Environmental Sanitation Engineering ›› 2024, Vol. 32 ›› Issue (1): 87-93,98.doi: 10.19841/j.cnki.hjwsgc.2024.01.012

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Research on High Performance Paths for the Classification and Management of Domestic Waste in Urban Communities:Based on a Qualitative Comparative Analysis of 100 Communities in Beijing

HE Yi, ZHONG Aijun, LI Xiangping   

  1. 1. Beijing Municipal Bureau of Statistics; 2. School of Marxism, Beijing Forestry University; 3. Beijing Qingyanlingzhi Technology Co. Ltd.
  • Online:2024-03-01 Published:2024-03-01

Abstract: It was of great significance to clarify the high performance of urban community solid waste classification management for recognizing the mechanism of urban community domestic waste classification management and the operation mechanism of grassroots community social governance community. The generation path of domestic waste classification and governance performance of 100 urban communities in Beijing was compared and analyzed by using the configuration method. It was confirmed that the role and synergy and complementarity of the three levels of party committee and government, community and residents were the main reasons for urban communities to obtain the high performance of domestic waste classification and governance. The willingness of residents to participate had a “veto” effect on achieving high performance. Therefore, it was suggested that to improve the urban community domestic waste classification and governance mechanism and the grassroots community social governance community operation mechanism, we should not only pay attention to improving the work of the party committee government and the community, but also pay attention to cultivating residents’ sense of community and willingness to participate, so that the role of the governance subject could form a good synergy and complementarity.

Key words: urban community, domestic waste classification, governance mechanism, synergy and complementarity, qualitative comparative analysis

[1] GUO Renhong, XU Changyong, SONG Wei. Research and Application of Key Technologies for Evaluation of Municipal Solid Waste Classification [J]. Environmental Sanitation Engineering, 2023, 31(4): 107-113.
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