Research on Optimization Strategies for the Resilience of Grass-roots Grid Governance in Complex Risk Environments
DOI:
https://doi.org/10.62051/a0k09h75Keywords:
Complex risk environment; grass-roots grid governance; governance resilience; optimization strategies.Abstract
Under the complex risk environment, grass-roots grid governance has the problems of over-administrative service process, tendency of introducing technology to be performative, the subject power is always single, and the structure system is in weightlessness. In order to enhance the resilience of grass-roots grid governance, the status of grass-roots grid governance should be clarified, the content of grass-roots grid governance should be controlled, the form of grass-roots grid governance should be shaped, and the norms of grass-roots grid governance should be formulated. In governance, the administrative authorities should pull in multiple forces, lay a good foundation for grass-roots grid governance, use modern technology to enhance resilience, improve grass-roots grid supervision, introduce technical talent, ensure the effectiveness of grass-roots grid governance, reduce administrative intervention, and improve the power of grass-roots grid autonomy.
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[1] Zang Haohui, Gao Qiaojing, Cao Haiying, et al. Multidimensional Resilience Optimization Strategies for the External Spatial Environment of Old Settlements in the Post-Epidemic Era from the Perspective of Resilient Communities--Taking Fengyang Yicun in Hefei City as an Example[J]. Architecture and Culture, 2023(2):144-146.
[2] Jia Wenlong. Research on the realistic dilemma and path innovation of rural habitat improvement under the perspective of resilient governance[J]. Rural Economy, 2023(6):53-63.
[3] Dong Shuai. Research on the problems and strategies of Zhengzhou urban construction under the concept of resilient city[J]. Shanxi Architecture, 2023, 49(20):192-195.
[4] Chen Long. Research on Urban Community Resilience Characteristics and Optimization Strategies for Older Neighborhoods[J]. Construction Supervision, 2022(4):64-66.
[5] Wang Qiao,Zang Xinyu,Li Yao. Research on coupled simulation and optimization strategy of ecological resilience and high-temperature heat wave disturbance in established urban neighborhoods[J]. Journal of Architecture, 2023(S01):128-133.
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