종과 비오톱 보전을 위한 가치평가 모형 개발 및 적용 (Development and Application of an Evaluation Model for Biotope Appraisal in terms of Species and Biotope Preservation)

서지정보

· 발행기관 : 한국환경복원기술학회
· 수록지 정보 : 한국환경복원기술학회지 / 13권 / 5호 / 59 ~ 80페이지
· 저자명 : 조현주, 이현택, 사공정희, 나정화

초록

This research This research aims at developing systemic evaluation model in terms of biotope preservation through reports, literatures, and expert survey analysis by implementing biotope structure analysis in area level with selecting Hyunpoong and Yuga-myeon, Dalseong county, Daegu metropolitan city as a site.
First of all, as a result of biotope type classification of research site, biotope type groups are classified into total 13, and its biotope types are divided into total 61. Also, as a result of literature analysis, total 18 items are drawn such as diversity of biotope typical species as a index item to assess the preservation value of biotope, and the first evaluation index are divided into 10 and the second ones are divided into 8 according to characteristic of index items.
As a result of expert survey analysis, All 10 index items, first evaluation index, show high importance average (above 4.7). As a result of implementation of main cause for categorizing evaluation index by characteristic, there are 3 factors such as ‘obstructive factor.'Based on above survey analysis result, as a result of estimating the weight of each item, ‘restoration factor' showed the highest, 3.4541, but ‘factor of habitat stability' showed 3.1468, which is the lowest.
The systemic value evaluation was set by comprehensively analyzing these results.
As a result of biotope preservation value evaluation through applying research site, total 19 types which are abundant in vegetation are classified into I class, 12 types in Ⅱ class, 5 types in Ⅲ class, 10 types in Ⅳ class, and 15 types in V class respectively.
Lastly, as a result of second evaluation, it is analyzed that there are 17 special meaningful space to preserve species and biotope(1a, 1b) and 61 meaningful space to preserve species (2a, 2b, 2c).

영어초록

This research This research aims at developing systemic evaluation model in terms of biotope preservation through reports, literatures, and expert survey analysis by implementing biotope structure analysis in area level with selecting Hyunpoong and Yuga-myeon, Dalseong county, Daegu metropolitan city as a site.
First of all, as a result of biotope type classification of research site, biotope type groups are classified into total 13, and its biotope types are divided into total 61. Also, as a result of literature analysis, total 18 items are drawn such as diversity of biotope typical species as a index item to assess the preservation value of biotope, and the first evaluation index are divided into 10 and the second ones are divided into 8 according to characteristic of index items.
As a result of expert survey analysis, All 10 index items, first evaluation index, show high importance average (above 4.7). As a result of implementation of main cause for categorizing evaluation index by characteristic, there are 3 factors such as ‘obstructive factor.'Based on above survey analysis result, as a result of estimating the weight of each item, ‘restoration factor' showed the highest, 3.4541, but ‘factor of habitat stability' showed 3.1468, which is the lowest.
The systemic value evaluation was set by comprehensively analyzing these results.
As a result of biotope preservation value evaluation through applying research site, total 19 types which are abundant in vegetation are classified into I class, 12 types in Ⅱ class, 5 types in Ⅲ class, 10 types in Ⅳ class, and 15 types in V class respectively.
Lastly, as a result of second evaluation, it is analyzed that there are 17 special meaningful space to preserve species and biotope(1a, 1b) and 61 meaningful space to preserve species (2a, 2b, 2c).

참고자료

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