Your search for Keyword "alpine3d"resulted in 3 records.
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- Title: Before machine learning: validating historical SNOWPACK simulations for avalanche hazard forecasting in Glacier National Park, B.C., Canada.
- Date: 2026-09-28
- Authors: Benjamin Imbach, Francis Meloche, Jean-Benoit Madore, Paul Billecocq, Francis Gauthier, Alexandre Langlois, Philippe Gachon
- Description: Accurate avalanche hazard forecasting depends on reliable snow and weather information, which is often unavailable in the complex mountainous terrain ...
- Object ID: ISSW2026_O2.3.pdf
- Keywords: avalanche forecasting, snowpack/alpine3d, model validation, weak layer identification, meteorological forcing data, glacier national park
- View additional details about Before machine learning: validating historical SNOWPACK simulations for avalanche hazard forecasting in Glacier National Park, B.C., Canada.
- Title: A MACHINE LEARNING SURROGATE FOR ALPINE3D SNOWPACK SIMULATION: PERSISTENCE-BASED EVALUATION AND A PATH TOWARD SNOWDRIFT
- Date: 2026-09-28
- Authors: Michael Brandon Hurd
- Description: Distributed snow-cover models such as Alpine3D and SNOWPACK provide spatially detailed information on snowpack evolution, surface energy balance, and ...
- Object ID: ISSW2026_P1.58.pdf
- Keywords: graph neural network, alpine3d, snowpack, snowpack modelling, avalanche forecasting, persistence baseline
- View additional details about A MACHINE LEARNING SURROGATE FOR ALPINE3D SNOWPACK SIMULATION: PERSISTENCE-BASED EVALUATION AND A PATH TOWARD SNOWDRIFT
- Title: Evaluating the Potential of Using Snowpack and Alpine3D Simulations in Three Canadian Mountain Climates
- Date: 2014-09-29
- Authors: Côté K., Jean-Benoit Madore, Alexandre Langlois
- Description: Each year, approximately 1.5 million avalanches potentially dangerous to humans occur in Canada; of which about 5% in areas accessible by mountain use...
- Object ID: ISSW14_paper_P1.06.pdf
- Keywords: avalanches, simulation, hazard, snowpack, alpine3d, canada
- View additional details about Evaluating the Potential of Using Snowpack and Alpine3D Simulations in Three Canadian Mountain Climates
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