제5차 전국자연환경조사 지형분야 결과와 멸종위기 야생생물 출현과의 관계 분석
Result of 5th National Ecosystem Survey in Geomorphological Field and Its Relationships with Endangered Species Occurrences
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초록
This study analyzes the results of the geomorphological survey conducted during the 5th National Ecosystem Survey to evaluate the relationship between landforms and the occurrences of endangered species. Based on this relationship, the study further assesses the value of landforms as potential habitats and proposes strategies for their utilization. The findings demonstrate more reliable assessments of conservation grades due to the ongoing implementation of an objective and quantitative evaluation system, which was first introduced in 2016. The occurrence of endangered species was concentrated in specific landform units, such as riverine and lacustrine wetlands, revealing significant differences in frequency among these units. By considering the cumulative occurrences of endangered species, the number of taxa, and the species richness for each landform unit, a total of 13 landform units were identified as valuable habitats. These units can be classified into different groups assigned with varying evaluation points and integrated into the existing assessment system. The results of this study can contribute to biodiversity preservation and effective land management by underscoring the value of landforms as habitats and providing clear justifications for their conservation.
Abstract
This study analyzes the results of the geomorphological survey conducted during the 5th National Ecosystem Survey to evaluate the relationship between landforms and the occurrences of endangered species. Based on this relationship, the study further assesses the value of landforms as potential habitats and proposes strategies for their utilization. The findings demonstrate more reliable assessments of conservation grades due to the ongoing implementation of an objective and quantitative evaluation system, which was first introduced in 2016. The occurrence of endangered species was concentrated in specific landform units, such as riverine and lacustrine wetlands, revealing significant differences in frequency among these units. By considering the cumulative occurrences of endangered species, the number of taxa, and the species richness for each landform unit, a total of 13 landform units were identified as valuable habitats. These units can be classified into different groups assigned with varying evaluation points and integrated into the existing assessment system. The results of this study can contribute to biodiversity preservation and effective land management by underscoring the value of landforms as habitats and providing clear justifications for their conservation.
참고문헌 (11)
- Gordon, J. E., "Conserving nature’s stage provides a foundation for safeguarding both geodiversity and biodiversity in protected and conserved areas", Parks Stewardship Forum, 38(1), pp.46~55 (2022)
- Gray, J. M., "Geodiversity: Valuing and conserving abiotic nature" (2013), Wiley Blackwell
- Kang, J. H., "Evaluation-Index Development and Weighting analysis on Grade Evaluation System for Geomorphology part, the Natural Environment Survey", Journal of the Korean Geomorphological Association, 22(4), pp.51~62 (2015)
- Lee, J. H., "The Result of 4th National Ecosystem Survey in Geomorphology Part and the Proposal of Long-term Direction", Journal of the Korean Geomorphological Association, 30(4), pp.99~113 (2023)
- Levin, S. A., "The Princeton Guide to Ecology" (2012), Princeton University Press
- Guidelines for the 5th National Ecosystem Survey, "National Institute of Ecology", National Institute of Ecology, ~ (2019)
- Oh, J. S., "A Study on Geomorphic Assessment of National Ecosystem Survey to Evaluate the Value of Landforms as a Habitat", Journal of the Korean Geomorphological Association, 30(2), pp.13~29 (2023)
- Ren, Y., "Geodiversity underpins biodiversity but the relations can be complex: Implications from two biodiversity proxies", Global Ecology and Conservation, 31, pp.e01830~ (2021)
- Tukiainen, H., "Geodiversity and Biodiversity", Geological Society Special Publications, 530(1), pp.31~47 (2023)
- Yun, K. S., "The Achievement of 3rd Natural Environment Survey in Geomorphology Part and the Direction of 4th Survey", Journal of the Korean Geomorphological Association, 21(3), pp.105~117 (2014)
- Yun, K. S., "The Appropriateness and Improvement for Grade Evaluation System of Geomorphology Part, the 3rd Natural Environment Survey", Journal of the Korean Geomorphological Association, 22(1), pp.89~107 (2015)