LiDAR technology has been proven to be an effective remote sensing technique for forest
inventory and management. Among existing remote sensing platforms, unmanned aerial …

LiDAR data acquired by various platforms provide unprecedented data for forest inventory
and management. Among its applications, individual tree detection and segmentation are …

Urban forests play an important role in urban ecosystems. They can not only beautify the
urban environment but also help protect biodiversity and maintain ecological balance …

The dehesa ecosystem is severely affected by root rot decline caused by the soilborne
pathogenic oomycetes of the genus Phytophthora. Defoliation map** is particularly …

Agrosystems have different canopy strata due to shade trees that serve as available habitats
for endangered species such as birds, reptiles, and mammals. LiDAR is a technology used …

Accurate measurement of forest growing stock is a prerequisite for implementing climate-
smart forestry strategies. This study deals with the use of airborne laser scanning data to …

Precise tree inventory plays a critical role in sustainable forest planting, restoration, and
management. LiDAR-based individual tree detection algorithms often focus on finding …

Many planted Pinus forests are severely affected by defoliation and mortality processes
caused by pests and droughts. The map** of forest tree crown variables (eg, leaf area …

Trees are an important component of our ecosystem and play a crucial role in maintaining
environmental quality. They are also essential for maintaining the aesthetic beauty of a …

Trees are an important component of our ecosystem and play a crucial role in maintaining
environmental quality. They are also essential for maintaining the aesthetic beauty of a …