Research on the optimization of aquaculture product quality and safety supervision path based on Social network analysis

ZHENG Jianming, BAO Ruonan

Chinese Fisheries Economics ›› 2025, Vol. 43 ›› Issue (3) : 38-49.

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Chinese Fisheries Economics ›› 2025, Vol. 43 ›› Issue (3) : 38-49.
Industrial Economics

Research on the optimization of aquaculture product quality and safety supervision path based on Social network analysis

  • ZHENG Jianming, BAO Ruonan
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Abstract

Aquaculture products are an important source of food supply for Chinese residents, and their quality and safety are also an important part of China's food security. This paper uses bibliometrics, social network analysis, and the entropy weight TOPSIS method to systematically sort out and deeply analyze the aquaculture product quality and safety supervision measures involved in policy documents and related literature. By the analysis, it is concluded that the current aquaculture product quality and safety supervision path can be summarized into three categories: regulatory collaboration enhancement path, responsibility traceability optimization path, and grassroots capacity enhancement path. Based on this, policy suggestions for improving the supervision of aquaculture product quality and safety are proposed. Firstly, digital empowerment for collaborative governance of supervision; secondly, technical empowerment for traceability linkage governance; thirdly, technical empowerment for traceability linkage governance. Under the current situation of high-quality development and the construction of a new pattern, in-depth exploration of the optimization path of aquaculture product quality and safety supervision are of great significance for promoting the green and sustainable development of China's fisheries.

Key words

aquaculture product quality and safety / Bibliometric analysis / Social network analysis

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ZHENG Jianming, BAO Ruonan. Research on the optimization of aquaculture product quality and safety supervision path based on Social network analysis[J]. Chinese Fisheries Economics. 2025, 43(3): 38-49

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