Multi-modal close-range laser scanning individual tree point clouds for tree age prediction (n = 339) at the Evo test site (May-June 2023)

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Multi-modal close-range laser scanning individual tree point clouds for tree age prediction (n = 339) at the Evo test site (May-June 2023)

Description

Close-range terrestrial and airborne laser scanning point clouds extracted for individual trees (n = 339) along with increment borer-derived observations of tree age at the breast height. The data was acquired from the Evo test site during May-June 2023 using a Leica RTC360 terrestrial laser scanner and a helicopter-borne three-sensor ALS system at a low altitude for dense point cloud data acquisition.
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Year of publication

2025

Authors

University of Eastern Finland

Metsätieteiden osasto - Creator, Publisher

Other information

Fields of science

Forestry

Open access

Open

License

Creative Commons Attribution 4.0 International (CC BY 4.0)

Keywords

terrestrial laser scanning, helicopter-borne laser scanning, individual tree point clouds, scan4est
Multi-modal close-range laser scanning individual tree point clouds for tree age prediction (n = 339) at the Evo test site (May-June 2023) - Research.fi