Project supported by the National Natural Science Foundation of China “Response of
peatland ecosystems to water level drawdown on centennial timescale: Evidence from …

Abstract Knowledge of the possible impacts of early diagenesis on lipid biomarkers in
geologic settings is important for robust applications of lipid proxies for paleoclimate …

Lipid biomarkers extracted from a sediment-peat sequence from the Sanjiang Plain were
analyzed to assess the change in regional vegetation and climate during the last 8 ky. The …

the National Natural Science Foundation of China" The response of methanogenic
biogeochemical cycles to climate change in Dajiuhu peatland from Shennongjia, Hubei …

The high concentrations of lipid biomarkers in peat and the close relation between peatland
development and hydrological conditions merit further assessment of the paleohydrological …

We have carried out a multi-proxy analysis of a radiocarbon-dated peat core that records the
history of paleoclimate change dating from 18ka in the Dingnan region of southern China …

It is indicated that lipid biomarkers deeply widen the aspects of the past global change.
Especially, the compound-specific carbon stable isotope technique has become a powerful …

Carbon isotopes of organic matter have been widely used in quantitative reconstruction of
paleovegetation and paleoclimate since they are sensitive to vegetation and environmental …

We conducted a modern process study on Sphagnum magellanicum from southern
Patagonian peat bogs to improve our understanding of environmental controls on the …

Loess-paleosol sequences from the Chinese Loess Plateau (CLP) provide important
archives for paleoclimate reconstruction in the Quaternary. Lipid biomarkers from the CLP …