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Airborne Laser Scanning for Large-Scale Forest Carbon Quantification: A Comparison of LiDAR Single-Tree and Field- Based Methods

Journal :

Remote Sensing, 18(4), 547

Authors:

Mark Corrao, Logan Wimme, Josh Butler, Joel Glaze, Greg Latta and Danika Trierweiler

Airborne Laser Scanning for Large-Scale Forest Carbon Quantification: A Comparison of LiDAR Single-Tree and Field- Based Methods

Corrao, M., Wimme, L., Butler, J., Glaze, J., Latta, G., & Trierweiler, D. (2026). Airborne Laser Scanning for Large-Scale Forest Carbon Quantification: A Comparison of LiDAR Single-Tree and Field-Based Methods. Remote Sensing, 18(4), 547. https://doi.org/10.3390/rs18040547

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Journal:

Remote Sensing of Environment, 331, 115007

Predicting fire-induced individual tree mortality at the landscape level using fire intensity and airborne laser scanning data

Comparison of Field Sampling- and Airborne Laser Scanning-Derived Stand-Level Inventories in a Mixed Conifer Forest and Volume Validation Using Log Scaling Data

Journal:

Remote Sens, 17, 1761

Airborne Laser Scanning for Large-Scale Forest Carbon Quantification: A Comparison of LiDAR Single-Tree and Field- Based Methods

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