Institutes & CentersIstituto per l'osservazione della Terra - Criosfera di montagna - Projects - SNOWCOP

SNOWCOP

Sblocco del pieno potenziale dei dati e dell'infrastruttura di Copernicus per migliorare il monitoraggio dell'acqua di fusione nelle Ande

SNOWCOP è un progetto finanziato da EU Horizon Europe che mira a migliorare la quantificazione dell'acqua di fusione da neve e ghiaccio nelle Ande e non solo, sbloccando il pieno potenziale dei dati e dell'infrastruttura di Copernicus. Eurac Research è il coordinatore del progetto e fornisce competenze nel monitoraggio della criosfera montana e nell’EO cloud computing. L'obiettivo è integrare i dati di Copernicus nei modelli fisici e implementarli in un’infrastruttura cloud avanzata, come il Copernicus Data Space Ecosystem (CDSE), promuovendo un'innovazione senza precedenti nella gestione dell'acqua di fusione.

Contatto: Carlo Marin carlo.marin@eurac.edu

Project duration: October 2024 - September 2027
Project status:
Funding:
Horizon Europe (EU funding / Project)
Website: https://snowcop.eu/
Institute: Istituto per l'osservazione della Terra

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Geographical extent of the study area. The figure shows the extra-tropical Andes, spanning central Chile and Argentina from 27°S to 38°S. This region lies outside the tropics and covers an estimated area of 152,000 km².
Credit: Eurac Research | Valentina Premier

Glacier Runoff Studies

The figure shows the study area, the glacier on Volcán Azufre, captured in a false-color Sentinel-2 image acquired on January 5, 2023.

The observed discharge is compared with melt outputs from the Temperature Index (TI) and Enhanced Temperature Index (ETI) models. The latter shows a very good agreement with the discharge data.
Credit: Eurac Research | Riccardo Barella

Snow Water Equivalent (SWE) Dynamics.

This animation illustrates daily changes in SWE for the upper Mendoza River Basin (Argentina) from June 1 to November 1, 2022 (winter in the Southern Hemisphere). The SWE maps, produced at 50 m resolution, showcase the ability of our SWE reconstruction method to capture realistic snow patterns with high spatial and temporal accuracy. The results stem from a previous project funded by the Mountain Research Initiative under the GEO Mountains Small Grants 2023 framework.Video: Eurac Research | Valentina Premier

The picture shows our partners during a filed trip on 06.03.2024 for the mass balance monitoring of the glacier Agua Negra (Argentina), supported by meteorological station (AWS) Capayán
Credit: Pierre Pitte | All rights reserved

I nostri partner

Vlaamse Instellning Voor Technologisch Onderzoek N.V. - VITO

Mountain Research Initiative

Instituto Argentino de Nivología, Glaciología y Ciencias Ambientales - IANIGLA

Advanced Navigation Solutions - ANavS

Faculty of Physical and Mathematical Sciences, University of Chile

Project Team

Carlo Marin

Project Manager

Valentina Premier

Vice Manager

Riccardo Barella

Team Member

Scientific Advisory Board

Awards

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SNOWCOP