Field investigations of geometric discontinuity properties in rock masses are increasingly
using three-dimensional point cloud data. These point clouds sample the rock mass surface …

Key message The lack of efficient phenotyping capacities has been recognized as a
bottleneck in forestry phenotyping and breeding. Modern phenotyping technologies use …

Calibration and validation of aboveground biomass (AGB)(AGB) products retrieved from
satellite-borne sensors require accurate AGB estimates across hectare scales (1 to 100 ha) …

The ecological value of tropical forests in water conservation district has been of great
interest because of their rich vegetation types and higher biomass density than any other …

Studying individual trees is a common way that scientists employ to study forests and
estimate forest parameters. In this study, a graph-based approach was developed for …

This manuscript focuses on a quality assessment of DJI's new sensors: the Zenmuse L1 and
P1, which are LiDAR and photographic payload sensors, respectively, for UAVs/UASs. In …

Geometric characterization of discontinuity planes in rock masses is an essential practice in
rock engineering. Analysis of 3D point cloud data of exposed rock surfaces acquired by …

Biomass stored in young forests has enormous potential for the reduction of fossil fuel
consumption. However, to ensure long-term sustainability, the measurement accuracy of …

The accurate classification of single tree species in forests is important for assessing species
diversity and estimating forest productivity. However, few studies have explored the …

The techniques for conducting forest inventories have been established over centuries of
land management and conservation. In recent decades, however, compelling new tools and …