home.social

#thermohaline — Public Fediverse posts

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

fetched live
  1. Atlantic Meridional Overturning Circulation (#AMOC) is a massive in the , driven by and changes (#thermohaline circulation). It influences global significantly:

    - Warms up , East , & region
    - Cools down , &
    - Drives in all these regions
    - Supports a huge , that:
    - Supports higher
    - Acts as .

    [2/7]

  2. @rahmstorf This excludes #Greenland & the #Arctic Ocean, which have been warming at greater than #Earth average rates, as (e.g.) @ZLabe will confirm. The "cold blob" is the effect of #desalination, caused by melting of #polar #ice, resulting in slowing of #thermohaline circulation current. I'm educated to PhD level - I realise it's not easy to explain all this to the average layperson.

  3. @micheltsamados
    Nice visual presentation.
    May I ask you something?
    Would you know a complete map of the global currents and #thermohaline #conveyor belt?
    I have watched quite a few talks on youtube, like from @rahmstorf and such, and have read yet more papers on all sorts of #climate-#ocean-related stuff. And I have seen just as many variations of such a global map, including a KMZ-file for #GoogleEarth - but none of them complete, as becomes clear when comparing one with another.
    For me, to get a better grasp of all things, such a complete schematic would be very, very helpful, no, necessary.
    🙏 💐

  4. ontem, mesmo no corre de viagem, consegui colaborar com essa matéria sobre o estudo que estimou o colapso da AMOC mais rápido do que o último relatório do IPCC

    #amoc #thermohaline #mudançasclimáticas #criseclimatica

    Circulação do oceano Atlântico Norte vai entrar em colapso até o fim do século por causa da mudança climática, projeta estudo
    g1.globo.com/meio-ambiente/not

  5. #Antarctic melt:

    "The #meltwater from #glaciers makes the ocean surface less salty, and when it freezes, the waters below are less dense than normal, falling into the deep more slowly."

    This slows down the #thermohaline #ocean currents.

    eos.org/articles/meltwater-fro