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#ozonehole — Public Fediverse posts

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

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  1. 8/
    Join us as we explore how this "geographic period" at the bottom of the map is actually the key to understanding where our planet has been—and where it is going.

    youtu.be/41niL0hE38A

    #podcast
    #Antarctica
    #Antarctic
    #history
    #climate
    #ClimateChange
    #GlobalWarming
    #IceSheets
    #icebergs
    #OzoneHole

  2. 8/
    Join us as we explore how this "geographic period" at the bottom of the map is actually the key to understanding where our planet has been—and where it is going.

    youtu.be/41niL0hE38A

    #podcast
    #Antarctica
    #Antarctic
    #history
    #climate
    #ClimateChange
    #GlobalWarming
    #IceSheets
    #icebergs
    #OzoneHole

  3. 8/
    Join us as we explore how this "geographic period" at the bottom of the map is actually the key to understanding where our planet has been—and where it is going.

    youtu.be/41niL0hE38A

    #podcast
    #Antarctica
    #Antarctic
    #history
    #climate
    #ClimateChange
    #GlobalWarming
    #IceSheets
    #icebergs
    #OzoneHole

  4. 8/
    Join us as we explore how this "geographic period" at the bottom of the map is actually the key to understanding where our planet has been—and where it is going.

    youtu.be/41niL0hE38A

    #podcast
    #Antarctica
    #Antarctic
    #history
    #climate
    #ClimateChange
    #GlobalWarming
    #IceSheets
    #icebergs
    #OzoneHole

  5. 8/
    Join us as we explore how this "geographic period" at the bottom of the map is actually the key to understanding where our planet has been—and where it is going.

    youtu.be/41niL0hE38A

    #podcast
    #Antarctica
    #Antarctic
    #history
    #climate
    #ClimateChange
    #GlobalWarming
    #IceSheets
    #icebergs
    #OzoneHole

  6. 6/
    5. The Surprising Ozone Paradox In a counterintuitive twist, the man-made ozone hole has actually shielded the Antarctic interior from global warming. The loss of ozone strengthens the polar vortex, trapping freezing air over the pole and preventing the rapid melting seen in the Antarctic Peninsula.

    youtu.be/2DSZZNaUTWU

    #video
    #Antarctica
    #VSI
    #OzoneHole
    #PolarVortex
    #GlobalWarming

  7. 6/
    5. The Surprising Ozone Paradox In a counterintuitive twist, the man-made ozone hole has actually shielded the Antarctic interior from global warming. The loss of ozone strengthens the polar vortex, trapping freezing air over the pole and preventing the rapid melting seen in the Antarctic Peninsula.

    youtu.be/2DSZZNaUTWU

    #video
    #Antarctica
    #VSI
    #OzoneHole
    #PolarVortex
    #GlobalWarming

  8. 6/
    5. The Surprising Ozone Paradox In a counterintuitive twist, the man-made ozone hole has actually shielded the Antarctic interior from global warming. The loss of ozone strengthens the polar vortex, trapping freezing air over the pole and preventing the rapid melting seen in the Antarctic Peninsula.

    youtu.be/2DSZZNaUTWU

    #video
    #Antarctica
    #VSI
    #OzoneHole
    #PolarVortex
    #GlobalWarming

  9. 6/
    5. The Surprising Ozone Paradox In a counterintuitive twist, the man-made ozone hole has actually shielded the Antarctic interior from global warming. The loss of ozone strengthens the polar vortex, trapping freezing air over the pole and preventing the rapid melting seen in the Antarctic Peninsula.

    youtu.be/2DSZZNaUTWU

    #video
    #Antarctica
    #VSI
    #OzoneHole
    #PolarVortex
    #GlobalWarming

  10. 6/
    5. The Surprising Ozone Paradox In a counterintuitive twist, the man-made ozone hole has actually shielded the Antarctic interior from global warming. The loss of ozone strengthens the polar vortex, trapping freezing air over the pole and preventing the rapid melting seen in the Antarctic Peninsula.

    youtu.be/2DSZZNaUTWU

    #video
    #Antarctica
    #VSI
    #OzoneHole
    #PolarVortex
    #GlobalWarming

  11. Have you read our deep dive into this year’s Antarctic #OzoneHole yet? Our latest article unpacks the 2025 development which resulted in the smallest and shortest-lived ozone hole in five years.

    Catch up
    here: atmosphere.copernicus.eu/small

    #CopernicusAtmosphere

  12. Have you read our deep dive into this year’s Antarctic #OzoneHole yet? Our latest article unpacks the 2025 development which resulted in the smallest and shortest-lived ozone hole in five years.

    Catch up
    here: atmosphere.copernicus.eu/small

    #CopernicusAtmosphere

  13. Have you read our deep dive into this year’s Antarctic #OzoneHole yet? Our latest article unpacks the 2025 development which resulted in the smallest and shortest-lived ozone hole in five years.

    Catch up
    here: atmosphere.copernicus.eu/small

    #CopernicusAtmosphere

  14. Have you read our deep dive into this year’s Antarctic #OzoneHole yet? Our latest article unpacks the 2025 development which resulted in the smallest and shortest-lived ozone hole in five years.

    Catch up
    here: atmosphere.copernicus.eu/small

    #CopernicusAtmosphere

  15. Have you read our deep dive into this year’s Antarctic #OzoneHole yet? Our latest article unpacks the 2025 development which resulted in the smallest and shortest-lived ozone hole in five years.

    Catch up
    here: atmosphere.copernicus.eu/small

    #CopernicusAtmosphere

  16. The ozone layer is recovering well, thanks to efforts started in 1978 with an agreement between US, Canada, and Norway. It became more global in 1989 when the Montreal Protocol took effect.

    Today, “This progress should be celebrated as a timely reminder of what can be achieved when the international community works together to address global environmental challenges...”

    Ahem, climate change, anyone?

    Anyone???

    theguardian.com/environment/20

    #OzoneHole #GlobalCooperation #ClimateChange

  17. The ozone layer is recovering well, thanks to efforts started in 1978 with an agreement between US, Canada, and Norway. It became more global in 1989 when the Montreal Protocol took effect.

    Today, “This progress should be celebrated as a timely reminder of what can be achieved when the international community works together to address global environmental challenges...”

    Ahem, climate change, anyone?

    Anyone???

    theguardian.com/environment/20

    #OzoneHole #GlobalCooperation #ClimateChange

  18. The ozone layer is recovering well, thanks to efforts started in 1978 with an agreement between US, Canada, and Norway. It became more global in 1989 when the Montreal Protocol took effect.

    Today, “This progress should be celebrated as a timely reminder of what can be achieved when the international community works together to address global environmental challenges...”

    Ahem, climate change, anyone?

    Anyone???

    theguardian.com/environment/20

    #OzoneHole #GlobalCooperation #ClimateChange

  19. The ozone layer is recovering well, thanks to efforts started in 1978 with an agreement between US, Canada, and Norway. It became more global in 1989 when the Montreal Protocol took effect.

    Today, “This progress should be celebrated as a timely reminder of what can be achieved when the international community works together to address global environmental challenges...”

    Ahem, climate change, anyone?

    Anyone???

    theguardian.com/environment/20

    #OzoneHole #GlobalCooperation #ClimateChange

  20. The 2025 Antarctic #OzoneHole closed today, 1 Dec. – the earliest since 2019 and the smallest & shortest-lived in 5 years. Do you know how #CopernicusAtmosphere tracks ozone hole development? Or how global efforts are making a difference?

    Find out here: atmosphere.copernicus.eu/small

  21. The 2025 Antarctic #OzoneHole closed today, 1 Dec. – the earliest since 2019 and the smallest & shortest-lived in 5 years. Do you know how #CopernicusAtmosphere tracks ozone hole development? Or how global efforts are making a difference?

    Find out here: atmosphere.copernicus.eu/small

  22. The 2025 Antarctic #OzoneHole closed today, 1 Dec. – the earliest since 2019 and the smallest & shortest-lived in 5 years. Do you know how #CopernicusAtmosphere tracks ozone hole development? Or how global efforts are making a difference?

    Find out here: atmosphere.copernicus.eu/small

  23. The 2025 Antarctic #OzoneHole closed today, 1 Dec. – the earliest since 2019 and the smallest & shortest-lived in 5 years. Do you know how #CopernicusAtmosphere tracks ozone hole development? Or how global efforts are making a difference?

    Find out here: atmosphere.copernicus.eu/small

  24. The 2025 Antarctic #OzoneHole closed today, 1 Dec. – the earliest since 2019 and the smallest & shortest-lived in 5 years. Do you know how #CopernicusAtmosphere tracks ozone hole development? Or how global efforts are making a difference?

    Find out here: atmosphere.copernicus.eu/small

  25. @semafor
    I forget what #Conservative talking-head brought it up, but one of them said a year or two ago in an attempt to dismiss concern over #ClimateChange:

    "Remember back in the 90's when everyone was concerned about The #OzoneHole? What happened to that?"

    Someone on Twitter tried to "Gotcha" me with that question. I responded:

    "We fixed it. We banned CFC's nearly world wide and now it's shrinking instead of growing."

    They never challenged me again. 😉

  26. @semafor
    I forget what #Conservative talking-head brought it up, but one of them said a year or two ago in an attempt to dismiss concern over #ClimateChange:

    "Remember back in the 90's when everyone was concerned about The #OzoneHole? What happened to that?"

    Someone on Twitter tried to "Gotcha" me with that question. I responded:

    "We fixed it. We banned CFC's nearly world wide and now it's shrinking instead of growing."

    They never challenged me again. 😉

  27. @semafor
    I forget what #Conservative talking-head brought it up, but one of them said a year or two ago in an attempt to dismiss concern over #ClimateChange:

    "Remember back in the 90's when everyone was concerned about The #OzoneHole? What happened to that?"

    Someone on Twitter tried to "Gotcha" me with that question. I responded:

    "We fixed it. We banned CFC's nearly world wide and now it's shrinking instead of growing."

    They never challenged me again. 😉

  28. @semafor
    I forget what #Conservative talking-head brought it up, but one of them said a year or two ago in an attempt to dismiss concern over #ClimateChange:

    "Remember back in the 90's when everyone was concerned about The #OzoneHole? What happened to that?"

    Someone on Twitter tried to "Gotcha" me with that question. I responded:

    "We fixed it. We banned CFC's nearly world wide and now it's shrinking instead of growing."

    They never challenged me again. 😉

  29. @semafor
    I forget what #Conservative talking-head brought it up, but one of them said a year or two ago in an attempt to dismiss concern over #ClimateChange:

    "Remember back in the 90's when everyone was concerned about The #OzoneHole? What happened to that?"

    Someone on Twitter tried to "Gotcha" me with that question. I responded:

    "We fixed it. We banned CFC's nearly world wide and now it's shrinking instead of growing."

    They never challenged me again. 😉

  30. Fixing the ozone hole won’t be enough. Only deep emissions cuts can unlock the Southern Ocean’s carbon-absorbing power. #climatechange #ozonehole #southernocean

    geekoo.news/the-oceans-second-

  31. Fixing the ozone hole won’t be enough. Only deep emissions cuts can unlock the Southern Ocean’s carbon-absorbing power. #climatechange #ozonehole #southernocean

    geekoo.news/the-oceans-second-

  32. Fixing the ozone hole won’t be enough. Only deep emissions cuts can unlock the Southern Ocean’s carbon-absorbing power. #climatechange #ozonehole #southernocean

    geekoo.news/the-oceans-second-

  33. Fixing the ozone hole won’t be enough. Only deep emissions cuts can unlock the Southern Ocean’s carbon-absorbing power. #climatechange #ozonehole #southernocean

    geekoo.news/the-oceans-second-

  34. Birth Anniversary of David Livingstone (1813) - in , and one of the most popular British heroes of the late 19th-century Victorian era.

    Birth Anniversary of and Nobel Laureate Frédéric Joliot-Curie (1900).

    Birth Anniversary of Mario J. Molina (1943) - Mexican-born known for his pivotal role in the discovery of the Antarctic .

    Happy Birthday Bruce Willis (1955).

    knowledgezone.co.in/news

  35. #OnThisDay Birth Anniversary of David Livingstone (1813) - #Explorer in #Africa, and one of the most popular British heroes of the late 19th-century Victorian era.

    Birth Anniversary of #Physicist and Nobel Laureate Frédéric Joliot-Curie (1900).

    Birth Anniversary of Mario J. Molina (1943) - Mexican-born #Chemist known for his pivotal role in the discovery of the Antarctic #OzoneHole.

    Happy Birthday Bruce Willis (1955).

    knowledgezone.co.in/news

  36. #OnThisDay Birth Anniversary of David Livingstone (1813) - #Explorer in #Africa, and one of the most popular British heroes of the late 19th-century Victorian era.

    Birth Anniversary of #Physicist and Nobel Laureate Frédéric Joliot-Curie (1900).

    Birth Anniversary of Mario J. Molina (1943) - Mexican-born #Chemist known for his pivotal role in the discovery of the Antarctic #OzoneHole.

    Happy Birthday Bruce Willis (1955).

    knowledgezone.co.in/news

  37. #OnThisDay Birth Anniversary of David Livingstone (1813) - #Explorer in #Africa, and one of the most popular British heroes of the late 19th-century Victorian era.

    Birth Anniversary of #Physicist and Nobel Laureate Frédéric Joliot-Curie (1900).

    Birth Anniversary of Mario J. Molina (1943) - Mexican-born #Chemist known for his pivotal role in the discovery of the Antarctic #OzoneHole.

    Happy Birthday Bruce Willis (1955).

    knowledgezone.co.in/news

  38. #OnThisDay Birth Anniversary of David Livingstone (1813) - #Explorer in #Africa, and one of the most popular British heroes of the late 19th-century Victorian era.

    Birth Anniversary of #Physicist and Nobel Laureate Frédéric Joliot-Curie (1900).

    Birth Anniversary of Mario J. Molina (1943) - Mexican-born #Chemist known for his pivotal role in the discovery of the Antarctic #OzoneHole.

    Happy Birthday Bruce Willis (1955).

    knowledgezone.co.in/news

  39. #FYI #PaulBeckwith video lecture and literature review #satellites #starlink #musk #pollution #ozone #ozonehole

    "The problem is that deploying massive constellations of low earth orbit (LEO) satellites that have a typical lifetime of 5 years can load up the mesosphere with the metal oxides upon their reentry, and there will be a lag of 20 or 30 years before gravity pulls these oxides down into the ozone layer which they can then severely degrade."

    youtube.com/watch?v=vvcfVFCqMMY

  40. #FYI #PaulBeckwith video lecture and literature review #satellites #starlink #musk #pollution #ozone #ozonehole

    "The problem is that deploying massive constellations of low earth orbit (LEO) satellites that have a typical lifetime of 5 years can load up the mesosphere with the metal oxides upon their reentry, and there will be a lag of 20 or 30 years before gravity pulls these oxides down into the ozone layer which they can then severely degrade."

    youtube.com/watch?v=vvcfVFCqMMY

  41. #FYI #PaulBeckwith video lecture and literature review #satellites #starlink #musk #pollution #ozone #ozonehole

    "The problem is that deploying massive constellations of low earth orbit (LEO) satellites that have a typical lifetime of 5 years can load up the mesosphere with the metal oxides upon their reentry, and there will be a lag of 20 or 30 years before gravity pulls these oxides down into the ozone layer which they can then severely degrade."

    youtube.com/watch?v=vvcfVFCqMMY

  42. #FYI #PaulBeckwith video lecture and literature review #satellites #starlink #musk #pollution #ozone #ozonehole

    "The problem is that deploying massive constellations of low earth orbit (LEO) satellites that have a typical lifetime of 5 years can load up the mesosphere with the metal oxides upon their reentry, and there will be a lag of 20 or 30 years before gravity pulls these oxides down into the ozone layer which they can then severely degrade."

    youtube.com/watch?v=vvcfVFCqMMY

  43. #FYI #PaulBeckwith video lecture and literature review #satellites #starlink #musk #pollution #ozone #ozonehole

    "The problem is that deploying massive constellations of low earth orbit (LEO) satellites that have a typical lifetime of 5 years can load up the mesosphere with the metal oxides upon their reentry, and there will be a lag of 20 or 30 years before gravity pulls these oxides down into the ozone layer which they can then severely degrade."

    youtube.com/watch?v=vvcfVFCqMMY

  44. In the interests of my resolution to not spread bad news, here's something positive - looks like the #Antarctic #OzoneHole is getting smaller.
    My ace colleagues @dmidk have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  45. In the interests of my resolution to not spread bad news, here's something positive - looks like the #Antarctic #OzoneHole is getting smaller.
    My ace colleagues @dmidk have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  46. In the interests of my resolution to not spread bad news, here's something positive - looks like the #Antarctic #OzoneHole is getting smaller.
    My ace colleagues @dmidk have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  47. In the interests of my resolution to not spread bad news, here's something positive - looks like the #Antarctic #OzoneHole is getting smaller.
    My ace colleagues @dmidk have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  48. In the interests of my resolution to not spread bad news, here's something positive - looks like the #Antarctic #OzoneHole is getting smaller.
    My ace colleagues @dmidk have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  49. In the interests of my resolution to not spread bad news, here's somethign positive - the #Antarctic #OzoneHole is getting smaller. My ace colleagues @dmidk.bsky.social have a webpage they update regularly on this stuff: psc.dmi.dk/antarctica/

  50. 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: atmosphere.copernicus.eu/monit