Study on Ecological Approach of Urban Green Space Based on Low Carbon Idea

Chen Gu Hua Fu

doi:10.4028/www.scientific.net/AMR.955-959.4025

Paper Titles

Spatial and Temporal Change of Land Use/Cover Change in Hebei Bohai Rim for Recent 40 Years
p.4002

Exploring Urban Land Carrying Capacity under the Requirement of Ecological Civilization in China
p.4009

Optimizing Land Use Patterns Based on Environmental Capacity: A Case Study of Dongying City
p.4013

Research of Interaction between Rail Transport and Land Use in Infancy: A Case on Hangzhou Rail Way Line One
p.4019

Study on Ecological Approach of Urban Green Space Based on Low Carbon Idea
p.4025

Try to Talk about the Role of Landscape Plants in Urban Garden
p.4029

Using Hemispherical Photography to Determine Leaf Area Index of Landscape Trees in Urban Green Space of Dongguan, South China
p.4034

The Structure Changes of the Land Use and the Related Influence Factors Analysis – Based on the Information Entropy and Principal Component Analysis
p.4039

Xinjiang Land Resources and Ecological Environment Coordinate Development Research
p.4045

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 955-959Study on Ecological Approach of Urban Green Space...

Study on Ecological Approach of Urban Green Space Based on Low Carbon Idea

Abstract:

The sharp degradation of urban ecological environment resulted from global climate change and rapid urbanization has become an important affecting factor of regional sustainable development. Low carbon city is a considerable countermeasure to solve this problem. Being an important part of low carbon city construction, low carbon urban landscape has attracted increasing interests from city managers and planners. The strategy of the low carbon urban landscape development was discussed from an ecological perspective, and the strategies of low-carbon urban landscape planning and construction were proposed, in order to provide practical reference for planning and construction of low-carbon city and low-carbon urban landscape. These strategies included selecting plant varieties, improving plant community structure, optimizing spatial structure of green space, constructing low maintenance green space, and synthesis utilization of water resources etc.

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Periodical:

Advanced Materials Research (Volumes 955-959)

Pages:

4025-4028

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.955-959.4025

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Online since:

June 2014

Authors:

Chen Gu Hua Fu

Keywords:

Ecological Approach, Low-Carbon City, Urban Green Space

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