Based on the Environmental Kuznets Curve theory, this paper selects panel data from 11 coastal provinces (cities) in China from 2005 to 2020, takes the net carbon emissions of marine fisheries as the research object, and adopts the Spatial Durbin model for empirical analysis to explore the relationship between net carbon emissions of marine fisheries and fishery economic growth. The research results show that there is an "inverted N-shaped" curve feature between the net carbon emissions of China's marine fisheries and fishery economic growth. The total net carbon emissions of marine fisheries decrease first, then increase, and then decrease again with the increase of the total output value of the fishery economy. The two turning points are approximately 2.98766 million yuan and 13.38975 million yuan of the total output value of the fishery economy. Currently, Shandong, Zhejiang, Jiangsu, Guangdong, and Fujian Provinces have crossed the maximum value point, and they are located in the secondary decline stage of the curve. Based on the above conclusions, corresponding countermeasures and suggestions are proposed from the aspects of marine fishing and aquaculture.
Key words
marine fisheries /
carbon emissions /
Environmental Kuznets Curve /
Spatial econometric model
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