Subfossil Pediastrum, a genus of green algae (Chlorophyceae) which is sensitive to
changes in the aquatic environment, is a potential proxy indicator of the evolution of aquatic …

The accuracy of the regional palaeoclimate reconstruction is vital for ecological restoration
and future climate predictions. Clarifying the regional climate signal on different …

An integrated view of wetland's evolution is currently poorly understood due to a lack of
knowledge on long-term interactions of multiple ecological factors. Here, we present a cored …

Understanding the response of wetlands to climate changes could provide useful insights
toward predicting the wetlands future in a warmer world. Here, we present a well-dated …

The nature and extent to which hydrological changes induced by the Asian summer
monsoon affected key biogeochemical processes remain poorly defined. This study …

Northern peatlands represent one of the largest biospheric carbon reservoirs in the world.
Their southern margins act as new carbon reservoirs, which can greatly influence the global …

The responding mechanism of wetland ecosystem to climate change is currently unclear
due to a lack of long-term records incorporating multiple ecological factors. This paper …

Peatland of the eastern Qinghai–Tibetan Plateau lies at the convergence of the East Asian
and Indian monsoon systems in eastern Asia. To understand the evolution of this peatland …

The Holocene hydrological changes of fen peatland in northern Mongolia were
reconstructed using diatom fossils with an aid of Sphagnum leaf fossils. Analyses were …

Analyses of diatoms, grain size, magnetic susceptibility, total organic carbon, and total
nitrogen were applied to a 9.26 m long sediment core, spanning the last 12.2 kyr, from a …