Co-Investigator(Kenkyū-buntansha) |
MARUYAMA Yuji CADIX Inc. Oita R&D, Head (Researcher), 大分R&D, 所長(研究者)
KOBAYASHI Yuji Oita University, Dept. of Faculty of Engineering, Research Associate, 大学院・人間環境学研究院, 助手 (20305030)
ARIMA Takafumi Graduate School of Kyushu University, Associate Professor, 大学院・人間環境学研究院, 助教授 (00232067)
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Research Abstract |
The purpose of this study is to clarify that the city's activities and the social environmental factor exerts the influence on the green space environment, and establish the evaluation of green environment. In the analysis, I use the Landsat TM Data and National Spatial Infrastructure. Generally, the analysis method that the geographical feature condition is taken into account was not adopted in the old way of the Remote Sensing Technology. I adopted the three-dimensional analysis, because I thought that it is important to evaluate the green coverage by the three-dimensional condition. This method is the evaluation method in order to correct the two-dimensional analysis. The city's activities signify the state and change of the social environmental factors which are effected by the living function, the commercial function, the productive, agricultural function and the infrastructure which are important and indispensable to function as a city. Firstly, I established the grasping method of green space distribution characteristics, and applied to object area. And I led the characteristics measuring area of green space, and made sure of the effectiveness of this method. Secondly, I made clear the change factor of the green area, and classified the green distribution area by each characteristic. As a result of these analyses, I grasped that the green area had been changed by the characteristics of the green itself. And I could understand that this analysis is an effective method to classify the green distribution. Thirdly, I lead and applied the Built-up Area Influence Model by Spatial Interaction Model. This method is to grasp the influence region from built-up area. Finally, I developed evaluation system for green environment, and applied this system to object cities.
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