Robustly-dated glacial landforms provide us a means of examining millennial-scale climate
events during the late-glacial period, which could shed new light on the bipolar seesaw …

Glacial chronologies from the Himalayan region indicate various degrees of asynchronous
glacial behavior. Part of this has been related to different sensitivities of glaciers situated in …

In this study, we reconstruct the style and timing of the late Quaternary glaciation pattern in a
monsoon‐influenced precipitation‐deprived region (Dhauliganga basin) of the Central …

Holocene glacial chronostratigraphies in glaciated valleys spread throughout the Himalayan-
Tibetan orogen, including the Himalaya, Tibet, Pamir, and Tian Shan, are developed using a …

The Himalaya and adjacent mountains are the most glaciated regions outside the polar
realms. Abundant field studies, aided by remote sensing, and newly developing …

The glacial history of the Tons River Valley reveals significant changes in the glacier extent
during the late Quaternary driven by regional and global climatic changes. The successions …

The fragmented pattern and the rapidly declining preservation of older glacial
features/evidences limits the precision, with which glacial chronologies can be established …

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 …

The dynamic response of large mountain glaciers to climatic forcing operates over
timescales of several centuries and therefore understanding how these glaciers change …

Moraines, outwash gravel terraces, fluvial drapes and lacustrine sequences are used to infer
the pattern of glacial fluctuations in the Saraswati valley (upper Ganga catchment). Located …