The past and future hydrology of the Issyk-Kul basin is modeled by coupling MATILDA and GloGEM. We evaluate cryospheric contributions and explore methods for simulating ungauged catchments.
Glacier photographic archives in Iceland
Historical and present day photographs used to document glacier changes in Iceland
Gap-filling mountain regions of the Snow CCI SWE product using Bayesian snow reanalysis
Mountain snow water equivalent (SWE) estimates from assimilation of ESA CCI Snow cover fraction data into a Bayesian reanalysis scheme are promising to gap-fill mountain areas in Snow CCI SWE.
Building glacier velocity time series with a uniform sampling interval of six days or less from scene-pair velocity maps
A novel method extracts glacier velocity time series with uniform intervals, improving seasonal analysis. Validated in High Mountain Asia, it refines uncertainty using Sentinel-1 and Sentinel-2 data.
Introducing The Glacier Stewardship Program – an international team responding to the global loss of glaciers
The Glacier Stewardship Program is introduced by international scientists to slow ice loss, enhance hazard warnings, and preserve glacier biodiversity for future climate resilience.
Estimation of Snow Water Equivalent in the Maipo river basin in central Chile
This study evaluates three snowmelt models and their application in the Maipo River basin to improve predictions of snow water equivalent (SWE) amid climate change, focusing on water resource manageme
Seasonal Ground Temperature Variability Governs Stress Regimes and Rock Anchor Loads in Permafrost-affected Rock-Faces
Seasonal and long-term stress variations in a permafrost rock slope were analyzed using a five-year rock anchor load dataset, revealing progressive load decline under warming conditions.
The impact of past droughts in the Central Apennines
We investigate the effects of droughts on the hydrological cycle and vegetation of the italian Apennines using the ecohydrological model Tethys-Chloris.
Exploring Groundwater-Surface Water Interactions in Mountainous Regions Using Integrated In-Situ and Remote Sensing Approaches
Integrating sensors and drone thermal imagery, this study characterizes river water surface-groundwater interactions in mountainous regions, enhancing drought management
Spatial and temporal variability of carbonaceous impurities in snow samples on the Cordillera Blanca
This study examines seasonal and spatial variations of elemental and organic carbon in Peru’s Cordillera Blanca. Findings highlight the role of carbonaceous particles as snow darkening impurities.