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Your search for Keyword "lidar."resulted in 36 records.

Title: Can We Estimate Precipitation Rate During Snowfall Using a Scanning Terrestrial Lidar?: Date: 2012; Authors: Edward H. Bair, Robert E. Davis, David C. Finnegan, Adam L. LeWinter, Ethan Guttmann, Jeff Dozier; Description: Accurate snowfall measurements in windy areas have proven difficult. To examine a new approach, we have installed an automatic scanning terrestrial Li...; Object ID: issw-2012-923-929.pdf; Keywords: precipitation, lidar, mass flux; View additional details about Can We Estimate Precipitation Rate During Snowfall Using a Scanning Terrestrial Lidar?

Title: Using Raw Lidar (Light Distancing and Ranging) Data to Identify Trimlines in Large Avalanche Paths: Date: 2010; Authors: Christopher M. McCollister, Robert H. Comey; Description: Raw LiDAR data was used to remotely sense trimline locations in large avalanche paths by determining the height of the young trees within the slidepat...; Object ID: ISSW_P-011.pdf; Keywords: trimlines, lidar, fusion, avalanche cycles; View additional details about Using Raw Lidar (Light Distancing and Ranging) Data to Identify Trimlines in Large Avalanche Paths

Title: Snowpack Depth Modelling and Water Availability from Lidar Measurements in Eastern Pyrenees: Date: 2009; Authors: Ignacio MORENO BAÃ‘OS, Antoni RUIZ GARCÃA, Jordi MARTURIÃ€ I ALAVEDRA, Pere OLLER I FIGUERAS, Jordi PIÃ‘A IGLESIAS, Carles GARCIA SELLÃ‰S, Pere MARTÃNEZ I FIGUERAS, JuliÃ TALAYA LÃ“PEZ; Description: In order to evaluate water reserves in mountain watersheds the Institut GeolÃ²gic de Catalunya (IGC) jointly with Institut CartogrÃ fic de Catalun...; Object ID: issw-2009-0202-0206.pdf; Keywords: snowpack depth, stepwise regression tree, lidar, geographic information systems (gis), pyrenees; View additional details about Snowpack Depth Modelling and Water Availability from Lidar Measurements in Eastern Pyrenees

Title: Using LIDAR (Light Distancing and Ranging) Data to More Accurately Describe Avalanche Terrain: Date: 2009; Authors: Christopher M. McCollister, Robert H. Comey; Description: Currently, 30 meter Digital Elevation Models (DEM) and 1 meter color Digital Ortho Quads (DOQ) are available for most of the United States. These read...; Object ID: issw-2009-0463-0467.pdf; Keywords: lidar, geographic information systems (gis), geographic information systems (gis); View additional details about Using LIDAR (Light Distancing and Ranging) Data to More Accurately Describe Avalanche Terrain

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

Title: Lidar Measurement of Snow Depth: Accuracy and Error Sources: Date: 2006; Authors: Jeffrey S. Deems , Thomas H. Painter; Description: Airborne laser altimetry (lidar) is a remote sensing technology that holds tremendous promise for mapping snow depth in snow hydrology and avalanche a...; Object ID: issw-2006-330-338.pdf; Keywords: lidar, snow depth, remote sensing, spatial variability; View additional details about Lidar Measurement of Snow Depth: Accuracy and Error Sources