This study analyzes the relationship between permanent snow cover and rock glaciers in Peruvian Andes emphasizing its role in ice preservation and regional glacier dynamics based on geospatial data.
Recent morphological evolution of the Belvedere Glacier basin and glacier hazard: insights from multi-temporal analysis with UAV and historical photogrammetry
Quantitative monitoring of the Belvedere Glacier basin using high-resolution repeated photogrammetry has revealed significant geomorphological changes i.e. moraine mobilization and debris accumulation
Measuring Infiltration Capacity in frozen Soils: Challenges and Advances
Development of method to measure frozen soil infiltration capacity. Overcoming challenges, we found promising solutions for data collection.
Hydrological Impacts of a Warm, Low-Snow Winter in the Sainte-Marthe Experimental Watershed, QC
Extreme winters are likely to happen more frequently with climate change. We observe the impact of snow accumulation and rain events on recharge and runoff in a watershed.
Social relevance of glaciers water supply in the Central Andes (~33ºS)
Quantification and social perception analysis of water supply from glaciers in one of the few examples in the Andes Cordillera where the inhabitants almost entirely rely on that water source.
Hidden Water Pathways: Investigating Groundwater Recharge in an Ice-Rich Proglacial Environment
Proglacial areas play a key role in subsurface water transfer and host processes that may facilitate transfer to deep aquifers
Acceleration of the water cycle in mountains: The role of snow in runoff dynamics
The increasing number of snowmelt periods, including rain-on-snow events, and thus a higher proportion of fast flow in total runoff, may lead to an acceleration of the mountain water cycle.
Classification of supraglacial landslides based on geometry, location, potential geomorphological impact, and preservation potential
This study proposes a classification of supraglacial landslides based on their geometry, location, potential impacts, and preservation potential.
Global variability and future changes in mountain runoff contributions to lowland water use
This study investigates the contribution of mountain runoff to lowland water use in river basins worldwide, focusing on its seasonality, interannual variability and potential future changes.
In Calmer Waters: The Influence of Source Water on Alpine River Systems in Tongait KakKasuangita SilakKijapvinga (Torngat Mountains National Park), Nunatsiavut, Labrador
Understanding how changes in the cryosphere and hydrosphere impact downstream ecosystems and human livelihoods to support future climate-change monitoring and adaptation in Canada’s North.