设计艺术研究
設計藝術研究
설계예술연구
Journal of Technology College Education
2014年
1期
81-84,92
,共5页
滨海城市%雨水适应性景观%应用对策研究
濱海城市%雨水適應性景觀%應用對策研究
빈해성시%우수괄응성경관%응용대책연구
coastal cities%rain adaptive landscape%application of countermeasure research
因福建省的滨海城市大都地处沿海,所以年降水量丰富,而地带性土壤则为赤红壤的特性值得注意。随着城市化速度的加快,大量不透水铺装的使用,使得暴雨径流增大,从而引发了城市内涝、水污染以及淡水资源匮乏等问题。同时又由于地下排水基础设施即将大规模改造或者扩建,解决城市的雨水问题,便成了当务之急。在此基础上,探讨了以雨水适应性景观的方式来处理城市的雨水问题,并借鉴国外管理雨水的经验,拟建立以“线状”滞留疏导景观为骨架,结合“点状”集水景观,融合“面状”透水要素,构成初级、中级、高级三级分级削减的雨水适应性景观网络系统,从而达到了对城市雨水进行有效控制与利用的生态目标、降低基础设施投资与维护成本的经济目标以及满足城市民众游憩休闲娱乐要求的目标。
因福建省的濱海城市大都地處沿海,所以年降水量豐富,而地帶性土壤則為赤紅壤的特性值得註意。隨著城市化速度的加快,大量不透水鋪裝的使用,使得暴雨徑流增大,從而引髮瞭城市內澇、水汙染以及淡水資源匱乏等問題。同時又由于地下排水基礎設施即將大規模改造或者擴建,解決城市的雨水問題,便成瞭噹務之急。在此基礎上,探討瞭以雨水適應性景觀的方式來處理城市的雨水問題,併藉鑒國外管理雨水的經驗,擬建立以“線狀”滯留疏導景觀為骨架,結閤“點狀”集水景觀,融閤“麵狀”透水要素,構成初級、中級、高級三級分級削減的雨水適應性景觀網絡繫統,從而達到瞭對城市雨水進行有效控製與利用的生態目標、降低基礎設施投資與維護成本的經濟目標以及滿足城市民衆遊憩休閒娛樂要求的目標。
인복건성적빈해성시대도지처연해,소이년강수량봉부,이지대성토양칙위적홍양적특성치득주의。수착성시화속도적가쾌,대량불투수포장적사용,사득폭우경류증대,종이인발료성시내로、수오염이급담수자원궤핍등문제。동시우유우지하배수기출설시즉장대규모개조혹자확건,해결성시적우수문제,편성료당무지급。재차기출상,탐토료이우수괄응성경관적방식래처리성시적우수문제,병차감국외관리우수적경험,의건립이“선상”체류소도경관위골가,결합“점상”집수경관,융합“면상”투수요소,구성초급、중급、고급삼급분급삭감적우수괄응성경관망락계통,종이체도료대성시우수진행유효공제여이용적생태목표、강저기출설시투자여유호성본적경제목표이급만족성시민음유게휴한오악요구적목표。
Coastal cities of Fujian province are located in the southeastern coast of China, where annual rainfall is abundant. Latosolic red soil is Fujian’s zonal soil. With urbanization development, large using of waterproof paving in cities enlarges the storm runoff, which results in urban inland inundation, water pollution, fresh water resource deifciency and other problems. It is high time to solve these problems because urban subsurface drainage infrastructure will be reconstructed and extended in large scale in Fujian Province. This paper devotes to discuss the ways of solving urban rainwater problems by creating rain adaptive landscape. Linear retention and dredge landscape skeleton is established combining with dotted water landscape and surface permeable elements for reference to foreign rainwater management experience. Rainwater adaptive landscape network system is constituted in primary, forming intermediate and advanced cutting down levels step by step. Therefore, the ecological goals of controlling and utilizing urban rainwater effectively, the economic goals of reducing infrastructure construction and maintenance cost, and the entertainment goals of meeting citizen’s recreation requirements can all be achieved.