• Ocean and Polar Research
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• 제33권4호
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• pp.473-483
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• 2011

In the recent WTO/DDA negotiations, discussions are progressing to forbid fishery subsidies which have negative effect on the natural environment and the fishery resources and to lower or to eliminate the tariff/non-tariff barriers that distort trade liberalization. As a result, linking to the weak structural environment of Korea's fishing villages; such a scheme has jeopardized the livelihood of fishermen who settle down in local fishing harbors. Against this backdrop, the government is attempting to positively respond to changes in the fishing environment in a number of different ways: promotion of fishing tourism, fishing harbor reinforcement in function, developing fishing villages, and harbors. With respect to investment by priority in fishing harbor development, it is very important to appropriately select investment targets based on objective criteria. A small number of harbors are chosen and investment plans by harbor are systematically devised, economic feasibility and the effects of investment are analyzed and reviewed in relation to each target harbor. This paper is designed to review and assess objective evaluation methods and the degree of importance for the designation of target harbors, dealing with local harbors in Chung Nam Do as a model. Each local government has tried to reorganize existing harbors and develop new harbors, considering a fall in the number of fishing vessels and the expansion of maritime leisure activities. In order to overcome the limit of existing harbors in function, to raise the income of fishermen, and to activate tourism, they have shifted their focus from simple functions such as vessel evacuation and anchoring to harbor beautification, which can work as a basis for fishing tourism. This paper points out that the AHP analysis method for prioritizing local harbors in Chung Nam Do should help to be chosen target harbors in other cities and provinces. Each local government has attempted to reorganize existing harbors and to develop new harbors, taking into consideration the decline in the number of fishing vessels and the expansion of maritime leisure activities. In order to overcome the limited number of functional harbors, to raise the income of fishermen, and to boost tourism, they have shifted their focus from simple functions, such as vessel evacuation and anchoring, to harbor beautification, which can work as a basis for fishing tourism. This paper shows that the AHP analysis method for prioritizing local harbors in Chungcheongnam-do could aid in the effective selection of target harbors in other cities and provinces.

• 디지털융복합연구
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• 제14권12호
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• pp.35-42
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• 2016

본 연구는 울릉도 현포항을 대상으로 지속가능한 공간환경 재생을 위한 새로운 패러다임으로서 지역주민, 중앙과 지방정부의 거버넌스에 기초한 어항개발방안을 모색하였다. 연구목적을 수행하기 위해 울릉도 주민을 대상으로 설문조사를 실시한 결과 첫째, 현재 울릉도 주거환경의 가장 큰 문제로 접근성 불량, 병원 보건소, 상가 부족 등 생활환경 취약이 높게 지적되었고, 둘째, 현재 정부와 지방자치단체의 울릉도 관련 개발 사업이 실제로 지역경제 활성화 및 울릉도 주민의 삶의 질 개선에 기여하지 못한다는 인식이 많았고, 셋째, 울릉도 관련 개발사업 추진의 애로사항으로 울릉도가 보유하고 있는 각종 자원에 대한 중요성이나 활용에 대한 인식 부족, 중앙정부와 지방자치단체의 지원 부족을 큰 문제로 지적하였고, 넷째, 현재 현포항의 관리수준을 미흡하게 인식하였다. 이상의 조사결과를 바탕으로 개발주체의 지속성, 현포항 개발의 비전제시, 주인의식 전환을 위한 노력, 지역현실을 고려한 단계적 추진, 거대한 테마보다 소규모로 알찬 콘텐츠를 제공할 수 있는 개발이 중요함을 보여주었다.

• 한국농공학회논문집
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• 제56권5호
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• pp.67-75
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• 2014

In this study, the large-scale hydraulic model test was performed to investigate the hydraulic characteristics for development of the non-power soil cleaning and keeping system at the dike gate. The outlet height, outflow number, outflow discharge, and outflow cycle were compared and analyzed. The non-power soil cleaning and keeping system was most effective at 11.2 mm in the outlet height. And then the mean outflow cycle was 1.09 sec, and the mean outflow discharge was $0.00164m^3/s$. The total outflow number increased gradually as the water level of a water tank increased, and the outlet height decreased. As a level of water tank decreased, the mean outflow cycle was lengthened, and the unit outflow discharge increased. This result showed this system was most effective. To remove the silty clay deposited in facilities, the methods of excavation, dredging, high pressure washing, etc have been applied to the tidal facilities such as land reclamation, a small size fishing port, and a harbor for maintenance. However, this is extremely cost-ineffective, whereas the non-power soil cleaning and keeping system will bring about an enormously positive economic effect. In addition, when the non-power soil cleaning and keeping system is applied to the dike gate of land reclamation, a thorough examination of the local tidal data and the careful system planning are required to prevent the disaster damage caused by flooding.