Mountain glaciers record climate change over a wide range of temporal and spatial scales. They are providing valuable and high-resolution archives of Quaternary and Holocene environmental variability while also serving as sentinels of modern and future climate dynamics. As mountain regions respond rapidly to the current Climate Change, there is an increasing need for research that not only reconstructs past glacier extent and dynamics but also integrates these insights with models, remote sensing, and emerging analytical techniques to understand the processes shaping high-altitude environments today and in the future.
This session invites contributions that advance understanding of mountain glaciations through various methodological approaches, including the integration of geomorphological mapping, geochronology, numerical modelling, and palaeoclimate analysis. Studies addressing cross-regional comparisons, hemispheric linkages, and interdisciplinary frameworks are particularly encouraged, as are those that connect Quaternary glaciations with contemporary glacier change, hazards, and water resource management. By bringing together researchers from a range of disciplines and regions, this session aims to provide a platform for both consolidating established knowledge and introducing innovative perspectives, fostering collaboration across temporal, spatial, and disciplinary boundaries.