High-latitude permafrost peatlands are sensitive to global warming, and understanding their
paleohydrological evolution is critical for assessing future hydrological and environmental …

Climate variability can induce rapid changes in peatland ecosystems, affecting both carbon
cycling and vegetation succession. Diatoms are an important group of ubiquitous and …

Northern peatlands play an important role in the global carbon cycle. Here we use multi-core
and multi-proxy records from a peatland near Darbin Lake in the Arxan region of Northeast …

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 …

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 …

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 …

Abstract Northwest China (NW China) falls within Arid Central Asia (ACA) and has a climate
dominated by westerly winds, a fragile ecosystem, and a high sensitivity to climate change …

Testate amoeba analyses were realized to reconstruct Holocene hydroclimatic variations
and carbon accumulation from two peat cores collected in a permafrost peatland located at …

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

High-latitude peatlands are changing rapidly in response to climate change, including
permafrost thaw. Here, we reconstruct hydrological conditions since the seventeenth century …