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#oceanographer — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #oceanographer, aggregated by home.social.

  1. Tracking Aftermath From #HurricaneErin on #Ocean
    #Meteorologists piece together aftereffects in #hurricane’s path, and look ahead to future storms.
    One key signature is temperature. Ocean is layered like a cake, with warm water on top and cold water below. #Hurricanes churn those layers, bringing cooler water to surface. Because hurricanes feed on heat, this cooling effect could weaken future storms in area, said Greg Foltz, #oceanographer at #NOAA
    nytimes.com/2025/08/21/climate
    archive.ph/QZk0E

  2. Tracking Aftermath From #HurricaneErin on #Ocean
    #Meteorologists piece together aftereffects in #hurricane’s path, and look ahead to future storms.
    One key signature is temperature. Ocean is layered like a cake, with warm water on top and cold water below. #Hurricanes churn those layers, bringing cooler water to surface. Because hurricanes feed on heat, this cooling effect could weaken future storms in area, said Greg Foltz, #oceanographer at #NOAA
    nytimes.com/2025/08/21/climate
    archive.ph/QZk0E

  3. Tracking Aftermath From on
    piece together aftereffects in ’s path, and look ahead to future storms.
    One key signature is temperature. Ocean is layered like a cake, with warm water on top and cold water below. churn those layers, bringing cooler water to surface. Because hurricanes feed on heat, this cooling effect could weaken future storms in area, said Greg Foltz, at
    nytimes.com/2025/08/21/climate
    archive.ph/QZk0E

  4. Tracking Aftermath From #HurricaneErin on #Ocean
    #Meteorologists piece together aftereffects in #hurricane’s path, and look ahead to future storms.
    One key signature is temperature. Ocean is layered like a cake, with warm water on top and cold water below. #Hurricanes churn those layers, bringing cooler water to surface. Because hurricanes feed on heat, this cooling effect could weaken future storms in area, said Greg Foltz, #oceanographer at #NOAA
    nytimes.com/2025/08/21/climate
    archive.ph/QZk0E

  5. Tracking Aftermath From #HurricaneErin on #Ocean
    #Meteorologists piece together aftereffects in #hurricane’s path, and look ahead to future storms.
    One key signature is temperature. Ocean is layered like a cake, with warm water on top and cold water below. #Hurricanes churn those layers, bringing cooler water to surface. Because hurricanes feed on heat, this cooling effect could weaken future storms in area, said Greg Foltz, #oceanographer at #NOAA
    nytimes.com/2025/08/21/climate
    archive.ph/QZk0E

  6. 'We don't really consider it low probability anymore': Collapse of key #Atlantic current could have catastrophic impacts, says #oceanographer Stefan Rahmstorf
    he Atlantic #Ocean's most vital ocean current (#AMOC), which includes the #GulfStream, acts as a planetary conveyor belt bringing nutrients, oxygen and heat north from tropical waters, while moving colder water south, is showing troubling signs of reaching a disastrous tipping point.
    livescience.com/planet-earth/r #climatechange #cliamtecrisis

  7. Skyrocketing #ocean temps have scientists scratching their heads, "it’s looking like it’s already June out there"
    Oceans steadily warmed over decades, absorbing ~90% of extra heat humans have added to the atmosphere. “The oceans are our saviors, in a way,” says #oceanographer #FranciscoChavez of #MBARI “Things might be a lot worse in terms of #climate impacts, because a lot of that heat is not only kept at the surface, it’s taken to depths.”
    arstechnica.com/science/2024/0 #climatechange #climatecrisis