In the past few days, a small Cessna aircraft carrying an experimental technology flew over the Senales Valley in South Tyrol between Vernago Lake and Grawand. Over the course of two flights, a sensor measured the heat exchange between snow and air. On the ground, along the same routes, eight teams led by Eurac Research experts measured snow depth with scaled rods and weighed the snow to determine its type. If analysis of the data collected proves the technology is reliable and the measurements match those taken on the ground, it could go on to be mounted on satellites. 

New satellite technology to monitor the thermal conductivity of snow 

A breath of snow

Multi-frequency SAR applications to the cryosphere

Assimilating Cosmic-Ray Neutron and Remote Sensing Data for Improved Water Resource Management

Alpine Drought Observatory

Development of algorithms for estimation and monitoring of hydrological parameters by using satellite data and drones

An interregional glacier monitoring system for the South Tyrol-Tyrol region

Improve the Science of Processes within the Cryosphere by Integrating Hydrological Modelling with Remote Sensing in a Multi-Level Data Fusion Approach - a Contribution to Cryosphere Monitoring in the EUREGIO Region

Ludovica De Gregorio

Projects

Project

CRIOSAR

Project

ACR_Water

Project

ADO

Project

ALGORITMI

Project

GLISTT

Project

CRYOMON- SciPro

Project

APRIL

MAGAZINE Science Stories that Inspire

A breath of snow

Ludovica De Gregorio

Projects

Project

CRIOSAR

Project

ACR_Water

Project

ADO

Project

ALGORITMI

Project

GLISTT

Project

CRYOMON- SciPro

Project

APRIL

MAGAZINE Science Stories that Inspire

A breath of snowself.__wrap_b(":Rjqldabjlm:",1)

A breath of snow