쿤밍-몬트리올 GBF 목표 달성을 위한 백두대간보호지역 연결성 증진 및 확대 방안
Enhancing Connectivity and Expanding the Area of the Baekdudaegan Protected Area to Achieve Kunming-Montreal GBF Goals
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
2022년 생물다양성 당사국 총회에서 쿤밍-몬트리올 GBF를 채택했으며, 23가지 실천목표 중에서 실천목표 3은 보호지역과 OECM의 면적을 국토 면적의 30% 이상으로 증가시키는 것이다. 이 연구의 목표는 백두대간보호지역의 연결성 현황을 파악한 후, 실천목표 3을 달성하기 위하여 연결성 증진과 보호지역 면적 확대 방안을제시하는 것이다. 백두대간보호지역은 2023년에 면적을 확대하여 현재 2,776.5km2이다. 백두대간보호지역의패치 수를 분석한 결과, 핵심구역은 552개, 완충구역은 617개로 나타났다. 유효망 크기 산정법으로 연결성을 분석한 결과, 핵심구역은 17.82%, 완충구역은 15.95%로, 핵심구역의 연결성이 더 높게 나타났다. 백두대간보호지역의 폭이 1km미만인 지역과 500m 미만인 지역을 분석한 결과, 정령치부터 수정봉으로 이어지는 구간은 단절되어 있어 이를 연결하기 위한 노력이 시급하고, 대표적으로 태백시 삼수령, 영동군 괘방령 및 우두령, 무주군덕지리, 장수군 유정리 일대는 폭이 500m 이하로 매우 좁으므로 확대를 위한 노력이 필요하다. 또한 보호지역은아니지만, 백두대간보호지역의 주변 지역에서 생물다양성이 높거나 멸종위기 야생생물이 서식하면서 백두대간보호지역과의 연결성이 높은 지역이나, 생태·자연도 1등급인 지역 중에서 국공유지에 해당하는 지역은 추후OECM 후보 지역으로 검토가 필요하다.
Abstract
At the 2022 Conference of the Parties to the CBD, the Kunming-Montreal GBF was adopted. Among its 23 action targets, Target 3 aims to expand protected areas and OECMs to cover over 30% of national land. This study aims to identify the status of connectivity in Beakdudaegan protected areas and proposes strategies to enhance connectivity and expand protected area coverage to meet Target 3. The Baekdudaegan Protected Area expanded in 2023 to a current size of 2,776.5 km2. Analysis of the patch distribution within this area reveals 552 core areas and 617 buffer zones. Connectivity analysis using the effective mesh size method showed higher connectivity in core areas (17.82%) than in buffer zones (15.95%). Further analysis of areas narrower than 1 km and 500 m in width within the Baekdudaegan Protected Area highlights a discontinuity in the section from Jeongryeongchi to Sujeongbong, necessitating urgent connectivity measures. In particular, areas around Samsuryeong in Taebaek, Gwaebangnyeong and Wuduryeong in Yeongdong County, Deokjiri in Muju County, and Yujeongri in Jangsu County are under 500 m wide, making expansion efforts essential. Areas that are not protected areas but are adjacent to the Baekdudaegan Protected Area, where biodiversity is high or endangered wildlife resides, with strong connectivity to the Baekdudaegan Protected Area, or areas classified as Grade 1 in ecological and natural value that fall under public or state ownership, should be reviewed as potential OECM (Other Effective Area-Based Conservation Measures) candidate sites in the future.
참고문헌 (62)
- Armenteras D, "Are conservation strategies effective in avoiding the deforestation of the Colombian Guyana Shield?", Biological Conservation, 142(7), pp.1411~1419 (2009)[DOI]
- Report of the tenth meeting of the conference of the parties to the convention on biological diversity, "CBD(Conservation on Biological Diversity)", ~ (2010)
- CBD(Conservation on Biological Diversity), "Protected areas and other effective area-based conservation measures (CBD", COP, 14, pp.8)[DOI]
- CBD(Conservation on Biological Diversity), "Decision adopted by the conference of the parties to the convention on biological diversity", Kunming-Montreal Global Biodiversity Framework(GBF), ~ (2022)
- Chan L, "User’s manual on the Singapore index on cities’ biodiversity(also known as the City Biodiversity Index)", National Parks Board, ~ (2014)
- Cho HJ, "Vegetation Classification, Species Diversity, and Structural Characteristics of Coniferous Forest in Baekdudaegan Protected Area, Korea", Journal of Korean Society of Forest Science, 110(4), pp.516~529 (2021)
- Choi TH, "Analysis of Factors Affecting Hiking Trails by Logistic Regression Analysis : Focus on Golupogisan~Saenggyelyeong", Journal of Korean Society of Forest Science, 107(4), pp.478~485 (2018)
- Clerici N, "Deforestation in Colombian protected areas increased during post-conflict periods", Scientific Reports, 10, pp.4971~ (2020)[DOI]
- Dudley N., "Guidelines for Applying Protected Area Management Categories", ~ (2008)
- Fletcher RJ, "Divergent perspectives on landscape connectivity reveal consistent efects from genes to communities", Current Landscape Ecology Reports, 1(2), pp.67~79 (2016)[DOI]
- Gray CL, "Local biodiversity is higher inside than outside terrestrial protected areas worldwide", Nature Communications, 7, pp.12306~ (2016)[DOI]
- Heo HY, "A review on the international trends for establishing Post-2020 national targets relevant to protected areas-Focus on the CBD Decisions and Aichi Target-11 achievement status-", Korean Journal of Environment and Ecology, 34(6), pp.601~609 (2020)
- Heo HY, "A study on the expanding protected areas through identifying potential protected areas", Korean Journal of Environmental Ecology, 31(6), pp.586~594 (2017)
- Heo HY, "A Study for Conservation and Sustainable Use", Journal of National Park Research, 13(1), pp.119~127 (2022)
- Heo HY, "A study on the identifying OECMs in Korea for achieving the Kunming-Montreal Global Biodiversity Framework", Korean Journal of Environment and Ecology, 37(4), pp.302~314 (2023)
- Heo HY, "A study on the 2030 National Conservation target and the role of OECM(Other Effective area-based Conservation Measure)", Korean Society of Environment and Ecology Academic conference proceedings, 34(1), pp.10~11 (2024)
- Hong JP, "Identifying other effective area-based conservation measures for expanding national protected areas", The Korea Society of Environmental Restoration Technology, 20(6), pp.79~91 (2017)
- Hwang HS, "Ecological factors influencing the bird diversity on Baekdudaegan protected area Cheonwangbong to Akhwibong region", Korean Journal of Environment and Ecology, 38(1), pp.48~54 (2024)
- Recognising and reporting other effective area-based conservation measures, "IUCN-WCPA Task Force on OECMs", IUCN, ~ (2019)
- IUCN-WCPA, "Site-level tool for identifying other effective area-based conservation measures (OECMs). Version 2.0", IUCN, ~ (2022)
- Ji SY, "Prediction of fragmentation impact range of forest development analyzing the pattern of landscape indexes", Journal of the Korea Society of Environmental Restoration Technology, 19(2), pp.109~119 (2016)
- Jonas HD, "Site-level tool for identifying other effective area-based conservation measures (OECMs)", pp.6~ (2023), IUCN
- Jun DS, "A study on the application of other effective area-based conservation measures(OECMs)for natural heritage", Journal of the Korean Institute of Traditional Landscape Architecture, 40(3), pp.1~9 (2022)
- Justeau-Allaire D, "Refining intra-patch connectivity measures in landscape fragmentation and connectivity indices", Landscape Ecology, 39, pp.24~ (2024)[DOI]
- Kang WM, "Comparing connectivity in forest networks of seven metropolitan cities of South Korea", Korean Journal of Agricultural and Forest Meteorology, 16(2), pp.93~102 (2014)
- Kim MS, "The Classification of Forest Vegetation Types and Species Composition in the Sector between Danmoknyeong and Guryongnyeong of Baekdudaegan", Korean Journal of Environment and Ecology, 32(2), pp.176~184 (2018)
- Koo KA, "Application of an ecological engineering approach in evaluating protected area at local scales", Journal of Environmental Impact Assessment, 29(2), pp.144~155 (2020)
- Synthesis report on the second round natural resources change survey and management practice study of the Baekdudaegan mountains, "Korea Forest Service", 491~ (2015)
- Lee HJ, "The Survey on Actual Condition Depending on Type of Degraded area and Suggestion for Restoration Species Based on Vegetation Information in the Mt. Jirisan Section of Baekdudaegan", Korean Journal of Environment and Ecology, 34(6), pp.558~572 (2020)
- Lee JK, "Study on research trends(2001~2020)of the Baekdudaegan mountains with big data analyses of academic journals", Journal of Korean Society of Forest Science, 111(1), pp.36~49 (2022)
- Lee SG, "Deterioration Status of the Seonjaryeong Forest Trails in the Baekdudaegan Ridge", Journal of Korean Society of Forest Science, 110(1), pp.91~105 (2021)
- Lee SH, "The freshwater ichthyofauna of Deogyusan National Park, enclosing Baekdudaegan", Korean Journal of Environment and Ecology, 18(3), pp.326~332 (2004)
- Strategy and measures to enlarge the protected area in Korea, "Lee SJ", Korea Environment Institute, ~ (2015)
- Maxwell SL, "Area-based conservation in the twenty-first century", Nature, 586, pp.217~227 (2020)[DOI]
- Ministry of Environment, "Environmental Statistics Yearbook 2023", pp.726~ (2023)
- Summary of ecological survey on Baekdudaegan protected area, "Ministry of Environment·National Institute of Ecology", National Institute of Ecology, 12~ (2021)
- Montoya JM, "Ecological networks and their fragility", Nature, 442(7100), pp.259~264 (2006)
- Ecosystem survey of Baekdudaegan Protected Area - Cheonwangbong-Yuksipryeong region, "National Institute of Ecology", NIE, 353~379 (2021)
- Ecosystem survey of Baekdudaegan Protected Area - Yuksipryeong-Chupungryeong region, "National Institute of Ecology", NIE, 333~352 (2021)
- Comprehensive Report on the Ecosystem Survey of the Baekdu daegan Protected Area, "National Institute of Ecology", NIE, 420~425 (2021)
- Ecosystem survey of Baekdudaegan Protected Area - Chupungryeong-Miljae region, "National Institute of Ecology", NIE, 389~411 (2022)
- Ecosystem survey of Baekdudaegan Protected Area - Miljae-Akhwibong region, "National Institute of Ecology", NIE, 363~381 (2022)
- Ecosystem survey of Baekdudaegan Protected Area-Akhwibong-Daemisan region. NIE, Seocheon, "National Institute of Ecology", NIE, 343~363 (2023)
- Ecosystem survey of Baekdudaegan Protected Area-Daemisan-Myojeokjae region, "National Institute of Ecology", NIE, 323~343 (2023)
- Ecosystem survey of Baekdudaegan Protected Area (comprehensive report), "National Institute of Environmental Research", NIER, 14~ (2011)
- Oh JH, "Comparison between village characteristics and habitat quality to application OECM in Nakdong-Jeongmaek", Journal of the Korea Society of Environmental Restoration Technology, 26(6), pp.51~65 (2023)
- Park BJ, "Vegetation structure of Mt. Yeongchwi in Baekdudaegan Protected Area", Journal of Agriculture & Life Science, 58(4), pp.47~56 (2024)
- Park SC, "A Study on the Possibility of Utilizing Both Biotope Maps and Land Cover Maps on the Calculation of the Ecological Network Indicator of City Biodiversity Index", The Korean Institute of Landscape Architecture, 44(6), pp.73~83 (2016)
- Related Ministries Consolidation, "5th National Biodiversity Strategy (2024-2028)", ~ (2023)
- 2030 Roadmap for expanding national protected areas, "Related Ministries Consolidation", ~ (2023)
- Rodríguez N, "Land use and land cover change in the Colombian Andes : dynamics and future scenarios", Journal of Land Use Science, 8(2), pp.154~174 (2013)[DOI]
- Seo HS, "Distribution status for the plants of alien species on the baekdudaegan protected area, South Korea", Geo Data, 6(3), pp.101~109 (2024)
- Shim YJ, "A study on the site0level assessment criteria of OECM in Korea for achieving Kunming-Montreal Blobal Biodiversity Framework", Journal of the Korea Society of Environmental Restoration Technology, 27(2), pp.17~28 (2024)
- Song JH, "Phytosociological Vegetation Classification and Community Characteristics in Maruguem(the Ridge Line)Area of Mt. Jirisan(Yuksipryeong to Cheonwangbong), the Baekdudaegan", Journal of Korean Society of Forest Science, 111(1), pp.19~35 (2022)
- Sung HC, "Study on Reorganization Plan for District Division of Baekdudaegan Protected Area for Local Revitalization", Journal of the Korea Society of Environmental Restoration Technology, 22(5), pp.13~25 (2019)
- Watson JEM, "The performance and potential of protected areas", Nature, 515, pp.67~73 (2014)
- "KDPA (Korea Database on Protected Areas)" (2023)[URL]
- "Ministry of Environment" (2024)[URL]
- "Ministry of Land, Infrastructure and Transport" (2022)[URL]
- "Ministry of Land, Infrastructure and Transport" (2023)[URL]
- "Natural Environment Conservation Act" (2024)[URL]
- "Baekdudaegan Protection Act" (2024)[URL]
