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• W3129125737 endingPage "103935" @default.
• W3129125737 startingPage "103935" @default.
• W3129125737 abstract "Phosphorus (P) is frequently considered the limiting nutrient for marine phytoplankton growth and primary production in oceans. To explore P utilization by phytoplankton during spring blooms, field observations and incubation experiments were conducted during a cruise in the Yellow Sea (YS). In particular, phytoplankton cell-associated P pools were identified as intracellular P pool (Pintracellular) and cell surface-adsorbed P pool (Psurface). Both Pintracellular and Psurface varied in a wide range of 9.0–125.7 and 0.5–93.3 μmol g−1, respectively, in the YS. Pintracellular was frequently dominant in the total cellular P pool (contributing to 46–96%). Variation in the cell-associated P content was observed at different bloom stages, probably depending on phytoplankton species and seawater parameters. Cell-associated P enrichment was associated with a decrease in phosphate and increase in chlorophyll a, suggesting that the phytoplankton assimilated phosphate from the seawater and stored P in both cell interior and surface. This process supported the rapid biomass accumulation during the spring blooms. Incubation experiments further indicated that the accumulation rate of Pintracellular and Psurface was positively correlated with the phosphate removal rate in the seawater. Phytoplankton luxury P consumption could enhance both Pintracellular and Psurface mass content. Psurface, as a bioavailable P pool on the cell surface, could be internalized by the phytoplankton during active growth. Our study on the P assimilation mechanism involved in cell surface adsorption and intracellular accumulation enhanced the understanding of the dynamics of spring bloom." @default.
• W3129125737 created "2021-02-15" @default.
• W3129125737 creator A5036844725 @default.
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• W3129125737 date "2021-04-01" @default.
• W3129125737 modified "2023-10-12" @default.
• W3129125737 title "Phosphorus utilization by phytoplankton in the Yellow Sea during spring bloom: Cell surface adsorption and intracellular accumulation" @default.
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• W3129125737 doi "https://doi.org/10.1016/j.marchem.2021.103935" @default.
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