3D scanner engineering services—forestry engineering

3D scanner engineering services forestry engineering 3D green volume, also known as greening 3D volume, refers to the space volume occupied by the stems and leaves of all growing plants. Three-dimensional green volume calculates the volume of stems and leaves to reveal the correlation between the three-dimensional green volume (or leaf area index) of plants and the level of plant ecological functions, thereby explaining the ecological functions and environmental benefits of the plants themselves, plant communities and even urban forests. .
The three-dimensional laser scanner is a means of collecting information. It uses three-dimensional laser scanning technology and performs three-dimensional laser data splicing processing through computers to extract factors such as diameter at breast height, tree height, volume and crown volume surface area, to form a survey based on the three-dimensional laser mapping system. tree technology system.
The forestry application of three-dimensional laser scanning technology has enriched the traditional data collection methods and tree measurement theory for basic exploratory research. The fast acquisition of three-dimensional spatial data and tree image data greatly improves the accuracy of collected information and reduces labor intensity.
Three-dimensional laser scanning technology can restore the three-dimensional model of trees on the computer, thereby providing more and more comprehensive measurement values, and providing a reliable data basis for studying tree trunks, crown shape, volume, biomass, etc., and thus Lay the foundation for dynamic monitoring of forest resources.
The application of three-dimensional laser scanning technology in forestry has strong practical significance. It provides a new method for obtaining forestry-related information and is a useful supplement to traditional geoscience survey methods.
Three-dimensional green amount as a greening indicator breaks through the limitations of the original two-dimensional greening indicator. It can also reflect the ecological benefit level of the entire city, describe the spatial structure of urban forests more comprehensively and accurately, and quantitatively study the relationship between urban forests and urban forests. Environmental correlation and analysis of the environmental benefits of greening and the total urban greening demand. Therefore, efficiently and accurately measuring the three-dimensional green amount of urban forests is of great significance to the evaluation of ecological environmental benefits of urban forests, the construction of urban forests, and the development of urban forest disciplines.