A Study on the Scale of Land Renovation Based on Low-Carbon Limited in Guangzhou

Abstract:

The paper established low-carbon optimization model of regional construction land structure. The model combined with Markov model and Linear Program model can integrate factors related to economic, social, CO₂ emissions and construction land require. This model was validated through a land-renovation case in Guangzhou. Based on its regional development strategy and social-economic situation, we obtained three different levels of low-carbon emissions of construction land optimization scheme, and quantitatively determined land renovation scale. The result of the research shows that the scale of town and industrial land renovation is 751.39 ha, and residential land renovation for 734.67 ha in Guangzhou. The quantitative determination scale of land renovation preliminary research has certain feasibility and reference value based on low-carbon optimization model. Results from this research would help government make wise decisions in the near future to mitigate urban CO₂ emissions and construction land scale while maintain economic social development.

• Periodical: Advanced Materials Research (Volumes 610-613)
• Pages: 3803-3808
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.610-613.3803
• Online since: December 2012
• Authors: Yi Ding, Hong Mei Wang, Yan Min Zheng, Yu Ting He, Hai Yun Wang, Guang Sheng Liu
• Keywords: Land Renovation, Low-Carbon, Low-Carbon Optimization Model

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