Media coverage
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Media coverage
Title An international study conducted by UC Davis, other research institutions sheds light on genetic history of eelgrass Degree of recognition International Media name/outlet The California Aggie Media type Web Country/Territory United States Date 05/12/2022 Description On Aug. 1, a new collaborative study between UC Davis and other research institutions was published in the Proceedings of the National Academy of Sciences journal (PNAS). Researchers worked with a community of species called eelgrass, which is a marine plant at the bottom of many coastal food webs specifically found on the North Atlantic and Pacific coasts. Producer/Author Yash Rathi URL https://theaggie.org/2022/12/05/an-international-study-conducted-by-uc-davis-other-research-institutions-sheds-light-on-genetic-history-of-eelgrass/ Persons Jeanine Olsen Title University of Groningen: Legacy of ancient Ice Ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet India Education Diary Media type Web Country/Territory India Date 17/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues, including University of Groningen emeritus professor Jeanine Olsen, looked at eelgrass communities—the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts—and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. URL https://indiaeducationdiary.in/university-of-groningen-legacy-of-ancient-ice-ages-shapes-how-seagrasses-respond-to-environmental-threats-today/ Persons Jeanine Olsen Title William & Mary: Ice-age legacy may limit seagrasses’ capacity to withstand warming Degree of recognition International Media name/outlet India Education Diary Media type Web Country/Territory India Date 10/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in the August Proceedings of the National Academy of Sciences. URL https://indiaeducationdiary.in/william-mary-ice-age-legacy-may-limit-seagrasses-capacity-to-withstand-warming/ Persons Jeanine Olsen Title College of William & Mary: Ice-age legacy may limit seagrasses' capacity to withstand warming Degree of recognition International Media name/outlet Targeted News Service Media type Print Country/Territory United States Date 09/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in the August Proceedings of the National Academy of Sciences. Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su ‘memoria’ de las glaciaciones Degree of recognition International Media name/outlet Investigación y Desarrollo Media type Web Country/Territory Mexico Date 03/08/2022 Description Las antiguas épocas glaciales han moldeado la genética de las algas, lo que podría desempeñar un papel más importante que el medio ambiente al determinar cómo responden las algas a las amenazas. URL https://invdes.com.mx/medio-ambiente/las-algas-marinas-manejan-amenazas-por-su-memoria-de-las-glaciaciones/ Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su ‘memoria’ de las glaciaciones Degree of recognition International Media name/outlet Vanguardia Media type Web Country/Territory Mexico Date 03/08/2022 Description En un estudio que publican en la revista ‘Proceedings of the National Academy of Sciences’, investigadores del Smithsonian y sus colegas analizaron las comunidades de plantas marinas –la base de muchas redes alimentarias costeras del Atlántico Norte y el Pacífico– y han descubierto que su antigua historia genética puede desempeñar un papel más importante que el entorno actual a la hora de determinar su tamaño, estructura y quiénes viven en ellas. Y esto podría repercutir en la adaptación de las algas a amenazas como el cambio climático. URL https://periodicovanguardia.mx/2022/08/03/las-algas-marinas-manejan-amenazas-por-su-memoria-de-las-glaciaciones/ Persons Jeanine Olsen Title Smithsonian Institution: Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet Targeted News Service Media type Print Country/Territory United States Date 02/08/2022 Persons Jeanine Olsen Title Ice age could still shape future of seagrass dependent species Degree of recognition International Media name/outlet Newsweek Media type Web Country/Territory United States Date 02/08/2022 Description The ice age may still shape whether sea grasses and species that depend on them can survive in future, according to a new study.
Scientists looked at eelgrass or seagrass communities on the North Atlantic and Pacific coasts of North America.
They found their ancient genes are more important than today's environment in determining their size, structure and who lives in them.Producer/Author Simona Kitanovska URL https://www.newsweek.com/ice-age-may-still-shape-future-seagrasses-dependent-species-scientists-1730206 Persons Jeanine Olsen Title Past migration, pleistocene ice ages still impact size and structure of modern eelgrass communities — ScienceDaily Degree of recognition International Media name/outlet Today News 24 Media type Web Country/Territory India Date 02/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities — the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts — and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. URL https://todaynews24.top/past-migration-pleistocene-ice-ages-still-impact-size-and-structure-of-modern-eelgrass-communities-sciencedaily/ Persons Jeanine Olsen Title Past migration, Pleistocene ice ages still influence size and structure of modern coal communities – ScienceDaily Degree of recognition International Media name/outlet TrainersAdda Media type Web Country/Territory United States Date 02/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of August 1 in Proceedings of the National Academy of Sciences. Scientists and their colleagues at the Smithsonian Institution looked at eel communities — the backbone of many coastal marine food webs along the North Atlantic and Pacific coasts — and found that their ancient genetic history may play a more important role than their modern environment in determining their size, structure and who lives in them. And that could have implications for how well lips adapt to threats like climate change. URL https://trainersadda.com/past-migration-pleistocene-ice-ages-still-influence-size-and-structure-of-modern-coal-communities-sciencedaily/36816/ Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su 'memoria' de las glaciaciones Degree of recognition International Media name/outlet Publimetro México Media type Web Country/Territory Mexico Date 02/08/2022 Description Las antiguas épocas glaciales han moldeado la genética de las algas, lo que podría desempeñar un papel más importante que el medio ambiente al determinar cómo responden las algas a las amenazas. URL https://www.publimetro.com.mx/noticias/2022/08/02/ciencia-las-algas-marinas-manejan-amenazas-por-su-memoria-de-las-glaciaciones/ Persons Jeanine Olsen Title L’héritage des périodes glaciaires antiques façonne la façon dont les herbiers marins réagissent aux menaces environnementales aujourd’hui Degree of recognition International Media name/outlet Posts US News FR Media type Web Country/Territory France Date 02/08/2022 URL https://fr.postsus.com/sciences/837014.html Persons Jeanine Olsen Title Ice age could still shape future of seagrass dependent species Degree of recognition International Media name/outlet Good Word News Media type Web Country/Territory United States Date 02/08/2022 Description According to a new study, the ice age could still determine whether seagrasses and the species that depend on them can survive in the future.
Scientists have looked at eelgrass or seagrass communities on the North Atlantic and Pacific coasts of North America.
They discovered that their ancient genes are more important than today’s environment in determining their size, structure and who inhabits them.Producer/Author Eleon URL https://goodwordnews.com/ice-age-could-still-shape-future-of-seagrass-dependent-species-scientists/ Persons Jeanine Olsen Title La edad de hielo todavía puede dar forma al futuro de las hierbas marinas y las especies dependientes: científicos Degree of recognition International Media name/outlet Zona De Prensa RD Media type Web Country/Territory United States Date 02/08/2022 URL https://zonadeprensard.com/la-edad-de-hielo-todavia-puede-dar-forma-al-futuro-de-las-hierbas-marinas-y-las-especies-dependientes-cientificos/ Persons Jeanine Olsen Title Ancient genetics shape modern eelgrass populations Degree of recognition International Media name/outlet Earth.com Media type Web Country/Territory United States Date 02/08/2022 Description Eelgrass is one of the most widespread shallow-water plant in the world, with its range spanning from semi-tropical regions like Baja California all the way up to Alaska and the Arctic. While providing food and habitat for a variety of aquatic animals, eelgrasses also offer many services to humans, such as protecting coastlines from storms, sinking carbon, or reducing harmful bacteria in the water. Producer/Author Andrei Ionescu URL https://www.earth.com/news/ancient-genetics-shape-modern-eelgrass-populations/ Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su 'memoria' de las glaciaciones Degree of recognition International Media name/outlet Europa Press Media type Web Country/Territory Spain Date 02/08/2022 Description Las antiguas épocas glaciales han moldeado la genética de las algas, lo que podría desempeñar un papel más importante que el medio ambiente al determinar cómo responden las algas a las amenazas. URL https://www.europapress.es/ciencia/habitat/noticia-algas-marinas-manejan-amenazas-memoria-glaciaciones-20220802113644.html Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su 'memoria' de las glaciaciones Degree of recognition International Media name/outlet Notimérica Media type Web Country/Territory Spain Date 02/08/2022 Description Las antiguas épocas glaciales han moldeado la genética de las algas, lo que podría desempeñar un papel más importante que el medio ambiente al determinar cómo responden las algas a las amenazas. URL https://www.notimerica.com/ciencia-tecnologia/noticia-algas-marinas-manejan-amenazas-memoria-glaciaciones-20220802113658.html Persons Jeanine Olsen Title Las algas marinas manejan amenazas por su ‘memoria’ de las glaciaciones Degree of recognition International Media name/outlet Diario Dia Media type Web Country/Territory Spain Date 02/08/2022 Description Las antiguas épocas glaciales han moldeado la genética de las algas, lo que podría desempeñar un papel más importante que el medio ambiente al determinar cómo responden las algas a las amenazas. URL https://diariodia.es/2022/08/02/las-algas-marinas-manejan-amenazas-por-su-memoria-de-las-glaciaciones/ Persons Jeanine Olsen Title Past migration, pleistocene ice ages still impact size and structure of modern eelgrass communities — ScienceDaily Degree of recognition International Media name/outlet Swift Telecast Media type Web Country/Territory India Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities — the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts — and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. Producer/Author Craig Fedirighi URL https://swifttelecast.com/past-migration-pleistocene-ice-ages-still-impact-size-and-structure-of-modern-eelgrass-communities-sciencedaily/ Persons Jeanine Olsen Title Past migration, pleistocene ice ages still impact size and structure of modern eelgrass communities — ScienceDaily Degree of recognition International Media name/outlet Verve Times Media type Web Country/Territory India Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities — the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts — and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. Producer/Author Science Daily URL https://vervetimes.com/past-migration-pleistocene-ice-ages-still-impact-size-and-structure-of-modern-eelgrass-communities-sciencedaily/ Persons Jeanine Olsen Title Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet Science Daily Media type Web Country/Territory United States Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities -- the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts -- and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. Producer/Author Smithsonian URL https://www.sciencedaily.com/releases/2022/08/220801150457.htm Persons Jeanine Olsen Title Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet Smithsonian Media type Web Country/Territory United States Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities—the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts—and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. Producer/Author Kristen Goodhue URL https://www.si.edu/newsdesk/releases/legacy-ancient-ice-ages-shapes-how-seagrasses-respond-environmental-threats-today Persons Jeanine Olsen Title Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet Eurasia Review Media type Web Country/Territory United States Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities—the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts—and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. URL https://www.eurasiareview.com/02082022-legacy-of-ancient-ice-ages-shapes-how-seagrasses-respond-to-environmental-threats-today/ Persons Jeanine Olsen Title Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet WhatsNew2day Media type Web Country/Territory United Kingdom Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at seagrass communities — the basis of many marine food webs along the North Atlantic and Pacific coasts — and found that their ancient genetic histories may play a stronger role than the current environment in determining their size, structure and who lives. in them. And this could have implications for how well seagrasses adapt to threats like climate change. Producer/Author Jacky URL https://whatsnew2day.com/legacy-of-ancient-ice-ages-shapes-how-seagrasses-respond-to-environmental-threats-today/ Persons Jeanine Olsen Title Legacy of ancient ice ages shapes how seagrasses respond to environmental threats today Degree of recognition International Media name/outlet Phys.org Media type Web Country/Territory United Kingdom Date 01/08/2022 Description Deep evolution casts a longer shadow than previously thought, scientists report in a new paper published the week of Aug. 1 in the Proceedings of the National Academy of Sciences. Smithsonian scientists and colleagues looked at eelgrass communities—the foundation of many coastal marine food webs along the north Atlantic and Pacific coasts—and discovered their ancient genetic history can play a stronger role than the present-day environment in determining their size, structure and who lives in them. And this could have implications for how well eelgrasses adapt to threats like climate change. Producer/Author Smithsonian URL https://phys.org/news/2022-08-legacy-ancient-ice-ages-seagrasses.html Persons Jeanine Olsen Title Oude ijstijden bepalen hoe zeegras nu omgaat met veranderingen Degree of recognition National Media name/outlet UG - Science LinX Media type Web Country/Territory Netherlands Date 01/08/2022 Description De evolutionaire geschiedenis werpt langere schaduwen dan werd aangenomen, zo blijkt uit een nieuw artikel dat 1 augustus is gepubliceerd in het tijdschrift Proceedings of the National Academy of Sciences. Wetenschappers van het Smithsonian Institution (VS) hebben met collega’s, waaronder RUG emeritus hoogleraar Jeanine Olsen, verschillende zeegrasvelden onderzocht. Deze planten vormen op veel plaatsen de basis van het voedselweb langs de kusten van de Noord-Atlantische en de Stille Oceanen. Het onderzoek laat zien dat de oeroude genetische geschiedenis een belangrijkere rol speelt dan het huidige klimaat als het gaat om de bepaling van de grootte en structuur van zeegras, en van de soorten die in de velden leven. Dit kan mede bepalen hoe goed zeegras zich kan verweren tegen bedreigingen zoals klimaatverandering. Producer/Author Smithsonian URL https://www.rug.nl/sciencelinx/nieuws/2022/08/legacy-of-ancient-ice-ages-shapes-how-seagrasses-respond-to-environmental-threats-today Persons Jeanine Olsen Title Les migrations passées et les périodes glaciaires du pléistocène ont toujours un impact sur la taille et la structure des communautés de zostères modernes Degree of recognition International Media name/outlet Posts US News FR Media type Web Country/Territory France Date 01/08/2022 URL https://fr.postsus.com/sciences/835843.html Persons Jeanine Olsen