We use a subglacial hydrology model to understand the evolution of subglacial drainage system under a mountain glacier and its linkage with ice dynamics
Exploring the potential of seasonal predictions for winter hazard assessment – a glimpse into the near future
As seasonal forecasting is currently of great interest we investigate in this study the potential for winter season natural hazard forecasting as well as the potential for water resource management.
Nexus of Science and Society in Risk Perception: Lessons from the 2012 Seti River Flash Flood in Nepal
This study explores integrating Western science and local knowledge to understand flood risks, using Nepal’s 2012 Seti River flood as a case study, advocating for interdisciplinary approaches
Evaluation and Correction of Precipitation Types measure by PARSIVEL2 Disdrometer in a Tropical Glacier Environment
The correction of precipitation considering the types of hydrometeors and the limit determination of the optical disdrometer to classify precipitation types in the Huaytapallana tropical glacier
Root Structure and Symbioses in Soils of Contrasting Alpine Habitats
Root structures and their symbioses vary with alpine habitat.
To what extent do forest floor litter layer retention & evaporation affect Alpine water budgets?
Forest floor litter layers retain significant amounts of annual precipitation, thereby influencing the magnitudes of soil recharge and evaporation in Alpine environments.
Analysis of Glacier Variation and Historical GLOF Events of Badswat Glacier using Geospatial Techniques
Glaciers are crucial freshwater resources. Badswat Glacier, vulnerable to climate change, has experienced multiple GLOF events, impacting agriculture, infrastructure, and communities. Monitoring and m
Plant strategies in a warming world: unveiling the dynamics of six novel proglacial ecosystems
As glaciers retreat, novel proglacial ecosystems emerge. We analyzed plant functional traits and strategies across six Alpine chronosequences to understand the dynamics of these emerging ecosystems.
Spatio-temporal variability of water temperature in a mountain river: insights from a field campaign
We conducted an extensive field campaign in an alpine river to improve our understanding of spatio-temporal variability and the drivers of river water temperature at high altitudes.
No-Shows in Field Monitoring: Aufeis Non-Formation Leading to Methodological Shifts and Broader Findings
The study explores how the non-formation of aufeis in Yukon led to a methodological shift, revealing new insights into winter hydrology and broader hydrological changes in deglaciating catchments.