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 …

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 …

Alpine wetland ecosystems are of importance in water conservation and animal husbandry
in the arid central Asian. However, there is limited research on their formation and …

A high-resolution pollen record in a peat sequence from the Altai Mountains of Xinjiang,
China, allows reconstruction of the regional vegetation and climate changes that occurred …

Abstract The Hengduan Mountains of Southwest China are considered the most biologically
diverse temperate ecosystem in the world. Here, we present a~ 10,000-year pollen record …

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 …

A multiproxy study was conducted on Holocene sediments from the alpine lake Son Kul
(3010 m asl, 41° 48′ 33N/75° 07′ 38E) in central Tien Shan (Kyrgyzstan). The …

Palynological dataset for the XBWu-46 sediment core extracted from Bosten Lake at the
south-eastern end of the Tian Shan, Northwest China, contains a climate record divided into …

Large areas in western China were wetlands or less arid between 40 and 30 ka,
corresponding to the “Greatest Lake Period” on the adjacent Tibetan Plateau. During the last …

We in this paper present a multi-proxy study of a 186-cm-long lacustrine sediment core (ie,
BY Core) obtained from the Youerdusi Basin in the middle Tianshan Mountains in an …