Understanding the mechanisms driving hydrological change in arid Central Asia over a
range of time scales is crucial for making predictions for future changes in fragile desert-lake …

Lake-level records provide a rich resource of information about past changes in effective
moisture, but water-balance fluctuations can be driven by a number of different climate …

Global warming over the past decades has resulted in desiccation of lakes in arid and semi-
arid northern China. However, the mechanisms responsible for the sharp fluctuations in …

Climate evolution in Arid Central Asia (ACA) is reconstructed by summarizing and
comparing data from 11 lake sites based on a unified time scale of calendar years BP, after …

Lake hydrological change and its driving mechanisms in the Eocene warmhouse climate are
important to evaluating environmental and ecological changes induced by global warming …

The monsoon system and westerly circulation, to which climate change responds differently,
are two important components of global atmospheric circulation interacting with each other …

Central Asian lakes are crucial for sustaining fragile oasis ecosystems in arid regions.
Understanding the response of ecosystems in these lake basins to climate change is …

Lakes are one of the most important freshwater resources on Earth and they provide a wide
range of ecosystem services. However, due to rapid economic development and the …

The relationship between the uplift of the Tibetan Plateau and the aridification of eastern
Asia during the middle to late Eocene is still controversial, primarily due to the lack of high …

Contrasting moisture evolutions between westerlies‐dominated Central Asia and
monsoonal Asia since the mid‐Holocene have been widely recognized. Yet, inconsistent …