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

Wetlands are vulnerable and sensitive to climate change and human activities. Based on
literature research, this paper analyzes the characteristics of wetland evolution in China. The …

This paper documents the history of vegetation assemblage in Honghe Wetland (NE China)
during the last 6200 years. Vegetation changes were reconstructed based on high …

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 …

Northeast China is the region with the largest area of wetlands in China. The Sanjiang Plain
and the Songnen Plain are large freshwater marsh distribution regions that are affected by …

Vegetation in coastal regions is sensitive to climate and sea-level changes. However,
currently there is still a lack of understanding about the stability of the Holocene coastal …

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 …

There is wide concern about the evolution of wetlands, an important component of the global
ecosystem. The Honghe National Nature Reserve (HNNR) is an internationally important …

Abstract Late Pleistocene-Holocene has been regarded as one of the most important
periods in the history of climate change. The specific objectives of this study were to restore …