Software evaluation demonstrates automated extraction of 3D architectural traits across diverse forest conditions, highlighting new capabilities for structural tree analysis.
1 Abstract The architecture of trees is significantly influenced by their interactions, directly affecting their functioning and structural development. Different tree architectural indicators (TAT) have evolved, including these interactions’ measurements. Recent advances in Terrestrial Laser Scanning data collection make measuring the three-dimensional characteristics of trees more more efficient. The R package TreeArchTraits facilitates the processing of three-dimensional tree characteristics obtained through Terrestrial Laser Scanning, enabling the computation of various indices. A set of trees belonging to different forest conditions was used to demonstrate the TreeArchTraits potential for characterizing tree architectures.
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Puletti et al. (2023) studied this question.
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