Terrestrial evapotranspiration (ET a) reflects the complex interactions of climate, vegetation,
soil and terrain and is a critical component in water and energy cycles. However, the manner …

Actual evapotranspiration (ET a) has significantly increased under recent climate and
vegetation changes. Discriminating the primary driver of ET a variation would improve our …

Understanding the impacts and extent of both climate change and human activities on
ecosystems is crucial to sustainable development. With low anti-interference ability, arid and …

The study of energy, water, and carbon exchanges between ecosystems and the
atmosphere is important in understanding the role of vegetation in regional microclimates …

Climate change and anthropogenic activities have had a profound effect on the variation in
grassland productivity in the Tibetan Plateau in recent decades. Quantifying the impacts of …

Investigating the attributions of evapotranspiration (ET) and gross primary production (GPP)
changes is of great importance for regional, sustainable water resources and ecological …

Multiple drivers perturb the terrestrial carbon cycle, which ultimately reshapes the fertilization
of carbon dioxide (CO2) and reorientates the climate. One such driver is atmospheric …

Croplands play a critical role in regulating terrestrial water and carbon cycles and provide
essential social services for humans. Investigating the characteristics of water and carbon …

Water-carbon relationships have been widely recognized in previous studies but rarely
included in the Budyko framework. This study improves the Budyko-Fu model by considering …

With the developments of population and economy, it is necessary to assess the increasing
impacts of human activities on evapotranspiration (ET) for sustainable water resources …