首页|基于功能区差异的海绵城市适宜性研究——以扬州市为例

基于功能区差异的海绵城市适宜性研究——以扬州市为例

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在海绵城市建设中,发现充分考虑城市功能区的差异是建设的难点及重点问题,因此选择合适的LID措施显得非常必要.以扬州市海绵城市建设为例,选取4种不同功能区,基于地表下垫面覆盖类型,研究各功能区内部构造特点,解析地表特征差异性,讨论适宜的LID措施类型及最佳组合,分析不同功能区LID措施建设效果、难易程度以及后期维护要求,指出各功能区LID措施的建设利弊及迫切性.研究结果表明,扬州市海绵城市推进过程应按照住宅区-教学区-商业区-工业区有序进行;建设难易程度从难到易依次为住宅区-商业区-工业区-教学区;其建设效益从高到低排序为教学区-住宅区-工业区-商业区.
Research on Sponge City Suitability Based on Functional Area Difference——A Case Study of Yangzhou City
In the construction of sponge city,it is found that full consideration of the difference of urban functional areas is a difficult point and key issue of construction,so it is very necessary to select suitable LID measures.This paper takes Yangzhou sponge city construction as an example,it selects four different urban functional areas to analyze their internal structural features based on the surface cover conditions. It studies the differences in surface features,and discusses the suitable LID measures and the best combinations.In addition,we analyzes the effect and easement of construction,and maintenance requirements of LID measures in different functional areas.Finally, the advantages, disadvantages,and the urgency of LID measures construction are presented.The results show that the process of Yangzhou sponge city promotion should be carried out in the order of the following sequence:residential area-education area-commercial district-industrial area. The difficulty of the construction ranges from residential area to commercial area,followed by industrial area and education area.The highest construction efficiency is education area, residential area-industrial area-commercial district followed orderly.the construction efficiency follows the order of the academic area,residential area,industrial area,and commercial district.

Sponge cityLID practicestormwater runoffstormwater managementYangzhou City

许青、贾忠华、罗纨、唐双成、马晓宇、吴舒然、邵正宵、宋为威

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扬州大学水利与能源动力工程学院,江苏扬州225009

河海大学水文水资源学院,南京210098

海绵城市 LID措施 雨水径流 雨洪管理 扬州市

国家自然科学基金

51279159

2018

中国农村水利水电
水利部中国灌溉排水发展中心 水利部农村水电及电气化发展局 武汉大学 中国国家灌溉排水委员会

中国农村水利水电

CSTPCD北大核心
影响因子:0.655
ISSN:1007-2284
年,卷(期):2018.(5)
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