Examining the interactive coupling relationship between land space development and eco-environment from the perspective of symbiosis: Case study of Henan, China
ID:321 View Protection:ATTENDEE Updated Time:2022-05-12 16:17:05 Hits:1542 Oral Presentation

Start Time:2022-05-26 17:30(Asia/Shanghai)

Duration:15min

Session:S8 Public Security and Emergency Management » S8-1Public Security and Emergency Management-1

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Abstract
As a key issue in China’s sustainable development, Land space development (LSD) creates increasing pressure on the environment. Thus, a better understanding of the relationship between LSD and the eco-environment is necessary for Chinese policymakers to realize sustainable high-quality development. LSD and eco-environment is closely related and mutually dependent, and the coupling coordination pattern between LSD and eco-environment has a great significance to promote high-quality development and ecological civilization construction in the region. This study highlights the equilibrium between LSD and ecological protection and introduces symbiosis theory to measure the degree of coordinated and symbiotic development in Henan, using data from 2000-2018. The coupling coordination degree model was used to evaluate the coupling coordination relationship of spatial-temporal pattern and development type characteristics. Evaluate results show that there are regional gradient differences in the level of LSD and eco-environment, and the coupling coordination degree of LSD and eco-environment in Henan province was in the bare coordination and verge of imbalance at present. In addition, the symbiosis mechanism between LSD and the eco-environment was discussed. It is proposed that the symmetrical mutualism symbiosis mode is the harmonious state for the development of land space. Moreover, this study was suggested to implement a scientific and high-quality development path of land space, reasonably coordinate the social, economic, and eco-environment of Henan province, then promote regional sustainable development.
Keywords
Land space development (LSD); Eco-environment; Coupling coordination degree; Spatiotemporal pattern; Symbiosis theory
Speaker
Xiaotong XIE
China University of Mining and Technology

Submission Author
晓彤 谢 中国矿业大学
效顺 李 中国矿业大学
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Important Date
  • Conference Date

    May 26

    2022

    to

    May 27

    2022

  • May 03 2022

    Draft paper submission deadline

  • May 26 2022

    Contribution Submission Deadline

  • May 28 2022

    Registration deadline

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