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 …

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 …

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 …

Central China has experienced stronger summer monsoon during warm periods such as
Marine Isotope Stages (MIS) 1 and 3, and weaker summer monsoon during cool periods …

Abstract Exploring the Mid-Late Holocene interactions between ecological and climate
variations in semi-arid areas such as Songnen grasslands (northeastern China) provide …

Reconstructing environmental changes for the last glacial-interglacial cycles in central
China plays a key role in deciphering vegetation history and the evolution of the East Asia …

Wetlands, a unique ecosystem between terrestrial and aquatic ecosystems, has special
ecological functions and important for regional ecological security. While, with the rapid …

This paper documents a 7800-year proxy record from the Shenjiadian peatland on the
Sanjiang Plain in Northeast China. High-resolution plant macrofossil and colorimetric …

Reconstructing historical hydrologic and vegetation conditions can provide useful insights
into the mechanisms underlying peatland development and can be used to construct …

We reconstruct Holocene vegetation dynamics and associated hydroclimate change in the
Chaiwopu Basin of the eastern Tianshan Mountains, China. Our study is based on 160 …