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snippet: To identify, map, and visualize the distribution of large trees (>36" imputed DBH) within the Lake Tahoe Basin using LiDAR-derived tree crown delineations. The dataset supports forest health monitoring, wildlife habitat analysis, and climate resilience assessments across jurisdictional boundaries.
summary: To identify, map, and visualize the distribution of large trees (>36" imputed DBH) within the Lake Tahoe Basin using LiDAR-derived tree crown delineations. The dataset supports forest health monitoring, wildlife habitat analysis, and climate resilience assessments across jurisdictional boundaries.
accessInformation: U.S. Forest Service Remote Sensing Laboratory, Sacramento, CA LiDAR source: 2010 USGS QL1 LiDAR (Lake Tahoe Basin)
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maxScale: 5000
typeKeywords: []
description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>This dataset represents Tree Approximate Objects (TAOs) derived from 2010 QL1-grade USGS LiDAR for the Lake Tahoe Basin. The U.S. Forest Service Remote Sensing Laboratory (USFS RSL) processed the LiDAR point cloud to delineate individual tree crowns and estimate associated attributes, including imputed diameter at breast height (DBH). The imputation model estimates DBH values up to a maximum of 48 inches; however, some individual trees in the Basin may exceed this size. The dataset displayed here includes only trees with a model-imputed DBH greater than 36 inches, representing large-diameter trees in the Lake Tahoe Basin.</SPAN></P></DIV></DIV></DIV>
licenseInfo: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>These data are provided for visualization and analysis purposes only. DBH values are model-imputed and not field-measured; accuracy varies by forest type and crown delineation. Users should verify suitability for their specific applications.</SPAN></P></DIV></DIV></DIV>
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title: Tree Approximate Objects Tahoe Basin 2010
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tags: ["LiDAR","Tree Approximate Objects","TAO","Tree Crown","Forest Structure","DBH","Lake Tahoe Basin","USFS Remote Sensing Lab","Forest Health","Large Trees","Old Growth","QL1 LiDAR"]
culture: en-US
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minScale: 150000000
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