Eutrophication Dynamics and Driving Factors in Xiangshan Bay (2000-2024) in China

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Research identifies pollution trends and seasonal variations affecting eutrophication in Xiangshan Bay, suggesting targeted management strategies.

Eutrophication levels in Xiangshan Bay peaked in 2016, then declined due to effective environmental policies.
Primary pollutants include Chemical Oxygen Demand, Dissolved Inorganic Nitrogen, and Dissolved Inorganic Phosphorus, driven by human activities.
Spatiotemporal analysis reveals significant spatial heterogeneity across the bay, with higher pollutant concentrations in winter and summer.
Insights from this research can inform strategies to enhance the resilience of coastal ecosystems and manage eutrophication.

Ye et al. (2025) studied this question.

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Research identifies pollution trends and seasonal variations affecting eutrophication in Xiangshan Bay, suggesting targeted management strategies.