Production of digital terrain models, 3D models, and orthophotos in mountainous areas for environmental monitoring

Use of satellite radar data with Advanced InSAR Techniques and digital image correlation applied to optical, satellite, or drone images for monitoring and reconstructing ground displacement

Use of satellite data and machine learning algorithms to monitor avalanche activity, snow depth, and the presence of wet snow

Use of satellite data and machine learning algorithms to monitor and reconstruct avalanche activity

Project developed under the ESA-promoted ARTES 4.0 Business applications, which provides different services through the use of satellite data, GNSS technology, and snow-meteorological data for

PROJECT: maps and graphs creation of snow depth on the ground and of Snow Water Equivalent (SWE) to assess water availability; CLIENT: ARPA Veneto STAKEHOLDERS:

The result of collaboration between the Lombardy Region and the Canton of Grisons to jointly address, through a new governance strategy, the effects of climate

Processing of raster maps of snow depth on the ground, which allow the assessment of water availability and the calculation of the snow water equivalent

Creation of a platform to support monitoring and avalanche safety management activities for the Technical Operations Unit in Lombardy

Drafting of the Avalanche Risk Management Plan

Creation of a system for storing snow accumulated during the winter season and covering it with geothermal sheets

In-depth analysis of avalanche issues affecting provincial road SP335

Development of the Avalanche Interference Plan (PIV) for the area on which Rifugio Branca is built

Platform for managing avalanche risk alerts

Development of a demonstrator, that is, an interface that provides weather and climate forecasts and tools for snow management

Avalanche safety management in Livigno

Elaboration of the zoning plan for areas exposed to avalanches