Mariculture may intensify eutrophication but lower N/P ratios: a case study based on nutrients and dual nitrate isotope measurements in Sansha Bay, southeastern China

Overview of attention for article published in Frontiers in Marine Science, January 2024

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Mariculture may intensify eutrophication but lower N/P ratios: a case study based on nutrients and dual nitrate isotope measurements in Sansha Bay, southeastern China https://t.co/DYY8UkELt2 #stableisotopes

09 Feb 2024

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Mariculture may intensify eutrophication but lower N/P ratios: a case study based on nutrients and dual nitrate isotope measurements in Sansha Bay, southeastern China - @FrontMarineSci https://t.co/ngzi7fMI18

25 Jan 2024

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New Research: Mariculture may intensify eutrophication but lower N/P ratios: a case study based on nutrients and dual nitrate isotope measurements in Sansha Bay, southeastern China: The mariculture industry has grown rapidly worldwide over… https://t.co/Fj

25 Jan 2024

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