Palaeo-Glacier Reconstruction and Surface Dynamics Analysis of Nef Glacier (Chile) Using Automated Open-Source Tools Based on Sentinel-1 Imagery and Digital Elevation Models

Interannual Glacier Variability and Accelerated Albedo Decline in Northeastern Tibetan Plateau: Multidecadal Remote Sensing Insights (1986–2024)

Mountain glaciers are key indicators of climate change, with their retreat and surface albedo variations exerting significant impacts on regional water resources and surface energy balance. This study introduces an innovative machine-learning framework that combines high-resolution Landsat imagery with moderate-resolut...

Climate-driven glacier retreat in the Sair Uul massif, Mongolian Altai (1977–2025): remote sensing, climate analysis, and field validation

Measuring Annual Geodetic Mass Balance of Brewster Glacier Using 'Structure-from-Motion' Photogrammetry: Implications for Anthropogenic Climate Change Attribution

Alpine glaciers are key indicators of climate change due to their high sensitivity to small variations in temperature and precipitation. As global temperatures rise, glaciers have declined rapidly, highlighting one of the negative impacts of anthropogenic climate change. For this reason, monitoring glaciers is essentia...

Changes in Glaciers and Their Runoff in the Shule River Basin of the Qilian Mountains from 1980 to 2100 Based on Remote Sensing Data and Modeling

Glaciers are vital freshwater resources in some arid regions, where glacier meltwater sustains downstream ecosystems, land-use activities and regional water security. However, systematic investigations of long-term glacier change and its hydrological implications remain limited in the Shule River Basin (SRB) of the Qil...

High-resolution spatio-temporal variability of surface albedo on the glaciers of Hurd Peninsula, Livingston Island (2018–2025): controls by snow metamorphism, surface impurities and terrain roughness

Quantifying altimetric and volumetric changes of the Belvedere Glacier (2009–2023) using Pleiades and Pleiades Neo data

Abstract. The study presents a detailed photogrammetric analysis of the evolution of the Belvedere Glacier over the periods 2009–2017 and 2017–2023, with particular focus on the impact of the debris flow triggered by the flood event of August 27, 2023. High-resolution Pléiades and Pléiades Neo satellite imagery was use...