Detailed studies of snow cover processes require models that offer a fine description of the
snow cover properties. The detailed snowpack model Crocus is such a scheme, and has …

The formation, growth, and destruction of surface hoar crystals is an important feature of
mountain snow covers as buried surface hoar layers are a frequent weak layer leading to …

Geophysical properties of snow are known to be sensitive to climate variability and are of
primary importance for hydrological and climatological process simulations. Numerous …

The evolution of the surface snow microstructure under the influence of wind during
precipitation events is hardly understood but crucial for polar and alpine snowpacks …

Grain shape is commonly understood as a morphological characteristic of snow that is
independent of the optical diameter (or specific surface area) influencing its physical …

We compute the resistance matrices of realistic 3‐D snow particle shapes obtained from
microcomputed tomography data of snowpack samples and a phase field model. Using …

We present results from a series of experiments in which fresh snow roughness was
measured by means of digital photography and analyzed using the random field approach …

The evolution of the surface snow microstructure under the influence of wind is hardly
understood but crucial for polar and alpine snowpacks. Available statistical models are …

На основе результатов исследования строения снежной толщи в 2530 шурфах (1979-
2017 гг.) в разных регионах России (о. Сахалин, Курильские острова, Забайкалье …

Caractériser les propriétés mécaniques de la neige est un défi majeur pour la prévision et la
prédétermination du risque d'avalanche. Du fait du grand nombre de types de neige et de la …