Much effort has been made in recent years to define the timing and extent of Quaternary
glaciation throughout the Himalayan–Tibetan orogen. These studies are challenging …

Abstract The Tibetan Plateau holds an ample record of past glaciations, and there is an
extensive set of glacial deposits dated by exposure dating. Here a compilation is presented …

Cosmogenic exposure dating has greatly enhanced our ability to define glacial chronologies
spanning several global cold periods, and glacial boulder exposure ages are now routinely …

Mapping and thirty-eight 10 Be terrestrial cosmogenic nuclide (TCN) ages help define the
timing of glaciation in the monsoon-influenced Greater Himalaya in central Garwhal, India …

摘要中国第四纪冰川的研究已经走过了一个多世纪的历史, 经历了初创阶段,
以研究东部为主的争论阶段和以研究西部为主的创新阶段3 个发展时期, 建立了中国第四纪冰期 …

Reconstructing the ages and magnitudes of prehistoric extreme events that are recorded in
landforms and sediments allows us to capture the full range of frequency-magnitudes and …

This contribution provides new constraints on the timing of Tibetan glacial recessions
recorded by the abandonment of moraines. We present cosmogenic radionuclide 10Be …

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 …

Glaciers in the southern Himalayas advanced in the early Holocene despite an increase in
incoming summer solar insolation at the top of the atmosphere. These glacier advances are …

Quantifying the timing and extent of Quaternary mountain glaciations can help us in
understanding the cause of ice-age cycles. As such, impressive achievements have been …