Reclamation project is very efficient development plan which saves the sea to create new land in case of Republic of Korea where the population density is high and urbanization is still in progress. However, reclamation project is necessary to be managed consistently because to install the artificial structures in natural terrain may cause the environmental change. Thus, in this study, we suggested the remote sensing method as the efficient management plan about large-scale reclamation project and derived quantitative environmental change based on this method.
Abstract. The function of the space and spatial-boundary like a surface of the biotop can define in spatial unit with the potential of format to approach a current templet by the means of land use and using pattern or plants and animals populations. However, in some cases it is indicated the location of the base class and the other details of endpoints to identify a relationship between the geographical limits of the final result of biotop. This research was analyzed LST (Land Surface Temperature) with the each index value, for example, structural aspect (area, shape, height, slope), natural aspect (ratio of green coverage, vegetation layered structure, vegetation diversity, ratio of porous pavement, intensity analysis, formation period), environmental aspect (separation distance with road, accessibility with water resource). Also, it was analyzed the effect of index value by grasping index value and space between the LST.
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