SUN Pingjun, LENG Hong. Urban planning refletion to “Rainstorm Flooded City” in China’s large cities[J]. 2018, 50(2): 2018-2.
DOI:
SUN Pingjun, LENG Hong. Urban planning refletion to “Rainstorm Flooded City” in China’s large cities[J]. 2018, 50(2): 2018-2.DOI: 10.11918/j.issn.0367-6234.201608046.
Urban planning refletion to “Rainstorm Flooded City” in China’s large cities
To solve the problem of "rainstorm flooded the city"and sustainable development
this article systematically analyzed its formation mechanism and urban planning response by literature reviewing
deductive reasoning and hermeneutical reasoning. And the result points out that the "rainstorm flooded the city" is a comprehensive characterization and side reflection to the interaction way and degree between human and land
effect of institutional arrangements and supporting capacity of urban planning theory and method for regions in a specific historical period
it is also a system and multidimensional complex scientific problem
corresponding to urban planning it can be embodied by the vulnerability analysis of human-land interaction
the multi-scenario simulation assessment and forecast among the interactive multi-element
and the blend-method solves solution of multi-disciplinary integrated. Therefore
this article constructed the urban planning analysis framework and analyzed its formation mechanism on the basis of three dimension of time-scale-element to respond to "rainstorm flooded the city"
and pointed out that spatiotemporal characteristics and categories
direct or indirect loss of benefit assessment
influencing factors and simulation of multiple scenarios and its urban planning response of "rainstorm flooded the city" are the main contents of their research
while the historical development of the time dimension
the climate response of the scale dimension of human-environment interaction and the ecological background constraint of the factor dimension
and the theoretical constraints of urban development planning and human control are the reasons for the "rainstorm flooded the city" in big cities of China. At last
the article puts forward responding regulation countermeasures from the perspectives of the theoretical innovation
urban planning innovation
technology innovation and institutional innovation.
Approaches and strategies of sponge city development based on watershed management
Research on the vulnerability assessment model of water supply systems based on catastrophe theory
A GNSS vulnerability assessment technique of urban roads
A potential evaluating methods of sponge city and on the underground drainage system
Construction of evaluation method of intrinsic degree of sponge city based on the momentum of waterlogging potential energy
Related Author
ZHAO Mengyuan
TONG He
WANG Jianlong
HE Yihuan
ZHANG Hong-wei
LU Ren-qiang
JIANG Wei
NIU Zhi-guang
Related Institution
Key Laboratory of Urban Stormwater System and Water Environment(Beijing University of Civil Engineering and Architecture), Ministry of Education
Beijing Engineering Research Center of Sustainable Urban Sewage System Construction and Risk Control, Beijing University of Civil Engineering and Architecture
School of Environmental Science and Engineering, Tianjin University
(School of Aeronautics and Astronautics, Shanghai Jiao Tong University,,)