A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Evaluation Technology of Urban Green Space with Remote Sensing
Based on high-precision urban information of buildings and vegetation retrieved from multi-spectral remote sensing and LiDAR, the two-dimensional and three-dimensional spatial distribution characteristics of urban buildings and vegetation are analyzed by moving window method. The urban building green environment index (BGEI) model is established based on the four indexes: vegetation coverage index (VCI), vegetation aggregation index (VAI), building coverage index (BCI) and building aggregation index (BAI). The adaptability of the model was validated in four functional areas (residential area, commercial area, cultural area and leisure area) to provide reference for the evaluation of urban green space based on remote sensing.
Evaluation Technology of Urban Green Space with Remote Sensing
Based on high-precision urban information of buildings and vegetation retrieved from multi-spectral remote sensing and LiDAR, the two-dimensional and three-dimensional spatial distribution characteristics of urban buildings and vegetation are analyzed by moving window method. The urban building green environment index (BGEI) model is established based on the four indexes: vegetation coverage index (VCI), vegetation aggregation index (VAI), building coverage index (BCI) and building aggregation index (BAI). The adaptability of the model was validated in four functional areas (residential area, commercial area, cultural area and leisure area) to provide reference for the evaluation of urban green space based on remote sensing.
Evaluation Technology of Urban Green Space with Remote Sensing
Meng, Qingyan (author)
Remote Sensing of Urban Green Space ; Chapter: 7 ; 207-237
2023-03-28
31 pages
Article/Chapter (Book)
Electronic Resource
English
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