지원사업
학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
커뮤니티
연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
논문 기본 정보
- 자료유형
- 연구보고서
- 저자정보
- 발행연도
- 2011.10
- 수록면
- 1 - 171 (171page)
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초록· 키워드
오류제보하기
Public interests in rivers recently increase and river restoration projects have been soared. However river management paradigm has been changed, but river restoration projects could not take into account of the paradigm. The currents situations and the problems of ecological river restoration projects have been studied, and improvements, if any, has to be sought.
Ecological river can be defined as a man-made river is to maximize natural and ecological capabilities. Ecological river restoration projects can be defined as a project is to restore a polluted river in a point of view of ecology by removing of man-made disturbances in the polluted river and by sustaining the ecology. The objectives of the study are to review river characteristics, ecological river restoration stratiges, and to examine the current status of ecological river restoration projects in Gyeongnam and to suggest improvements.
According to Gyeongnam Do Data, by 2009 10 river restoration projects have been accomplished, 8 projects are under construction, and after 2009, 15 projects will be going on. Field survey was performed on the restored rivers for the first and then rivers flowing through cities. All the rivers visited and surveyed in the study are 38 streams in 18 cities in Gyeongnam.
According to the field studies on 38 streams, there are so many dams which disconnect the ecological networks. Some urban streams with steep slope are of concrete beds and they are only water channels rather than streams. Other urban streams are covered with concrete. Many urban streams are of hydrophilic facilities on flood plains, which disconnect ecological networks. Public participation on river restoration projects have been lack and public opinions have been often ignored.
Monitoring after ecological river restoration is to check the attainment of the goal and objectives, to figure out unexpected problems after the implication of various methods, and to prepare counter measures. Seven cities(Changwon, Jinju, Sacheon, Uiryeong, Gimhae, Goseong, Namhae) in Gyeongnam accomplished several river restoration projects. Gimhae have monitored the water ecologies in restored streams from 2008, and Changwon have monitored plants in restored streams from 2011.
Principles of ecological river restoration in Gyeongnam should be established first. The ecological networks of streams should be restored by utilizing non-toxic pavements and deck on trails on flood plains, by constructing fish passages, and by remove concrete covers of streams. Dried streams should be furnished with ecological water by introducing flood allocation and low impact development. The soundness in stream ecologies should be restored by focussing the recover of the water ecological soundness, by changing the paradigm of river improvement projects and by publishing stream data. Public participation should be increased by organizing ecological river councils and by using advisory councils. Ecological river restoration projects should be monitored and the budget to monitor should be secured.
Ecological river can be defined as a man-made river is to maximize natural and ecological capabilities. Ecological river restoration projects can be defined as a project is to restore a polluted river in a point of view of ecology by removing of man-made disturbances in the polluted river and by sustaining the ecology. The objectives of the study are to review river characteristics, ecological river restoration stratiges, and to examine the current status of ecological river restoration projects in Gyeongnam and to suggest improvements.
According to Gyeongnam Do Data, by 2009 10 river restoration projects have been accomplished, 8 projects are under construction, and after 2009, 15 projects will be going on. Field survey was performed on the restored rivers for the first and then rivers flowing through cities. All the rivers visited and surveyed in the study are 38 streams in 18 cities in Gyeongnam.
According to the field studies on 38 streams, there are so many dams which disconnect the ecological networks. Some urban streams with steep slope are of concrete beds and they are only water channels rather than streams. Other urban streams are covered with concrete. Many urban streams are of hydrophilic facilities on flood plains, which disconnect ecological networks. Public participation on river restoration projects have been lack and public opinions have been often ignored.
Monitoring after ecological river restoration is to check the attainment of the goal and objectives, to figure out unexpected problems after the implication of various methods, and to prepare counter measures. Seven cities(Changwon, Jinju, Sacheon, Uiryeong, Gimhae, Goseong, Namhae) in Gyeongnam accomplished several river restoration projects. Gimhae have monitored the water ecologies in restored streams from 2008, and Changwon have monitored plants in restored streams from 2011.
Principles of ecological river restoration in Gyeongnam should be established first. The ecological networks of streams should be restored by utilizing non-toxic pavements and deck on trails on flood plains, by constructing fish passages, and by remove concrete covers of streams. Dried streams should be furnished with ecological water by introducing flood allocation and low impact development. The soundness in stream ecologies should be restored by focussing the recover of the water ecological soundness, by changing the paradigm of river improvement projects and by publishing stream data. Public participation should be increased by organizing ecological river councils and by using advisory councils. Ecological river restoration projects should be monitored and the budget to monitor should be secured.
목차
[표지]
[발간사]
[요약 및 정책제언]
[목차]
표목차
그림목차
[제1장 서론]
제1절 연구배경과 필요성
제2절 연구목적 및 범위
제3절 연구수행방법
제4절 생태하천의 정의
[제2장 하천의 특성]
제1절 하천의 구조
제2절 하천의 물리 · 화학적 특성
제3절 하천의 생태계의 구조와 기능
[제3장 생태하천복원의 방법]
제1절 생태하천조성 관련제도
제2절 생태하천조성 기술동향
제3절 생태하천복원 계획
제4절 생태하천복원 설계
제5절 생태하천복원 실행 및 유지관리
[제4장 경남 생태하천복원 현황]
제1절 경남 생태하천복원사업 추진현황
제2절 경남 도심하천 현황
제3절 경남 하천현황 시사점
[제5장 개선방안]
제1절 생태하천복원의 근본적인 한계
제2절 개선방안
[참고문헌]
[ABSTRACT]
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UCI(KEPA) : I410-ECN-0101-2014-322-000867930