The rate of urbanization is increasing, and solutions to the pollution issue are desperately
needed. Urban street trees are an essential factor in improving the environmental quality of …

As an important part of urban greening, the canopy of street trees has ecological benefits,
such as oxygen production, noise reduction, and dust reduction. The living vegetation …

The living vegetation volume (LVV) can accurately describe the spatial structure of greening
trees and quantitatively represent the relationship between this greening and its …

Currently, three-dimensional (3D) point clouds are widely used in the field of remote sensing
and mapping, including the measurement of living vegetation volume (LVV) in cities …

Roadside trees are an important component of the urban ecosystem, and extracting their
location based on a point cloud obtained through mobile laser scanning (MLS) is essential …

Living vegetation volume (LVV) can objectively and accurately reflect the urban greenery
quality, and provide a reliable data foundation for the quantitative study aiming to reveal the …

A method for Living Vegetation Volume (LVV) calculation based on laser-scanned point
cloud data was proposed, by taking into consideration the differences of leaf density and …

Street trees can benefit urban spaces, and the characterization of them is a basis for
evaluating their functions and proper management. In this paper, we speculate that Street …

Urban green spaces play a crucial role in maintaining urban ecosystem sustainability by
providing numerous ecosystem services. How to quantify and evaluate the ecological …

Urban trees provide multiple ecosystem services (ES) to city residents and are used as
environmentally friendly solutions to ameliorate problems in cities worldwide. Effective urban …