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

Peatlands are common components of the Northeast Asian landscapes, while the vegetation
and hydrological variations of these peatlands remain unclear. To address this issue, here …

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 …

Studying peatland evolution and vegetation patterns in response to climate change provides
valuable insights into future ecosystem trends. This study focuses on the Huanan peatland …

Quantitative reconstructions of the depth to water table (DWT) of ombrotrophic (rain-fed)
peatlands are important for understanding the palaeohydrological responses of peatlands to …

Diatom-inferred changes in past water levels and the evolution of peatlands during the
Holocene period are investigated in the Honghe National Natural Reserve (HNNR), which is …

Abstract Knowledge of peatland dynamics and its response to the intensity of the Indian
summer monsoon (ISM) is crucial to predict the future fate of the peatlands in the …

Peatlands located at the northern edge of the East Asian monsoon (EAM) are well placed to
provide a terrestrial record of past climate and hydrological changes for this globally …

Located on the western flank of the Changbai Mountains in Northeast China, Hani (HN)
peatland has been studied intensively for Holocene paleoclimate reconstruction on decadal …

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 …