Abstract The East Asian summer monsoon (EASM) significantly influences the precipitation
and vegetation dynamics in that region. Previous studies have assessed the spatial and …

Understanding the evolution of the Holocene East Asian summer monsoon (EASM) and
vegetation response regimes can help predict the climatic variability and vegetation change …

Fossil pollen records from 31 sites with reliable chronologies and high-resolution data in the
monsoonal region of China were synthesized to document Holocene vegetation and climate …

Estimating vegetation sensitivity during the Holocene will improve the predictions of future
vegetation dynamics. We compiled 52 pollen sequences from the monsoon-influenced …

Abstract Exploring the Mid-Late Holocene interactions between ecological and climate
variations in semi-arid areas such as Songnen grasslands (northeastern China) provide …

Our knowledge about the Holocene evolution of the East Asian summer monsoon (EASM)
and its relation to human activities remains incomplete. A detailed palynological …

We used pollen and grain-size data from a peat bog in Xiansan, Fujian Province,
southeastern China, to reconstruct a high-resolution record of vegetation change, climatic …

Reconstructing environmental changes for the last glacial-interglacial cycles in central
China plays a key role in deciphering vegetation history and the evolution of the East Asia …

Abstract The influence of Holocene East Asian Summer Monsoon (EASM) rainfall on
ecosystems over northern China remains controversial: delay or synchronization. Here we …

Large-scale palaeovegetation reconstruction plays a critical role in improving our
understanding of the response of vegetation to climate change and in reducing the …