A Özmaral, A Abegunrin, H Keil, DA Hepp… - Quaternary Science …, 2022 - Elsevier
Abstract The southeastern North Sea was a sub-aerially exposed periglacial environment during the late Weichselian. At that time, the approximately 210 km long and 40 km wide SE …
Y Guo, Y Ge, P Mao, T Liu, X Fu, S Wu - Journal of Hydrology, 2023 - Elsevier
Catastrophic floods from breaching of natural dams on the Namche Barwa and Giala Peri play an important role in shaping high-mountain landforms in the eastern Himalayan …
Upper‐flow‐regime bedforms, including upper‐stage‐plane beds, antidunes, chutes‐and‐ pools and cyclic steps, are ubiquitous in glacigenic depositional environments characterized …
Outburst floods related to glacial or landslide damming are a major agent of geomorphic change in mountain rivers. Although the evidence between outburst flooding and riverine …
Y Guo, Y Ge, P Mao, T Liu - Science of the Total Environment, 2023 - Elsevier
Increasing extreme temperature, precipitation and rapid meltwater events have added stress to the Himalaya's hydrological sensitivity and major flood risks, however, current extreme …
Catastrophic meltwater drainage from glacial Lake Agassiz has been hypothesized as a trigger for large‐scale ocean circulation change initiating the Younger Dryas cold reversal …
Rapid climate changes during the decline of the Weichselian glaciation caused a sudden increase in meltwater activity and significantly transformed land relief in north-eastern …
J Winsemann, T Hartmann, J Lang, R Fälber… - Sedimentary Geology, 2022 - Elsevier
Alluvial fans are important paleoclimatic archives, that may record high-frequency climatic oscillations. However, climate signals may be overprinted or even be destroyed by …
Glacial lake outburst floods (GLOFs) are one of the major natural hazards in certain populated mountainous areas, eg, the Himalayan region, which may lead to catastrophic …