This study presents the first global inventory of glaciated areas within UNESCO-designated (mountain) biosphere reserves, highlighting its associated challenges and opportunities.
Modelling local susceptibility to rapid mass movements in a changing climate
We model the local susceptibility of a large alpine catchment to rapid mass movements in a warming climate to better understand future sediment input into the fluvial system from erosion.
Journal of Mountain Science: an important platform for making your research quickly known around the world
The editor of Journal of Mountain Science, an international English journal indexed by SCIE, SCOPUS, will introduce the journal and interact with the audiences who plan to submit to this journal.
Monitoring Glacier Evolution and Assessing Glacial Lake Outburst Flood (GLOF) Hazard in the Bolivian Andes
We monitor changes in the population of Bolivian glaciers/glacial lakes at high spatiotemporal resolution. We assess GLOF hazard of the lake inventory and predict sites of future lake formation.
Analysis of the surface energy balance of Hintereisferer based on observations and modelling
We present a detailed surface energy balance assessment for one of the global benchmark glaciers, Hintereisferner and discuss the atmospheric drivers of ice melt.
Modelling of snow and glacier mass balance in Cordillera Vilcanota, Peru: from 2000 to 2150CE
We investigate the evolution of the snowpack and glacier mass balance across glaciers in the Cordillera Vilcanota.
Monitoring dust depositions and their radiative impact on snow dynamics in North-Western Alps
Light-Absorbing Particles are known to deeply affect the cryosphere. This research describes the LAP effect over snow cover in the European Alps through remote sensing, modelling and field campaigns.
Glacier futures for the INARCH COPE catchments simulated using the Open Global Glacier Model
We show glacier futures situated with OGGM and forced with W5E5v2.0 climate dataset for the INARCH COPE glaciated basins.
Andean glacier mass balance through the last six decades
We have quantified ice loss rates across ten glacierised catchments in different climate zones of the Andes through the last six decades.
Investigating transitional rock glaciers through ERT and IP measurements
We aim to provide further knowledge on the how cryological and hydrological processes works and explain degraded periglacial landforms activity using combined ERT and IP measurements.