Your search for Keyword "potential release areas"resulted in 3 records.
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- Title: WHICH BUILDINGS ARE AT RISK? MEET ALARM: AN AUTOMATED WORKFLOW LINKING AVALANCHE RUNOUT MODELLING TO BUILDING RISK ASSESSMENT FOR EMERGENCY MANAGEMENT IN NORWAY
- Date: 2026-09-28
- Authors: Leonie Kommerell, Håvard Boutera Toft, Gustav Pless, Karin Bergbjørn
- Description: During periods of high/extreme avalanche hazard, decision makers need to identify which buildings may be exposed and where field assessments or evacua...
- Object ID: ISSW2026_O5.2.pdf
- Keywords: avalanche exposure, emergency management, potential release areas, runout modelling, decision support, building prioritization
- View additional details about WHICH BUILDINGS ARE AT RISK? MEET ALARM: AN AUTOMATED WORKFLOW LINKING AVALANCHE RUNOUT MODELLING TO BUILDING RISK ASSESSMENT FOR EMERGENCY MANAGEMENT IN NORWAY
- Title: A NEW OPERATIONAL APPROACH FOR THE DAILY ASSESSMENT OF POTENTIAL AVALANCHE DANGER
- Date: 2024-09-23
- Authors: Alberto Mariani, Luca Dellarole, Giacomo Villa, Jacopo Borsotti, Fabiano Monti
- Description: Over the past 20 years, the need to identify the spatial distribution of avalanche-prone
areas, crucial for evaluating the avalanche risk, has led to...
- Object ID: ISSW2024_P1.8.pdf
- Keywords: avalanche hazard indication maps, potential release areas, snowpack stability, avalanche forecasting
- View additional details about A NEW OPERATIONAL APPROACH FOR THE DAILY ASSESSMENT OF POTENTIAL AVALANCHE DANGER
- Title: Using High Resolution LiDAR Data to Estimate Potential Avalanche Release Areas on the Example of Polish Mountain Regions
- Date: 2009
- Authors: Pawel Chrustek, Piotr Wezyk
- Description: Mountains in Poland (with height over 500 m a.s.l.) cover only 3,1% of the total country area so avalanches are a less serious problem than in e.g. al...
- Object ID: issw-2009-0495-0499.pdf
- Keywords: snow avalanche, potential release areas, geographic information systems (gis), lidar, als data, avalanche mapping
- View additional details about Using High Resolution LiDAR Data to Estimate Potential Avalanche Release Areas on the Example of Polish Mountain Regions
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