Automated Weather and Snow Data Retrieval in High-Elevation Sites

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Explore the advantages of automated stations for continuous weather and snow-related data retrieval in the Monte Rosa Massif, Western Italian Alps. This study presents key insights and comparisons related to snow water equivalents, erosion episodes, GNSS schematics, and more from the EGU General Assembly. Visual aids and references provided.

  • Automated Stations
  • Weather Data
  • Snow Data
  • Monte Rosa Massif
  • EGU Assembly

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  1. Exploring the advantages of automated stations to retrieve continuous weather and snow-related data in high-elevations sites (Monte Rosa massif Western Italian Alps) Mario Gallarate*1,2, Nicola Colombo3, Cristina Viani1, Enrico Gazzola4, Patrick Henkel5, Markus Lamm5, Michele Maiorano6, Michele Freppaz3, Marco Giardino1, Fiorella Acquaotta1 Additional Materials EGU General Assembly 1stMay 2025

  2. CRNS previous season and schematics EGU General Assembly 1stMay 2025

  3. CRNS comparison with previous season EGU General Assembly 1stMay 2025

  4. SWE model comparison at Garstelet Winkler, M., et al., 2021 - Snow water equivalents exclusively from snow depths and their temporal changes: the snow model, Hydrol. Earth Syst. Sci. EGU General Assembly 1stMay 2025

  5. Snow erosion episodes at Garstelet General Windrose Erosion Events Windrose EGU General Assembly 1stMay 2025

  6. GNSS schematics All pictures courtesy of ANavS GmbH References: Koch et al. 2014 (Sensors); Schmid et al., 2015 (GRL); Henkel et al., 2018 (IEEE TGRS); Koch et al., 2019 (WRR); Appel et al., 2019; Capelli et al., 2021 (TCD) EGU General Assembly 1stMay 2025

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