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http://dx.doi.org/10.7319/kogsis.2012.20.4.127

An Analysis of Fire Area in Jinju City Based on Fire Mobilization Time  

Koo, Seul (Dept. of Urban Engineering Gyeongsang National University)
Yoo, Hwan Hee (Dept. of Urban Engineering Gyeongsang National University)
Publication Information
Journal of Korean Society for Geospatial Information Science / v.20, no.4, 2012 , pp. 127-134 More about this Journal
Abstract
This study analyzed the present status of services by fire-suppression mobilization time of fire station where is located in Jinju city, by using network analysis of GIS targeting fire station(five 119 safety centers, one 119 division) in Jinju city area. As a result, it was indicated to be 15.9% in the ratio with less than 5 minutes of mobilization time, 34.7% in the ratio with less than 8 minutes, 94% in the ratio with less than 20 minutes out of the whole fire service area in Jinju city. Even districts with more than 20 minutes were analyzed to reach 6%. Especially, to solve vulnerability to approach the fire service in uptown districts(Jinseong, Jisu, Sabong, Ilbanseong, the whole area of Ibanseong), the 119 division is installed more to be operated. However, accessibility is still remaining in low level. Also, in case of 119 safety center of Cheonjeon, the national industrial complex and the general industrial complex are being formed on a large scale. However, analyzing the fire service level in the corresponding area, the districts with more than 8 minutes and less than 20 minutes were existing broadly. In consequence of analyzing the fire service area in Jinju city with the fire-suppression mobilization time as the above, the fire service level is failing to escape largely from the status prior to the urban-rural consolidation compared to what the jurisdictional area was largely expanded by which the administrative districts were integrated by the urban-rural consolidation in locally small-and medium-sized city. Thus, there is a need of a measure for improving this.
Keywords
Fire Station; 119 center; Network analysis; Fire suppression mobilization time; Analysis of fire service area;
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