水生态保护与修复规划关键技术研究
|
摘要
水生态环境保护以及修复是实现水生态可持续发展的重要手段,对缓解水生态系统中的污染问题、保证水生态环境质量以及物种多样性具有重要意义。通过定位水生态环境保护以及修复的目标,利用"点、线、面"结合的方法,并结合水生态系统中环境保护与环境修复的关系,实现水生态环境的保护以及修复。并通过实例论证,利用生态水文学、水环境学以及水资源学的原理,验证了植被覆盖度与水循环过程之间的内在联系,提出增加植被覆盖面积有利于地下水恢复的结论。
Water ecological protection and restoration is an important means to realize the sustainable development of water ecology. This study aims to repair the problems and challenges faced, determine the relevant departments involved in water ecological protection and restoration, and determine the main content of physical protection and restoration, determine the technical lines for water ecological protection and restoration, and design key technologies. By clarifying the target orientation of water ecological protection and restoration and using the method to combine point, line and surface treatments, the protection and restoration of water ecology can be realized according to the relationship between protection and restoration in aquatic ecosystems. Through the demonstration of the case, the principles of ecological hydrology, water environment and water resources were used to verify the intrinsic relationship between vegetation coverage and the water cycle process. It is suggested that increasing the vegetation cover area is conducive to the recovery of groundwater.
Water ecological protection and restoration is an important means to realize the sustainable development of water ecology. This study aims to repair the problems and challenges faced, determine the relevant departments involved in water ecological protection and restoration, and determine the main content of physical protection and restoration, determine the technical lines for water ecological protection and restoration, and design key technologies. By clarifying the target orientation of water ecological protection and restoration and using the method to combine point, line and surface treatments, the protection and restoration of water ecology can be realized according to the relationship between protection and restoration in aquatic ecosystems. Through the demonstration of the case, the principles of ecological hydrology, water environment and water resources were used to verify the intrinsic relationship between vegetation coverage and the water cycle process. It is suggested that increasing the vegetation cover area is conducive to the recovery of groundwater.
引文
[1]张建伟,岳红强.风险社会下我国食品安全民事责任预防机制的建构[J].学习论坛,2016,32(3):69-74.
[2]刘俊敏,李梦娇.环境污染第三方治理的法律困境及其破解[J].河北法学,2016,34(4):39-49.
[3]林丽珍.我国环境多元治理模式法律保障机制探究[J].沈阳工业大学学报(社会科学版),2016,9(6):571-576.
[4]欧阳恩钱.整体性环境责任与社会源危险废物的法律治理[J].法学杂志,2017,38(7):32-40.
[5]唐芒花.赔礼道歉在环境侵权责任纠纷中的适用[J].学术论坛,2016,39(8):140-144.
[6]覃慧.我国台湾地区卫生法律规范体系研究及启示[J].中国卫生政策研究,2015,8(4):41-46.
[7]彭中遥,邓嘉詠.论环境污染强制责任险的出路[J].中南林业科技大学学报(社会科学版),2017,11(2):27-32.
[2]刘俊敏,李梦娇.环境污染第三方治理的法律困境及其破解[J].河北法学,2016,34(4):39-49.
[3]林丽珍.我国环境多元治理模式法律保障机制探究[J].沈阳工业大学学报(社会科学版),2016,9(6):571-576.
[4]欧阳恩钱.整体性环境责任与社会源危险废物的法律治理[J].法学杂志,2017,38(7):32-40.
[5]唐芒花.赔礼道歉在环境侵权责任纠纷中的适用[J].学术论坛,2016,39(8):140-144.
[6]覃慧.我国台湾地区卫生法律规范体系研究及启示[J].中国卫生政策研究,2015,8(4):41-46.
[7]彭中遥,邓嘉詠.论环境污染强制责任险的出路[J].中南林业科技大学学报(社会科学版),2017,11(2):27-32.