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A Study on Construction and Utilization Plan of Underground Spatial Information DB for Earthquake Disaster Prevention  

Kim, Soogyeom (Pusan National University Department of Civil Engineering)
Jang, Yonggu (Korea Institute of Construction Technology)
Kim, Changkyu (Pusan National University Department of Civil Engineering)
Kang, Injoon (Pusan National University Department of Civil Engineering)
Publication Information
Journal of the Korean GEO-environmental Society / v.14, no.9, 2013 , pp. 49-56 More about this Journal
Abstract
Looking at the changes in the earthquake of 33 years of South Korea, earthquake in the magnitude of 3.0 or stronger have been conducted about nine times a year on average, and the epicenter of the earthquake is moving towards the inland from the coast. As the possibility of earthquakes increase, it is time to require utilization of underground space integrated information for earthquake disaster prevention. But, now the data related to the characterization of the ground and geology in the areas weak against earthquakes is insufficient, so we need to collect new geology and the ground survey data on nationwide scale and have to establish earthquake disaster prevention plans through the joint use of the existing underground space information. In this study, we determined the scope of construction of underground space DB information that is needed for earthquake disaster prevention, presented the construction plan of DB static and dynamic information of underground space. It also suggested the utilization of underground space scheme information for built earthquake disaster prevention. The underground space information for earthquake disaster prevention that was built through determining the scope and constructing, planning the utilization of underground space information is supposed to used as DB of the integrated management system of underground space and steep slopes information for steep slopes and earthquake prevention by Emergency Management Agency.
Keywords
Earthquake disaster prevention; Underground space information; Static DB; Dynamic DB; National emergency management;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
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