Numerical dating of glacial deposits is important for understanding Quaternary glacial
evolution. Optically stimulated luminescence (OSL) dating is one of the techniques widely …

The late Quaternary glacier advances in the Himalayan orogen exhibit a complex interplay
of insolation induced changes in summer monsoon and winter westerlies. However, the …

The lack of high-resolution, well-dated records hinders our understanding of the climatic
factors driving glacier fluctuations on the Tibetan Plateau. The Hengduan Ranges, on the …

Despite that organic phosphorus (Po) is a source of bioavailable P during the early stage of
soil development, it remains unclear whether P availability or organic carbon (C) …

Alpine grassland is an important carbon (C) pool in terrestrial ecosystems, and the response
of microbial metabolism to warming along an altitudinal gradient is essential for soil C …

In terrestrial ecosystems, phosphorus (P) is the limiting nutrient of primary production. The
soil organic horizon is a vital source of bioavailable P in subalpine coniferous forests …

Abstract The Tibetan Plateau and Indian Plain exhibit the largest altitudinal difference
between two geographically contiguous areas on Earth, but the eastern margin of the …

Reconstructing the extent and timing of palaeoglaciers and their associated climate is of
great importance for understanding the responses of glaciers to climate change. Glacial …

Hailuogou (HLG) Glacier, a rapidly receding temperate glacier in the southeastern Tibetan
Plateau, has been observed to lose mass partly through ice frontal mechanical ablation (ie …

Quantitative analysis of the kinematics of the active faults distributed around the Qinghai‐
Tibetan Plateau is critical to understand current tectonic processes of the plateau …