The continuous economic and ecological construction in the Yangtze River Delta (YRD) and
Pearl River Delta (PRD) has caused frequent temporal and spatial changes in local forests …

Climate change and anthropogenic factors have resulted in intense and frequent droughts
and floods in the Hengduan Mountain Region (HMR). Exploring the source supply of …

Although desertification has greatly increased across the Mongolian Plateau during the last
decades of the 20th century, recent satellite records documented increasing vegetation …

Gross primary productivity (GPP) over the Mongolian Plateau (MP) is a vital component of
the global terrestrial carbon cycle. Using the latest MODIS GPP estimates at the best …

Soil moisture (SM) is a pivotal element in surface hydrological processes, energy transfer,
and mass exchange over the Mongolian Plateau (MP). However, spatial and temporal SM …

Vegetation dynamics is essential for characterizing surface biogeophysical parameters.
Speeds of vegetation development and senescence are well documented, however, the …

Since the 1980s, a warming and wetting trend in arid Central Asia (ACA) has been widely
reported. However, no consistent knowledge has been presented about whether warming …

Under the combined influences of climate and vegetation change, land–atmosphere
interactions have enhanced, and precipitation recycling is an important part of this. Previous …

Abstract The Mongolian Plateau in East Asia is one of the largest contingent arid and semi-
arid areas of the world. Under the impacts of climate change and human activities …