Yosemite Rim Fire lidar 2013
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DOI: https://doi.org/10.5069/G9V69GJ4
OT Collection ID: OT.022017.26910.2
OT Collection Name: Yosemite Rim Fire lidar 2013
Short Name: CA13_Ramirez, CA13_Ramirez_SF
Collection Platform: Airborne Lidar
OT Collection ID: OT.022017.26910.2
OT Collection Name: Yosemite Rim Fire lidar 2013
Short Name: CA13_Ramirez, CA13_Ramirez_SF
Collection Platform: Airborne Lidar
Download and Access Products:
| Point Cloud (Main) | Bulk Download | opentopoID: OTLAS.022017.26910.2 | |
| Point Cloud (Smithsonian) | Bulk Download | opentopoID: OTLAS.022017.26910.3 | |
| Raster (Main) | Bulk Download | opentopoID: OTSDEM.022017.26910.2 | |
| Raster (Smithsonian) | Bulk Download | opentopoID: OTSDEM.022017.26910.3 |
Collection Overview:
The Rim Fire started on August 17, 2013 in a remote area of the Stanislaus National Forest near the confluence of the Clavey and Tuolumne Rivers about 20 miles east of Sonora, California. The Rim Fire burned 257,314 acres, including 154,530 acres of National Forest System (NFS) lands, becoming the third largest wildfire in California history. - Stanislaus National Forest
The requested survey area consisted of a single irregular polygon of approximately 1500 km2, located west of Yosemite Valley in California. The polygon covered the Yosemite Rim fire that occurred in fall 2013. Two flight strips were flown with full waveform data collection. A smaller polygon (Smithsonian forest plot) north of Crane Flat Fire lookout, within the larger area, was collected at a higher point density and full waveform.
Dataset Acknowledgement: Stavros, E.N., T. Zachary, V. Kane, S. Veraverbeke, R. McGaughey, J. Lutz, C. Ramirez, & D.S. Schimel (2016) Unprecedented remote sensing data over the King and Rim Megafires in the Sierra Nevada Mountains of California. Ecology.
Bob McGaughey with the US Forest Service processed point cloud information and ran the data fusion software. Johnathan Kane was responsible for quality control. Acquisition funding was provided by Dr. Van Kane with the University of Washington and Dr. James Lutz with Utah State University.
Funding for the acquisition of the Lidar datawas provided by the National Park Service, Fire and Aviation Management Branch, Fuels and Ecology Program (Interagency Agreement F8803100015) and the U.S. Geological Survey Terrestrial, Freshwater, and Marine Ecosystems Program. Any use of trade, product, or firm names is for descriptive purposes only and does not imply endorsement by the US Government.
Dataset Citation: Yosemite Rim Fire lidar 2013. Distributed by OpenTopography. https://doi.org/10.5069/G9V69GJ4 . Accessed: 2024-12-21 Copied to Clipboard
Use License: CC BY 4.0
Dataset Keywords: yosemite, forest fire, wildfire, national park, Stanislaus National Forest, lidar,burnpro3d
Survey Date: 11/06/2013 - 11/24/2013
Publication Date: 03/06/2017
The Rim Fire started on August 17, 2013 in a remote area of the Stanislaus National Forest near the confluence of the Clavey and Tuolumne Rivers about 20 miles east of Sonora, California. The Rim Fire burned 257,314 acres, including 154,530 acres of National Forest System (NFS) lands, becoming the third largest wildfire in California history. - Stanislaus National ForestThe requested survey area consisted of a single irregular polygon of approximately 1500 km2, located west of Yosemite Valley in California. The polygon covered the Yosemite Rim fire that occurred in fall 2013. Two flight strips were flown with full waveform data collection. A smaller polygon (Smithsonian forest plot) north of Crane Flat Fire lookout, within the larger area, was collected at a higher point density and full waveform.
Publications associated with this dataset can be found at NCALM's Data Tracking Center
Dataset Acknowledgement: Stavros, E.N., T. Zachary, V. Kane, S. Veraverbeke, R. McGaughey, J. Lutz, C. Ramirez, & D.S. Schimel (2016) Unprecedented remote sensing data over the King and Rim Megafires in the Sierra Nevada Mountains of California. Ecology.
Bob McGaughey with the US Forest Service processed point cloud information and ran the data fusion software. Johnathan Kane was responsible for quality control. Acquisition funding was provided by Dr. Van Kane with the University of Washington and Dr. James Lutz with Utah State University.
Funding for the acquisition of the Lidar datawas provided by the National Park Service, Fire and Aviation Management Branch, Fuels and Ecology Program (Interagency Agreement F8803100015) and the U.S. Geological Survey Terrestrial, Freshwater, and Marine Ecosystems Program. Any use of trade, product, or firm names is for descriptive purposes only and does not imply endorsement by the US Government.
Dataset Citation: Yosemite Rim Fire lidar 2013. Distributed by OpenTopography. https://doi.org/10.5069/G9V69GJ4 . Accessed: 2024-12-21 Copied to Clipboard
Use License: CC BY 4.0
Dataset Keywords: yosemite, forest fire, wildfire, national park, Stanislaus National Forest, lidar,burnpro3d
Survey Date: 11/06/2013 - 11/24/2013
Publication Date: 03/06/2017
Data Provider and Roles:
Partner Collector
Partner Collector
Total number of points:
CA13_Ramirez: 27,579,822,913 pts
CA13_Ramirez_SF: 77,891,514 pts
Area: 1,654.34 km2
Point Density:
CA13_Ramirez: 16.67 pts/m2
CA13_Ramirez_SF: 53.35 pts/m2
Classifications:
Raster Resolution: 1 meter
Coordinate System:
Horizontal: NAD83 (2010) / UTM Zone 10N Meters [EPSG: 26910]
Vertical: NAVD88 (GEOID 12A)
Units: meter
Survey Report: Reports
LAS Validation Data Report:
CA13_Ramirez.html
CA13_Ramirez_SF.html
CA13_Ramirez: 27,579,822,913 pts
CA13_Ramirez_SF: 77,891,514 pts
Area: 1,654.34 km2
Point Density:
CA13_Ramirez: 16.67 pts/m2
CA13_Ramirez_SF: 53.35 pts/m2
Classifications:
| CA13_Ramirez | CA13_Ramirez_SF | ||
| Class 1 - Unclassified | 10,591,057 | 0 | |
| Class 2 - Ground | 13,478,890,050 | 22,278,054 | |
| Class 3 - Low Vegetation | 11,276,554 | 0 | |
| Class 4 - Medium Vegetation | 14,077,005,964 | 55,613,415 | |
| Class 7 - Low Point (low noise) | 2,774 | 0 | |
| Class 8 - Model Key/Reserved | 5 | 0 | |
| Class 9 - Water | 2,055,933 | 45 | |
| Class 13 - Wire - Guard | 142 | 0 | |
| Class 16 - Wire-Structure Connector | 142 | 0 | |
| Class 20 - Reserved | 4 | 0 | |
| Class 23 - Reserved | 141 | 0 | |
| Class 26 - Reserved | 5 | 0 | |
| Class 27 - Reserved | 142 | 0 |
Raster Resolution: 1 meter
Coordinate System:
Horizontal: NAD83 (2010) / UTM Zone 10N Meters [EPSG: 26910]
Vertical: NAVD88 (GEOID 12A)
Units: meter
Survey Report: Reports
LAS Validation Data Report:
CA13_Ramirez.html
CA13_Ramirez_SF.html
Tile index in shapefile format:
CA13_Ramirez
CA13_Ramirez_SF
Dataset Extent in GeoJSON format:
Point Cloud: CA13_Ramirez.geojson
Point Cloud: CA13_Ramirez_SF.geojson
Raster: CA13_Ramirez.geojson
Raster: CA13_Ramirez_SF.geojson
Dataset Spatial Bounds: North: 38.1089409018931° South: 37.6907298031548° East: -119.622117419635° West: -120.293014530182°
CA13_Ramirez
CA13_Ramirez_SF
Dataset Extent in GeoJSON format:
Point Cloud: CA13_Ramirez.geojson
Point Cloud: CA13_Ramirez_SF.geojson
Raster: CA13_Ramirez.geojson
Raster: CA13_Ramirez_SF.geojson
Dataset Spatial Bounds: North: 38.1089409018931° South: 37.6907298031548° East: -119.622117419635° West: -120.293014530182°
CA13_Ramirez_SF CA13_Ramirez