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#norwegiansea — Public Fediverse posts

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

  1. Time slipping away to develop one of Norway’s largest untapped gas discoveries

    The Norwegian Offshore Directorate (NOD), reporting to Norway’s Ministry of Energy, has taken steps to carry out a…
    #Norway #NO #Europe #Europa #EU #gró #Noreg #Norge #norway #NorwegianOffshoreDirectorate #NorwegianSea #nyheter
    europesays.com/2904332/

  2. The geology of the #NorwegianSea began to form 60 million years ago in the early #Cenozoic, as rifting led to the eruption of #mafic oceanic crust, separating #Scandinavia and #Greenland. Together with the #NorthSea the Norwegian Sea has become highly researched since the 1960s with the discovery of oil and natural gas in thick offshore sediments on top of the #NorwegianContinentalShelf.

  3. #Ocean Is Still Reeling From a Single Massive #HeatWave Decades Ago
    #2003 marine heat wave gripped #NorthAtlantic when a weak subpolar gyre allowed vast quantities of warm, subtropical water to gush into #NorwegianSea via Atlantic Inflow. At same time, #Arctic waters that usually flow into and cool Norwegian Sea were weak.
    "Although the year 2003 stands out as [the] maximum, where most MHWs were counted, several years in the following period showed similarly high numbers"
    sciencealert.com/the-ocean-is-

  4. #Ocean Is Still Reeling From a Single Massive #HeatWave Decades Ago
    #2003 marine heat wave gripped #NorthAtlantic when a weak subpolar gyre allowed vast quantities of warm, subtropical water to gush into #NorwegianSea via Atlantic Inflow. At same time, #Arctic waters that usually flow into and cool Norwegian Sea were weak.
    "Although the year 2003 stands out as [the] maximum, where most MHWs were counted, several years in the following period showed similarly high numbers"
    sciencealert.com/the-ocean-is-

  5. Is Still Reeling From a Single Massive Decades Ago
    #2003 marine heat wave gripped when a weak subpolar gyre allowed vast quantities of warm, subtropical water to gush into via Atlantic Inflow. At same time, waters that usually flow into and cool Norwegian Sea were weak.
    "Although the year 2003 stands out as [the] maximum, where most MHWs were counted, several years in the following period showed similarly high numbers"
    sciencealert.com/the-ocean-is-

  6. #Ocean Is Still Reeling From a Single Massive #HeatWave Decades Ago
    #2003 marine heat wave gripped #NorthAtlantic when a weak subpolar gyre allowed vast quantities of warm, subtropical water to gush into #NorwegianSea via Atlantic Inflow. At same time, #Arctic waters that usually flow into and cool Norwegian Sea were weak.
    "Although the year 2003 stands out as [the] maximum, where most MHWs were counted, several years in the following period showed similarly high numbers"
    sciencealert.com/the-ocean-is-

  7. #Ocean Is Still Reeling From a Single Massive #HeatWave Decades Ago
    #2003 marine heat wave gripped #NorthAtlantic when a weak subpolar gyre allowed vast quantities of warm, subtropical water to gush into #NorwegianSea via Atlantic Inflow. At same time, #Arctic waters that usually flow into and cool Norwegian Sea were weak.
    "Although the year 2003 stands out as [the] maximum, where most MHWs were counted, several years in the following period showed similarly high numbers"
    sciencealert.com/the-ocean-is-

  8. 🔵🌊🌀🇳🇴In the last few days a huge #Phytoplancton bloom is located in the #NorwegianSea,just about 100km from #Tromsø. The #Sentinel3 water reflectance shows all the colors of eddies and swirls covering more than 54000km2 and partially hidden by clouds. It is #EarthArt #Norway @MarkH @HelgavanLeur @Nature @NorwayEU @vincentgabaglio @LotharSchueller
    @markmccaughrean @RaphaelGrandin @rsimmon @SatelliteSci