| Literature DB >> 31485497 |
Abstract
This article analyzed the improvement of a mechanism in relation to Korean disaster management, particularly of typhoons accompanied by floods. The analysis was done on the basis of own cultural background to ultimately mitigate disaster. By utilizing qualitative content analysis, both triangle- and quadrangle-style approaches have been compared via four factors, namely, national government's policies, business strategies, researchers' efforts, and volunteer activities. The article is valuable as a review of a mechanism of Korean disaster management which has been initially and comprehensively outlined. The key finding is that Korea has to change its current triangle-style approach to a quadrangle-style approach to reduce the impacts of typhoons accompanied by floods. In doing so, both challenges and alternatives or solutions have been identified for Korea.Entities:
Keywords: Environmental science; Hydrology; Natural hazards
Year: 2019 PMID: 31485497 PMCID: PMC6717143 DOI: 10.1016/j.heliyon.2019.e02181
Source DB: PubMed Journal: Heliyon ISSN: 2405-8440
Fig. 1The number of human loss caused by typhoons accompanied by flooding. Source: KMA, 2019.
Number of published articles on the mechanism of disaster management.
| Countries | Number of articles on disaster management (percentage) | Number of articles that partially describe the mechanism of disaster management (percentage) | Number of articles that focus on the mechanism of disaster management (percentage) |
|---|---|---|---|
| Korea - articles written in Korean on the website of KISS | 1,161 (100%) | 31 (2.67% = 31/1,161 × 100%) | 0 (0% = 0/1,161 × 100%) |
| U.S. - articles written in English on the website of EBSCOhost (ASC) | 28,345 (100%) | 12,521 (44.17% = 12,521/28,345 × 100%) | 573 (2.02% = 573/28,345 × 100%) |
| New Zealand - articles written in English on the website of EBSCOhost (ASC) | 146,772 (100%) | 41,228 (28.09% = 41,228/146,772 × 100%) | 3,758 (2.56% = 3,758/146,772 × 100%) |
| Fiji - articles written in English on the website of EBSCOhost (ASC) | 398 (100%) | 171 (42.97% = 171/398 × 100%) | 15 (3.77% = 15/398 × 100%) |
Note: KISS = Koreanstudies Information Service System.
Sources: EBSCO Industries, Inc. 2019; Korean Studies Information Co., Ltd. (2019).
Fig. 2Analytical frame.
Some numerical data on the triangle-style approach.
| Units | Numerical data |
|---|---|
| ① National government's policies | At the MOIS level, mainly civil engineers (more than 91% of 344 public servants) have been involved in managing typhoons accompanied by floods in 2018. About 67% of MOIS′ civil engineers could not understand the exact meaning of national response system at the end of 2018. |
| ② Business strategies | Before the development of the four great rivers in 2007, the ratio of flood damages was 3.6%:94.7%:1.7% among four great rivers, small rivers, and others. A major cause of sink hole in Korean mega cities is not related to the formation of soil to include limestone layers but to business corporations' poor subway construction (almost 92%). |
| ③ Researchers' efforts | The distribution of public R&D fund on civil engineering was 54.7% among various research areas in 2013–2017. Less than 5% of proceedings on the Korean Society of Civil Engineers' seminars in 2016–2017 were a sort of interdisciplinary research. |
| ④ Volunteer activities | Three out of the 10 major NGOs have currently provided disaster management training for volunteers, but it is mostly table-top training. The majority of NGOs have a limited budget, with an estimate of USD 200,000 per year. |
Sources: KDPA 2019; MOIS 2019.