The ecology of the oxyscape in coastal ecosystems.
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| Main Authors: | , , , , , , , , , , , , , , , , , |
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| Format: | Artículo científico |
| Language: | en |
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Trends in ecology & evolution
2025
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| _version_ | 1868266174382342145 |
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| author | Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone |
| author_facet | Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone |
| collection | PubMed - marine biology |
| contents | The ecology of the oxyscape in coastal ecosystems. Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone Ecosystem Oxygen Climate Change Oceans and Seas Biological Evolution Aquatic Organisms Population Dynamics Seawater Conservation of Natural Resources Animals Oxygen is vital for marine life. Despite global ocean deoxygenation, coastal oxygen dynamics are poorly understood. We synthesise the biological and mechanical processes that shape the coastal oxyscape and how organisms respond to it. Oxygen availability can determine species ecophysiology and affect population dynamics and ecological interactions. We propose a novel conceptual framework to reassess oxygen as a resource that is both density-independent and density-dependent, and identify spatial and temporal patterns of competition in coastal ecosystems. Our framework aims to (i) advance eco-evolutionary theory, (ii) improve species distribution models, (iii) inform effective conservation strategies, and (iv) enhance insight into coastal ecosystem-level responses to oxygen fluctuations, thereby advancing our understanding of environmental complexity under climate change, which in turn can guide management. |
| format | Artículo científico |
| id | pubmed_40713278 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Trends in ecology & evolution |
| record_format | pubmed |
| spellingShingle | The ecology of the oxyscape in coastal ecosystems. Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone Ecosystem Oxygen Climate Change Oceans and Seas Biological Evolution Aquatic Organisms Population Dynamics Seawater Conservation of Natural Resources Animals The ecology of the oxyscape in coastal ecosystems. Fusi, Marco Stephenson, Fabrice Navarrete, Sergio A Tapia, Fabian J Largier, John L Marasco, Ramona Rueger, Theresa MacDonald, Chancey Daffonchio, Daniele Fernandez, Miriam Wieters, Evie A Booth, Jenny Daghio, Matteo Sugden, Heather Scaife, Katarina Evans, Darren M Moore, Pippa Baldanzi, Simone Ecosystem Oxygen Climate Change Oceans and Seas Biological Evolution Aquatic Organisms Population Dynamics Seawater Conservation of Natural Resources Animals Oxygen is vital for marine life. Despite global ocean deoxygenation, coastal oxygen dynamics are poorly understood. We synthesise the biological and mechanical processes that shape the coastal oxyscape and how organisms respond to it. Oxygen availability can determine species ecophysiology and affect population dynamics and ecological interactions. We propose a novel conceptual framework to reassess oxygen as a resource that is both density-independent and density-dependent, and identify spatial and temporal patterns of competition in coastal ecosystems. Our framework aims to (i) advance eco-evolutionary theory, (ii) improve species distribution models, (iii) inform effective conservation strategies, and (iv) enhance insight into coastal ecosystem-level responses to oxygen fluctuations, thereby advancing our understanding of environmental complexity under climate change, which in turn can guide management. |
| title | The ecology of the oxyscape in coastal ecosystems. |
| topic | Ecosystem Oxygen Climate Change Oceans and Seas Biological Evolution Aquatic Organisms Population Dynamics Seawater Conservation of Natural Resources Animals |
| url | https://pubmed.ncbi.nlm.nih.gov/40713278/ |