Your search for Keyword "andorra"resulted in 3 records.
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- Title: FIELD INTERVENTION AND CONTROL OF A GLIDE AVALANCHE IN AN URBAN ENVIRONMENT WITHOUT EXPLOSIVE RELEASE OPTIONS
- Date: 2026-09-28
- Authors: Sergi Riba Porras, Vicente Medina, Joan Albós, Carles García-Sellés
- Description: On 17 February 2026, a ~50 m long basal crack developed on a short snow-covered slope immediately above an urban sector of Pas de la Casa, Andorra. Th...
- Object ID: ISSW2026_P4.46.pdf
- Keywords: glide avalanche; hydraulic fragmentation; ramms; urban risk; avalanche mitigation; andorra
- View additional details about FIELD INTERVENTION AND CONTROL OF A GLIDE AVALANCHE IN AN URBAN ENVIRONMENT WITHOUT EXPLOSIVE RELEASE OPTIONS
- Title: Evaluation of 30 years of nivo-meteorological and avalanche data in Andorra
- Date: 2018-10-07
- Authors: Jon Apodaka, Marc Pons, Laura Trapero, Aina Margalef, Anna Albalat, Natalia Gallego, Juan Ignacio López-Moreno, Glòria Furdada
- Description: Andorra is located in the axial Pyrenees, in a climatic transition zone (Atlantic- Mediterranean). Hence, different atmospheric circulation types gene...
- Object ID: ISSW2018_P13.1.pdf
- Keywords: risk management, snow climate, ski resort, artificial triggering, avalanche, andorra
- View additional details about Evaluation of 30 years of nivo-meteorological and avalanche data in Andorra
- Title: Application of Multivariate Statistical Techniques for the Characterization of the Surface Circulation Patterns Related to Heavy Snowfalls in Andorra, Pyrenees
- Date: 2002
- Authors: Pere Esteban, Phillip D. Jones, Javier Martin-Vide, Montse Mases
- Description: Heavy precipitation in the form of snow over mountain regions can be a direct cause of avalanches. The characterization of the atmospheric situations ...
- Object ID: issw-2002-401-406.pdf
- Keywords: heavy snowfall events, principal component analysis and clustering, sea level pressure, circulation patterns, pyrenees, andorra, avalanche forecasting
- View additional details about Application of Multivariate Statistical Techniques for the Characterization of the Surface Circulation Patterns Related to Heavy Snowfalls in Andorra, Pyrenees
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