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http://dx.doi.org/10.15683/kosdi.2017.06.30.163

Regional snows scenario for the support systems Analysis  

Kim, Heejae (Department of Urban Planning, Kangnam University)
Oak, Youngsuk (Disaster Management Research Center)
Kim, Geunyoung (Department of Urban Planning, Kangnam University)
Publication Information
Journal of the Society of Disaster Information / v.13, no.2, 2017 , pp. 163-172 More about this Journal
Abstract
Because of abnormal weather, a heavy snow on the Northern latitudes occurs frequently. This has resulted in significant damage and recovery costs. In korea, it has been declared a special disaster area due to heavy snowfall in Gangneung and Pohang 2004, 2005 and 2011, so there was a revision of action instruction for the road snow removal. Although, in our current system, snow removing methodology, regional equipment holdings, and snow responsible interval, respectively, has been classified by the National Highway, near cities and provinces support system not yet prepared. Only, if snow removing is not possible within the region itself, which contained the contents of "support and assistance to military or nearby offices requests". In this thesis, we studied the disaster scenario development according to heavy snow and the response and support system to the features of each regional. For the scenario deduction, we preferentially collected day snowfall and disaster yearbook data to regionals, classified similar pattern and plotted GIS snow map. We also classified heavy snow disaster by region and type and we deduced five-step scenario. The five-step scenario is nationwide(1st-stage), the National Capital region(2nd-stage), the Chungcheong Provinces(3rd-stage), the Kangwon province(4th-stage) and the Ch?l a provinces(5th-stage). Therefore we build near provinces support system according to five-step scenario.
Keywords
Snow Removal Support System; Regional snow scenario; GIS snow map;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
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1 Boselly, S. E. et al.(1993), Road Weather Information Systems Vol. 1 Research Report Strategic Highway Research Program.
2 California Fertilizer Association(1985), Western Fertilizer Handbook Dansville, Illinois, The Interstate Printers and Publishers. Inc.
3 City of Gary(2015), Emergency snow and Ice Control Plan
4 Health Canada(1996), Guidelines for Canadian Drinking Water Quality 6th Edition Ministry of Supply &Services Canada, Ottawa, Ontario.
5 Kim, J.H. (2001), Winter disasters and measures 2001, KSCE Journal of Civil Engineering, 49(4): 42-44.
6 Korea Expressway Corporation(1994), Korea Tour of Canada for Pavement Surface Deterioration Analyser and Canadian Snow Removing Practice.
7 Ministry of Construction and Transportation(2001), Construction Traffic Disaster and Safety Manual.
8 Ministry of Public Safety and Security (2016), Disaster Prevention and Countermeasures Control Center Internal data.
9 Minsk, L. D. Minsk(1998), Snow and Ice Control Manual for Transportation Facilities McGraw-Hill.
10 Park, C.H (2001), Problems and improvement plan of road snow removal, KSCE Journal of Civil Engineering, 49(4): 45-51.
11 Yoon, S.H, Park. K.H, Kim, G.Y(2015) An Analysis of Potential Danger Factors by the Characteristics of Heavy Snow - Focused 11 Cities and Guns in Chungcheongbuk-do , Journal of Korea Society of Disaster Information. 11(1): 23-34   DOI