徐州市采煤塌陷湿地空间演变与优化策略研究
[Abstract]:In the high diving level plain area of eastern China, because of the high underground diving level, the surface subsidence and water accumulation will form coal mining collapse wetland after coal mining. For a long time, the coal mining collapse wetland has led to the poor ecological environment in the subsidence area, which has become an important restriction factor for the regional natural ecological environment, economic development and social stability. Under this background, this paper analyzes the present situation of coal mining collapse wetland in Xuzhou, summarizes the spatial evolution course, spatial evolution characteristics and evolution mechanism of collapsing wetland, and puts forward the optimization strategy for the spatial development of coal mining collapse wetland in Xuzhou. The specific contents are as follows: the typical collapsing wetland in Xuzhou city is selected as the research object, that is, the urban type of Huuniu coal mining collapse wetland, the suburb type of Jiulihu coal mining collapse wetland and the suburban Pananhu coal mining collapse wetland. Through combing its spatial evolution course and analyzing the characteristics of industrial space, residential space and transportation in different periods, the spatial evolution mode is summarized. This paper summarizes the development stage of coal mining collapse wetland management in Xuzhou, summarizes the factors that affect the spatial evolution of coal mining collapse wetland, analyzes the influence mechanism of influencing factors on the spatial evolution of coal mining collapse wetland, and explores different factors to urban type and suburb type. The influence of the spatial evolution of the coal mining collapse wetland in the suburbs. The goal of spatial optimization of coal mining collapse wetland in Xuzhou is defined, and the space optimization path of coal mining collapse wetland in Xuzhou is constructed from the angles of perfecting urban ecological system, optimizing urban construction and development, perfecting urban management system, etc. The optimization strategy of constructing landscape type wetland is put forward for urban coal mining collapse wetland, and the optimization strategy for landscape type, breeding type and so on for suburban coal mining collapse wetland is put forward. The ecological environment of the wetland was protected and the optimal strategy from artificial wetland ecosystem to natural wetland ecosystem was put forward for the coal mining collapse wetland in the suburbs.
【学位授予单位】:中国矿业大学
【学位级别】:硕士
【学位授予年份】:2017
【分类号】:TU984.113
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