Research on how terrestrial ecosystems respond to climate change can reveal the complex
interactions between vegetation and climate. net primary productivity (NPP), an important …

The impact of regional climate change on net primary productivity (NPP) is an important
aspect in the study of ecosystems' response to global climate change. China's ecosystems …

Quantitatively identifying the relative contributions of climate change and human activity to
net primary productivity (NPP) is critical for understanding vegetation dynamics and …

Climate change scenarios have predicted significant alterations in precipitation patterns
over most of the mid-latitude land areas by the end of this century, but the degree to which …

The response of ecosystems to different magnitudes of climate warming and corresponding
precipitation changes during the last few decades may provide an important reference for …

Abstract Dryland in Xinjiang, China has been threatened in recent decades by rapid climate
change. However, due to large uncertainties in spatial climate datasets, the impacts of …

Net primary productivity (NPP), a metric used to define and identify changes in plant
communities, is greatly affected by climate change, human activities and other factors. Here …

The climate change and its induced ecosystem change have gotten more and more
attentions from scientists and societies. The past researches showed that the temperature …

Net primary productivity (NPP) has been considered as a direct indicator to access the
terrestrial primary production. However, considerable uncertainties remain toward the …

Ecosystem net primary production (NPP) represents vegetation biomass increment after
accounting for autotrophic respiration and is recognized as an important component of the …