advantage of recently developed avalanche models and detection systems to setup a model
Aktuelle Navigation Hauptinhalt WSL Startseite Projekte Zurück An integrated model
temperature-restricted environments and compare and assimilate them with ensembles of climate models
Hauptinhalt WSL Startseite Projekte Zurück Bridging paleoclimate records and climate model
consensus that higher spatial resolution also increases the accuracy of models that model
consensus that higher spatial resolution also increases the accuracy of models that model
Climate change already affects snowfall and snow depth patterns in the Alps, and these changes will likely become more pronounced in the future.
Aktuelle Navigation Hauptinhalt WSL Startseite Projekte Zurück An integrated model
A project to understand and model the processes of subglacial lake drainage and filling
the enhancement and subsequent application of the Glacier Drainage System (GlaDS) model
Development of a data-driven nearest neighbour model for the daily forest fire danger
Overall aim of the present project is to develop a data-driven nearest neighbour model
In this project we use a 3D Material Point Method (MPM) model to simulate the interaction
Over the past years a 3D Material Point Method (MPM) model coupled with finite strain
investigate the influence of climate change on avalanches by using climate projections to model
Snow stratigraphy is then modeled by driving the detailed snow cover model SNOWPACK
meteorological datasets with dedicated measurements in the Swiss Alps to develop a new model
explore the processes governing on-glacier air temperatures and develop a global model
The aim of this project is to compare northern and southern hemispheres temperature histories over the past millennium using tree-ring anatomy data.
Hauptinhalt WSL Startseite Projekte Zurück Reconciling inter-hemispheric proxy-model
