RT @m_parrington: Millennium Falcon over the South Pole as the 2023 #Antarctic #OzoneHole continues to develop. Image shows #CopernicusAtmosphere total column ozone forecast initialized 12 Sept 00 UTC valid for 12 UTC.
Latest monitoring information & charts ➡️ atmosphere.copernicus.eu/mon…
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RT @eumetsat: The #montrealprotocol was ✍️ in 1987 and continuous 🌍 observations have been critical for tracking progress as the #ozonehole heals, also true for monitoring emissions driving the climate crisis. #EUMETSAT’s Rosemary Munro & @CopernicusEU @VHPeuch explain bit.ly/3Lkmn0M
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RT @AntjeInness: The 2023 Antarctic #OzoneHole has reached its peak extent. O3 values in the stratosphere are down to ~2 mPa. Profiles from #CopernicusAtmosphere @CopernicusECMWF show good agreement with independent O3 sondes at Belgrano @intaespana, Neumayer @AWI_Media & South Pole @NOAA_ESRL
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RT @AntjeInness: Ozone depletion in the 2023 Antarctic #OzoneHole between July & end of Sept as seen in #Ozone profiles at South Pole from #CopernicusAtmosphere Monitoring Service @CopernicusECMWF & O3 sondes launched by @NOAA_ESRL. cc @m_parrington @ECMWF @VHPeuch @RichardJEngelen @Rafacereceda
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RT @AntjeInness: (1/2) After an early start, the 2023 #OzoneHole is now showing more average dimensions and is smaller than at this time in 2021 and 2022. The #PolarVortex is elongated and slightly displaced from the pole, just reaching the tip of South America. #CopernicusAtmosphere
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RT @NOAA_ESRL: @NOAAResearch & @CIRESnews scientists in the #GlobalMonitoringLab are tracking the formation of the annual #ozonehole above Antarctica. Check out this cool video to learn how #ozone can be good and bad depending on where it's located in Earth’s atmosphere. ow.ly/eRaP50PWgI7
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An update from our @NOAA_ESRL #GlobalMonitoringLab team tracking the #ozonehole: South Pole ozonesondes flown measured significantly more ozone, a sign the vortex is closing & warmer air is mixing over Antarctica. Read the @CIRESnews blog post for more: ow.ly/9SOT50PVN9R
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The 2023 Antarctic #ozonehole is persisting until late November, at a time when the area is usually decreasing quickly until it closes. #CopernicusAtmosphere provides continuous monitoring of its development & latest charts can be found at atmosphere.copernicus.eu/mon…
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Antarctic #ozonehole keeps intriguing this season #CopernicusAtmosphere data showed series of rebounds in late Nov when it usually declines until its closure. Our forecasts indicate it could become the largest ever observed in Dec
More: bit.ly/3T6f6GA #Antarcticaday
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More: bit.ly/3T6f6GA #Antarcticaday
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RT @m_parrington: It’s been a long time coming but, following an early start & late finish, the 2023 #Antarctic #OzoneHole will finally close for another year in the coming days as the polar vortex breaks up. More on #CopernicusAtmosphere ozone monitoring at atmosphere.copernicus.eu/mon…
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The 2023 Southern Hemisphere #ozonehole finally closed on 20 December, becoming the 7th longest-lived in the #CopernicusAtmosphere records. The animation shows the evolution from its early start in August to this late closure. Find out more: atmosphere.copernicus.eu/lar…
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The annual #ozonehole over the #Antarctic is developing again. If you want to keep track, visit our website for all the latest charts and details: https://t.co/ImkHEP5yMI
There you will also find the daily updated 3D rendering of the ozone hole evolution in 2024. https://t.co/Fz4s1qysIE
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There you will also find the daily updated 3D rendering of the ozone hole evolution in 2024. https://t.co/Fz4s1qysIE
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RT @CopernicusECMWF: The annual #ozonehole over the #Antarctic is developing again. If you want to keep track, visit our website for all the latest charts and details: https://t.co/ImkHEP5yMI
There you will also find the daily updated 3D rendering of the ozone hole evolution in 2024. https://t.co/Fz4s1qysIE
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There you will also find the daily updated 3D rendering of the ozone hole evolution in 2024. https://t.co/Fz4s1qysIE
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RT @m_parrington: #CopernicusAtmosphere monitoring of the Antarctic #ozonehole as the 2024 season approaches the typical peak size. Total column minimum have been more or less average and not as low as in past couple of years https://t.co/TCJgkyCF44 https://t.co/p7N5lDx4lk
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RT @m_parrington: #CopernicusAtmosphere monitoring of the Antarctic #ozonehole as the 2024 season approaches the typical peak size. Total column minimum have been more or less average and not as low as in past couple of years https://t.co/TCJgkyCF44 https://t.co/p7N5lDx4lk
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After a slower than usual start the 2024 Antarctic #ozonehole has been fairly average throughout its development. The maximum size was reached in late September as usual, and it is now gradually decreasing.
Follow the process with #CopernicusAtmosphere
https://t.co/ImkHEP5yMI https://t.co/M6RkLawsJA
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Follow the process with #CopernicusAtmosphere
https://t.co/ImkHEP5yMI https://t.co/M6RkLawsJA
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RT @CopernicusECMWF: After a slower than usual start the 2024 Antarctic #ozonehole has been fairly average throughout its development. The maximum size was reached in late September as usual, and it is now gradually decreasing.
Follow the process with #CopernicusAtmosphere
https://t.co/ImkHEP5yMI https://t.co/M6RkLawsJA
ECMWF
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Follow the process with #CopernicusAtmosphere
https://t.co/ImkHEP5yMI https://t.co/M6RkLawsJA
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The 2024 Antarctic #ozonehole continues its fairly average development, unlike the large ozone holes from previous years, declining very steadily since mid-October.
Is this a sign of recovery? We answered this question in this article: https://t.co/DAoWawKER5 https://t.co/3GaESBJDfm
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Is this a sign of recovery? We answered this question in this article: https://t.co/DAoWawKER5 https://t.co/3GaESBJDfm
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RT @CopernicusECMWF: The 2024 Antarctic #ozonehole continues its fairly average development, unlike the large ozone holes from previous years, declining very steadily since mid-October.
Is this a sign of recovery? We answered this question in this article: https://t.co/DAoWawKER5 https://t.co/3GaESBJDfm
ECMWF
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Is this a sign of recovery? We answered this question in this article: https://t.co/DAoWawKER5 https://t.co/3GaESBJDfm
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The 2024 Antarctic #ozonehole has persisted throughout November following its average development up to that point. The stratospheric polar vortex is predicted to breakdown in early December bringing it to a close.
See more charts and information: https://t.co/ImkHEP5yMI https://t.co/01iulxPKFR
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See more charts and information: https://t.co/ImkHEP5yMI https://t.co/01iulxPKFR
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