To deal with global warming and biodiversity loss, historical land use in South Asia received
wide attention because of its huge population and rich biodiversity. We reviewed …

Scientific estimation of carbon emissions induced by historical land use and land cover
change (LUCC) can improve the accuracy of terrestrial ecosystem carbon budget estimates …

Quantifying long-term and large-scale changes in cropland cover is critical for evaluating the
intensity of past human activity, climate change, biodiversity loss, food security, and carbon …

The interactions between past climate, human activity and environmental change in
subtropical mountainous areas are poorly understood due to the lack of reliable records in …

Investigating the ecological and environmental impacts stemming from historical land use
and land cover change (LUCC) holds paramount importance in systematically …

To address the threats of global warming and human activities to freshwater shallow lake
ecosystems, it is imperative to comprehend the long-term evolutionary history of lake …

Spatially explicit reconstruction of historical land cover change is a prerequisite for a more
comprehensive understanding of environmental changes. Anthropogenic activities have …

Long-term regional forest cover datasets provide significant data for capturing historical
landscape patterns and climate change. However, long-term and high-resolution forest …

Long-term organic matter (OM) burial in the ocean is essential to the global carbon cycle.
Mud deposits, such as South Yellow Sea mud deposit (SYSMD) located in the central South …

明确中国历史时期耕地时空变化及其可持续利用策略, 可为当前及未来国土资源开发和保护提供
历史经验和借鉴之处. 本研究集成过去2000 年中国农耕区分布和耕地空间重建成果 …