Forestry surveys are important fundamental work to regularly and comprehensively grasp the status and dynamic changes of forest resources and ecological environment.
The traditional forest resource survey methods are mainly based on artificial field measurements, or Remote sensing image estimation and supplementary manual review. However, these methods have low efficiency, poor data objectivity, and the image can only obtain two-dimensional data of the forest.
One of the advantages of airborne LiDAR over other measurement tools is that the laser pulse's penetrating ability makes it suitable for detecting the ground covered by trees and measuring the shape of trees, such as the height of trees and the diameter of canopies.
Feiyan owns two sets of Riegl 1560i, which is world-leading airborne LiDAR. Through the use of Riegl 1560i laser scanners mounted in manned aircraft, full-waveform point cloud data acquisition is performed on forest areas. The Phase One industrial camera equipped with the scanner could acquire image data at the same time to facilitate the classification of point clouds later.
After the LiDAR data is obtained, the data can be post-processed only after data preprocessing. After the data preprocessing, there is a data checking software to conduct a preliminary check on the data results. The general data format check has the follo
Lidar (light detection and ranging) is an optical remote-sensing technique that uses laser light to densely sample the surface of the earth, producing highly accurate x,y,z measurements. Lidar, primarily used in airborne laser mapping applications, is eme
LIDAR (Light Detection and Ranging) technology and processing is used in a wide range of research and practical applications. With its ability to measure dimensions, distances, textures, and many other aspects of targeted subjects, LIDAR processing has be
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