Summary
This study presents a detailed three-dimensional characterisation of the world's tallest measured tropical angiosperm tree (Shorea faguetiana, 94.1 m) using terrestrial laser scanning and remote sensing methods in Borneo's Danum Valley. The work contributes to understanding morphological and physiological limits to tree height in tropical forests through advanced geospatial measurement techniques.
Regional applicability
This study is conducted in Malaysian Borneo and addresses fundamental forest ecology relevant to tropical systems globally. The remote sensing methodology and findings on height limits in tropical angiosperms may inform tropical forest monitoring and carbon assessment protocols internationally, though direct applicability to United Kingdom forestry is limited given the temperate climate and species differences.
Key measures
Tree height (94.1 m), three-dimensional structural measurements via terrestrial laser scanning and airborne LIDAR
Outcomes reported
The study characterised the three-dimensional structure of a 94.1 m tall Shorea faguetiana tree in Danum Valley Conservation Area using terrestrial laser scanning and remote sensing methods. The work documents morphological limits to tree height in tropical angiosperms.
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