Nitrogen and phosphorus differentially control marine biomass production and stoichiometry.
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| Auteurs principaux: | , , , , , , , , , , , , , , , , , , , , , , |
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| Format: | Artículo científico |
| Langue: | en |
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Nature communications
2025
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| author | Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G |
| author_facet | Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G |
| collection | PubMed - marine biology |
| contents | Nitrogen and phosphorus differentially control marine biomass production and stoichiometry. Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G Phosphorus Nitrogen Biomass Phytoplankton Diatoms Seawater Ecosystem Globally averaged, surface particulate nitrogen and phosphorus approximate the 16:1, N:P "Redfield ratio." In observations, N:P ratios vary latitudinally at ranges attributable to both phytoplankton community composition and physiological acclimation, but their relative contributions to the N:P ratio remain unclear. Here, results from a 29-day mesocosm experiment highlight how inorganic nitrogen and/or phosphorus nutrient supply can affect the bulk particle stoichiometry of a North Pacific Subtropical Gyre plankton community. Nitrogen additions, with and without phosphorus, increase total productivity and diatom abundance, whereas treatments with just phosphorus additions remain similar to the no-nutrient addition control. Continual nitrogen supply without phosphorus results in higher particulate N:P ratios than expected based on the phytoplankton community present. Several P-stress markers identified in those treatments highlight the importance of acclimation in extending particulate N:P ratios beyond the Redfield ratio. Phytoplankton's ability to maintain growth under P-stress conditions has implications for global carbon cycling. |
| format | Artículo científico |
| id | pubmed_40595531 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Nature communications |
| record_format | pubmed |
| spellingShingle | Nitrogen and phosphorus differentially control marine biomass production and stoichiometry. Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G Phosphorus Nitrogen Biomass Phytoplankton Diatoms Seawater Ecosystem Nitrogen and phosphorus differentially control marine biomass production and stoichiometry. Seelen, Emily A Gleich, Samantha J Kumler, William Anderson, Hanna S Bian, Xiaopeng Björkman, Karin M Caron, David A Dyhrman, Sonya T Ferrón, Sara Finkel, Zoe V Haley, Sheean T Hu, Ying-Yu Ingalls, Anitra E Irwin, Andrew J Karl, David M Kong, Kyeong Pil Lowenstein, Daniel P Salazar Estrada, Andrés E Townsend, Emily Tracey, John C Turk-Kubo, Kendra Van Mooy, Benjamin A S John, Seth G Phosphorus Nitrogen Biomass Phytoplankton Diatoms Seawater Ecosystem Globally averaged, surface particulate nitrogen and phosphorus approximate the 16:1, N:P "Redfield ratio." In observations, N:P ratios vary latitudinally at ranges attributable to both phytoplankton community composition and physiological acclimation, but their relative contributions to the N:P ratio remain unclear. Here, results from a 29-day mesocosm experiment highlight how inorganic nitrogen and/or phosphorus nutrient supply can affect the bulk particle stoichiometry of a North Pacific Subtropical Gyre plankton community. Nitrogen additions, with and without phosphorus, increase total productivity and diatom abundance, whereas treatments with just phosphorus additions remain similar to the no-nutrient addition control. Continual nitrogen supply without phosphorus results in higher particulate N:P ratios than expected based on the phytoplankton community present. Several P-stress markers identified in those treatments highlight the importance of acclimation in extending particulate N:P ratios beyond the Redfield ratio. Phytoplankton's ability to maintain growth under P-stress conditions has implications for global carbon cycling. |
| title | Nitrogen and phosphorus differentially control marine biomass production and stoichiometry. |
| topic | Phosphorus Nitrogen Biomass Phytoplankton Diatoms Seawater Ecosystem |
| url | https://pubmed.ncbi.nlm.nih.gov/40595531/ |