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안동만 서울대학교 농업개발연구소 2001 농업생명과학연구 Vol.5 No.-
Coastal landscape management guidelines and a model for evaluation of wildness of coastal landscapes were proposed. Coastal landscape management guidelines were proposed for vegetation, drainage, soil, water quality, ecological sustainability, and visitors. A model for evaluation of wildness of coastal landscapes is based on analyses of developments such as roads along the coast, land use, population, recreational developments, vegetation, wildlife, water quality, scenic beauty, cultural heritages, and so on. By the summation of the analyses, coastal areas were suggested to be divided into four zones, and management guidelines for each zone were proposed.
안동만 서울대학교 농업개발연구소 1999 농업생명과학연구 Vol.3 No.-
This study investigates possibilities of restoring disturbed coastal landscapes. The study area is Soon-Chun Bay, Chun-Nam Province, greater part of which is dammed and turned into rice paddy. It is proposed to build sand dunes and salt marches far inside the dam, and much of the rice paddy and the dam should be restored as natural tidal flat. A hypothetical restoration plan and a planting plan are proposed. Also, a visual simulation of the restoration plan, using a photo montage technique, is presented.
안동만 서울대학교 농업개발연구소 2000 농업생명과학연구 Vol.4 No.-
This study proposed the planting plan for sand dune restoration and simulated sand dune landscape for visual impacts prediction of restoration. The study areas are sand dune in Shindu-ri and salt marsh in Hogok-ri. And major research results are as follows; First, selection of planting materials through the investigation of local vegetation. Second, development plan of the site for ecotourism and environmental education. Third, landscape simulation study to predict the visual impacts of restoration works on coastal landscape.
Visual Preferences for Simulated Restorations of Disturbed Coastal Landscapes
Ahn, Tong-Mahn,Kim, Myung-Soo,Jung, Soo-Jung,Oh, Min-Keun,Hur, Hak-Young Korea Institute of Ocean ScienceTechnology 2002 Ocean and Polar Research Vol.24 No.1
This study intends to find out what manmade elements in typical moderately disturbed coastal landscape are most adversely affecting its aesthetic quality. Simulation photos including a combination of five most common manmade structures (houses, roads, power lines, embankments, and aquaculture facilities) found on coastal areas were made, and thirty eight subjects in the field of landscape architecture and forty eight average subjects were asked to evaluate their visual preferences of the 32 simulation photos using seven levels of Likert scale. Overall, average and professional subjects did not show significant differences in their evaluations. Visual preferences were greatly influenced by the presence of the manmade structures. A natural coastal landscape without any manmade structures was most preferable, and a disturbed coastal landscape by all five manmade structures was least preferable. Power lines had the most serious negative impact on the landscape, and followed by the embankment. In coastal landscape restoration works and management, priority needs to be given to these manmade structures which have bigger negative landscape impacts.
백두대간 대규모 훼손지의 통합적 유형구분을 통한 참여형 복원 시스템 개발 -도입프로그램(생태교육,생태관광)을 중심으로
안동만 ( Tong Mahn Ahn ),김인호 ( In Ho Kim ),이재영 ( Jae Young Lee ),김찬국 ( Chan Kook Kim ),채혜성 ( Hye Sung Chae ),이영 ( Young Lee ),민소영 ( So Young Min ),김민우 ( Min Woo Kim ) 한국환경복원녹화기술학회 2009 한국환경복원기술학회지 Vol.12 No.4
This was a 2nd-year study aiming at developing the procedure of alternative system that was intended to restore not only biophysically disturbed areas but also psychologically and socially damaged community. It was suggested that this participatory restoration system could be constructed based on integrative categorization processes consisting of damage types and readiness of local residents for participation. Three case study sites-High-One resort, Lafarge-Halla cement, and high-altitude farmland near Gangneung city, were selected to apply the theoretical framework proposed as a result of 1st-year work. In order to develop introductory programs, key concepts such as forest for future, carbon offset forest, and healing forest, have been suggested based on analysis of 6 system components including human resources, communication, legal and institutional support, financial sources, restoration methods, and activity programs for each site. More detailed processes and procedures can be identified, defined, and refined after the end of final, 3rd-stage of the study in April of 2010.
自然景觀水系의 體系樹立을 위한 基礎硏究(I) -美國의 自然景觀水系制度 紹介 및 國內適用 事例硏究-
안동만,안성로,진영환,Ahn, Tong-Mahn,Ahn, Seong-Ro,Jin, Young-Hwan 한국조경학회 1990 韓國造景學會誌 Vol.18 No.3
This study is on system building and model case study to establish a new framework of "The Wild and Scenic Rivers System" and to apply this to Korean rivers. The Wild and Scenic Rivers System of the U. S. , which had become law in 1968 for establishing wild scenic and recreational river areas, was investigated. The techniques of two American case studies about the National Wild and Scenic Rivers System designation were investigated and synthesized, and study process was adjusted to Korean river system. Additionally, pilot study was carried out by the method and results were as follows : 1) In the American Wild and Scenic Rivers System, each river was evaluated based on eligibility criteria for designation, such as remarkable scenic, recreational, fish and wildlife, cultural or other ecological values. Segmented river areas were classified into three or four grades and management plans were prepared accordingly. 2) The management of rivers in Korea has emphasized on the flood control and water resources management up to the present, and now takes a growing interest in water quality. But it has been concerned very little with wild and scenic resources conservation of river corridors. It is strongly recommended to build Wild and Scenic Rivers System in Korea for rational management and conservation of the valuable natural resource. 3) Suggested evaluation criteria for the Korean Wild and Scenic Rivers System were wildness, wildlife and plants, hydrology, scenic quality, and historical and cultural resources. The river areas may be graded into four : Positive conservation area(I), Negative conservation area(II), Negative development area(III), Positive development area(IV). Management guidelines were proposed for each grade. 4) To test the applicability of the approach, one of the major tributary of the Han-River was selected for pilot study. The result showed that the evaluation and grading system worked well. Finally, it is recommended to incorporate the Wild and Scenic Rivers System into Korean national park system, and to amend the Korean National Park Act to enable this.