Scenario building and runout modelling for debris flow hazards in pro-/periglacial catchments with scarce past event data: application of a multi-methods approach for …
MD Fischer, MB Kummert, R Aeschbacher, C Graf… - 2023 - boris.unibe.ch
In high mountain areas, the disposition (susceptibility of occurrence) for debris flows is
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …
Scenario building and runout modelling for debris flow hazards in pro-/periglacial catchments with scarce past event data: application of a multi-methods approach for …
M Fischer, M Kummert, R Aeschbacher… - …, 2023 - egusphere.copernicus.org
In high mountain areas, the disposition (susceptibility of occurrence) for debris flows is
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …
[PDF][PDF] Scenario building and runout modelling for debris flow hazards in pro-/periglacial catchments with scarce past event data: application of a multi-methods …
M Fischer, M Kummert, R Aeschbacher, C Graf… - researchgate.net
In high mountain areas, the disposition (susceptibility of occurrence) for debris flows is
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …
increasing in steep terrain, as–due to climate change–rapid glacier retreat and permafrost …