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Cropped 17 January 2024: Norway s deep-sea disquiet; Panama drought; New species discovered

Drought affected 1.84 billion people in 2022 and 2023, “the vast majority” of whom live in low- and middle-income countries.

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Oceans have been absorbing the world s extra heat But there s a huge payback | Climate crisis

Record sea surface temperatures suggest the Earth is headed for ‘uncharted territory’ in terms of sea level rise, coastal flooding and extreme weather

Paul durackBernadette sloyanDavid schoemanUniversity of new south walesUniversity of the sunshine coastLawrence livermore nationalProf david schoemanSunshine coastMatthew englandNew south wales

Increasing Marine Species Find Equator to be Unlivable Death Traps

Close (Photo : Theodor Vasile Unsplash) An analysis of nearly 50,000 aquatic species shifting positions between 1955 and 2015 showed that a projected effect of global warming - species moving away from the equator - can now be seen on a worldwide scale. Lessening Biodiversity (Photo : Pixabay) It said that more global warming, which is now imminent, would further reduce the diversity of biodiversity in tropical oceans. The results of the change, according to scientists, may be dramatic and difficult to foresee. Unpredictable Changes According to Prof David Schoeman, a co-author of the report, species attached to the ocean floor had not diminished. Still, the diversity of free-swimming species such as fish had decreased dramatically between 1965 and 2010.

Atlantic oceanSunshine coastDavid schoemanTheodor vasile unsplashJodie rummerCentre of excellenceUniversity of queenslandJames cook universityUniversity of the sunshine coastProceedings of the national academy sciencesAtmospheric administrationNational oceanicUniversity of aucklandCaires taylor creates coral greenhouseRehabilitate great barrierProf david schoeman

Marine species increasingly can t live at equator due to global heating

Marine species increasingly can’t live at equator due to global heating Graham Readfearn © Provided by The Guardian Photograph: agefotostock/Alamy Global heating has made the ocean around the equator less rich in wildlife, with conditions likely already too hot for some species to survive, according to a new study. Analysis of the changing locations of almost 50,000 marine species between 1955 and 2015 found a predicted impact of global heating – species moving away from the equator – can now be observed at a global scale. It said further global heating, which is now unavoidable, would cut the richness of species in the ocean in tropical regions even further.

David schoemanJodie rummerCentre of excellenceProceedings of the national academy sciencesUniversity of the sunshine coastUniversity of queenslandCoral reef studies at james cook universityUniversity of aucklandGuardian photographAlamy fishProf david schoemanSunshine coastNational academyOve hoegh guldbergCoral reef studiesJames cook university

Marine species increasingly can t live at equator due to global heating | Climate change

Marine species increasingly can t live at equator due to global heating | Climate change
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David schoemanJodie rummerCentre of excellenceProceedings of the national academy sciencesUniversity of the sunshine coastUniversity of queenslandCoral reef studies at james cook universityUniversity of aucklandProf david schoemanSunshine coastNational academyOve hoegh guldbergCoral reef studiesJames cook universityடேவிட் ஸ்கோமேன்மையம் ஆஃப் சிறப்பானது