Understanding the historical flooding regime and its driving mechanisms provide useful
insights into prediction of disasters in future. In this study, the paleo-flooding activities along …

依据近年发表的新成果, 对中国过去千年干湿的年至百年尺度变化特征进行了总结梳理与对比
分析, 综合评估了20 世纪干湿变幅的历史地位. 主要结论是: ① 根据历史文献记载重建的东中部 …

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 …

Sanjiang Plain is the most extensive marsh distribution region in China. Marshes in this
region can protect biodiversity, regulate climate, and provide habitats for wild animals and …

Understanding the dynamic changes in peatland area during the Holocene is essential for
unraveling the connections between northern peatland development and global carbon …

全新世气候演变与湿地泥炭形成, 发育具有密切关系. 位于中国东南部的浙江省受到东亚
季风气候的显著影响, 其南部发育着亚高山湿地群, 是研究东亚夏季风演变过程及其区域响应的 …

Abstract Knowledge of the long-term flooding response to climatic changes is critical for
probing the flooding future in an oncoming warmer world. In this paper, three well-dated …

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 …

Physiological adaptation of tree shrews (Tupaia belangeri) to changing environmental
temperature has been reported in detail. However, the T. belangeri origin (mainland or …

Climate change in the Holocene is closely related to the development of mash peat. Study
the initiation of peatland and its relative climatic controls will provide a better understanding …