Abstract The LiDAR-derived Canopy height model (CHM), due to its wide applications in
forestry, is important for foresters. Before a CHM can be considered a valuable, objective …

This study investigated the effects of forest type, leaf area index (LAI), canopy cover (CC),
tree density (TD), and the coefficient of variation of tree height (CVTH) on the accuracy of …

Airborne laser scanning (ALS) can be utilised to derive canopy height models (CHMs) for
individual tree crown (ITC) delineation. In the case of forest areas subject to defoliation and …

Wildfires represent one of the major ecological disasters with significant repercussions for
terrestrial ecosystems (loss of biodiversity, material damages, erosion, etc). Using LiDAR …

Monitoring the growth of trees, plants, and crops is an important work in precision
agriculture. Tree canopy geometric characteristics are related to tree growth and …

As an emerging powerful tool for forest resource surveys, the unmanned aerial vehicle
(UAV)-based light detection and ranging (LiDAR) sensors provide an efficient way to detect …

Forests play a major role in climate change through their unique nature of carbon
sequestration which regulates the global temperatures. They possess high biological …

The objective of this work was to evaluate the application of airborne laser scanning (ALS) to
a large-scale eucalyptus stand inventory by the method of individual trees, as well as to …

Tree height estimation is fundamental in forestry inventory especially in the computation of
biomass. Traditional methods for tree height estimation are not cost effective because of …

A long term monitoring data of the dynamics changes on tree growth in Ulu Sat Forest
Reserve, Kelantan was analysed. The growth plot was established in 1997 with status of …