evapotranspiration (ET) prediction and forecasting play a vital role in improving water use in
agriculturally intensive areas. Metrological and biophysical predictors that drive ET in …

Water is an essential natural resource. Among many stressors, altered climate is exerting
pressure on water resource systems, increasing its demand and creating a need for …