We introduce the open-source GMF runout model com4FlowPy and its “back-tracking” functionality, which can be used for regional-scale modeling of forests with a direct object-protective function.
Assessing climate variability with a high resolution reanalysis over High Mountain Asia
A high-resolution, century-long reanalysis over High Mountain Asia has been generated using the Modèle Atmosphérique Régional (MAR) to investigate climate variability and long term trends.
Measurements and models of water and carbon dioxide fluxes in Alpine grasslands: the Nivolet Observatory at the Gran Paradiso National Park, Italy
The main results of the long-term monitoring programme of water and carbon dioxide fluxes ongoing in a high-altitude grassland in the Western Italian Alps will be presented.
Simulating CH4 concentrations over the Alps with WRF-GHG: Validation Against TROPOMI Observations and Ground-based Measurements
Increasing atmospheric methane pose a climate challenge. We perform WRF-Chem simulations over the Alpine region analyzing CH₄ transport and validate against TROPOMI and ICOS data to improve monitoring
Incorporating snow persistency data into a hydrological modelling framework
Spatial distribution of SWE estimated by a semi-distributed hydrological model using multi-source high-resolution daily SCA data and topographic parameters
Assessing the wind hazard of mountain forests through high-resolution remote sensed and climate future projections: a pilot study in the Italian Alps
The study uses high resolution LiDAR data and climate scenarios to assess the hazard of forest wind disturbances in the Cordevole catchment, Italy. Scenarios are performed for past and future climate.
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.
Producing emergent snowcover behaviours using re-analysis forcing data
the multiscale Canadian Hydrological Model (CHM) is driven with ERA5-land (global) and the Canadian Surface reanalysis (CaSR; North America) reanalysis at a snowdrift permœitting resolution
Moist convection and tracer transport in the Third Pole region
The Third Pole plays a critical role in transporting and redistributing water vapour into the upper troposphere and lower stratosphere. With km-scale simulations process understanding is improved.
Assessment of climatic drivers for winter wildfire risk in northern Italy
In the contest of climate change the main drivers that influence the wildfire risk during the winter fire season in norther Italy were investigated.