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#tectonic — Public Fediverse posts

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

  1. The #Cretaceous hothouse had atmospheric #CO₂ levels above 1,000 ppm, compared with 420 today, and temperatures up to 10℃ higher than today. It was caused by very fast-moving #tectonic plates, which increased CO₂ emissions. Tectonic plates slow down due to collisions, which leads to mountain building. The weathering of igneous rocks is very efficient in reducing atmospheric CO₂. Spreading olivine on beaches could absorb up to a trillion tonnes of CO₂ from the atmosphere sydney.edu.au/news-opinion/new

  2. The #Cretaceous hothouse had atmospheric #CO₂ levels above 1,000 ppm, compared with 420 today, and temperatures up to 10℃ higher than today. It was caused by very fast-moving #tectonic plates, which increased CO₂ emissions. Tectonic plates slow down due to collisions, which leads to mountain building. The weathering of igneous rocks is very efficient in reducing atmospheric CO₂. Spreading olivine on beaches could absorb up to a trillion tonnes of CO₂ from the atmosphere sydney.edu.au/news-opinion/new

  3. The #Cretaceous hothouse had atmospheric #CO₂ levels above 1,000 ppm, compared with 420 today, and temperatures up to 10℃ higher than today. It was caused by very fast-moving #tectonic plates, which increased CO₂ emissions. Tectonic plates slow down due to collisions, which leads to mountain building. The weathering of igneous rocks is very efficient in reducing atmospheric CO₂. Spreading olivine on beaches could absorb up to a trillion tonnes of CO₂ from the atmosphere sydney.edu.au/news-opinion/new

  4. The #Cretaceous hothouse had atmospheric #CO₂ levels above 1,000 ppm, compared with 420 today, and temperatures up to 10℃ higher than today. It was caused by very fast-moving #tectonic plates, which increased CO₂ emissions. Tectonic plates slow down due to collisions, which leads to mountain building. The weathering of igneous rocks is very efficient in reducing atmospheric CO₂. Spreading olivine on beaches could absorb up to a trillion tonnes of CO₂ from the atmosphere sydney.edu.au/news-opinion/new

  5. The #Cretaceous hothouse had atmospheric #CO₂ levels above 1,000 ppm, compared with 420 today, and temperatures up to 10℃ higher than today. It was caused by very fast-moving #tectonic plates, which increased CO₂ emissions. Tectonic plates slow down due to collisions, which leads to mountain building. The weathering of igneous rocks is very efficient in reducing atmospheric CO₂. Spreading olivine on beaches could absorb up to a trillion tonnes of CO₂ from the atmosphere sydney.edu.au/news-opinion/new

  6. @nationalparks #PointReyes #NationalSeashore is a #nationalpark near San Francisco established in 1962 by John F. Kennedy. The area encompasses a #peninsula and a small section of the adjacent ocean. It is of #tectonic interest because it lies on the #PacificPlate, which moves relative to the #NorthAmericanPlate with the San Andreas Fault between both. The peninsula has a special vegetation: the #Californiacoastalprairie.

    Text by Stefan F. Wirth

    Video by USGS Science youtu.be/gsuH8t1BApY?is=k83s_l

  7. @nationalparks #PointReyes #NationalSeashore is a #nationalpark near San Francisco established in 1962 by John F. Kennedy. The area encompasses a #peninsula and a small section of the adjacent ocean. It is of #tectonic interest because it lies on the #PacificPlate, which moves relative to the #NorthAmericanPlate with the San Andreas Fault between both. The peninsula has a special vegetation: the #Californiacoastalprairie.

    Text by Stefan F. Wirth

    Video by USGS Science youtu.be/gsuH8t1BApY?is=k83s_l

  8. @nationalparks #PointReyes #NationalSeashore is a #nationalpark near San Francisco established in 1962 by John F. Kennedy. The area encompasses a #peninsula and a small section of the adjacent ocean. It is of #tectonic interest because it lies on the #PacificPlate, which moves relative to the #NorthAmericanPlate with the San Andreas Fault between both. The peninsula has a special vegetation: the #Californiacoastalprairie.

    Text by Stefan F. Wirth

    Video by USGS Science youtu.be/gsuH8t1BApY?is=k83s_l

  9. @nationalparks #PointReyes #NationalSeashore is a #nationalpark near San Francisco established in 1962 by John F. Kennedy. The area encompasses a #peninsula and a small section of the adjacent ocean. It is of #tectonic interest because it lies on the #PacificPlate, which moves relative to the #NorthAmericanPlate with the San Andreas Fault between both. The peninsula has a special vegetation: the #Californiacoastalprairie.

    Text by Stefan F. Wirth

    Video by USGS Science youtu.be/gsuH8t1BApY?is=k83s_l

  10. @nationalparks #PointReyes #NationalSeashore is a #nationalpark near San Francisco established in 1962 by John F. Kennedy. The area encompasses a #peninsula and a small section of the adjacent ocean. It is of #tectonic interest because it lies on the #PacificPlate, which moves relative to the #NorthAmericanPlate with the San Andreas Fault between both. The peninsula has a special vegetation: the #Californiacoastalprairie.

    Text by Stefan F. Wirth

    Video by USGS Science youtu.be/gsuH8t1BApY?is=k83s_l

  11. Ancient subduction zones—regions where #tectonic plates historically collided and forced material beneath one another—are the primary drivers behind the formation and distribution of critical rare earth element (REE) deposits and carbonatite magmas.
    #EarthSciences #Geology #Geochemistry #Tectonophysics #sflorg
    sflorg.com/2026/04/es04092601.

  12. Ancient subduction zones—regions where #tectonic plates historically collided and forced material beneath one another—are the primary drivers behind the formation and distribution of critical rare earth element (REE) deposits and carbonatite magmas.
    #EarthSciences #Geology #Geochemistry #Tectonophysics #sflorg
    sflorg.com/2026/04/es04092601.

  13. Ancient subduction zones—regions where #tectonic plates historically collided and forced material beneath one another—are the primary drivers behind the formation and distribution of critical rare earth element (REE) deposits and carbonatite magmas.
    #EarthSciences #Geology #Geochemistry #Tectonophysics #sflorg
    sflorg.com/2026/04/es04092601.

  14. Ancient subduction zones—regions where #tectonic plates historically collided and forced material beneath one another—are the primary drivers behind the formation and distribution of critical rare earth element (REE) deposits and carbonatite magmas.
    #EarthSciences #Geology #Geochemistry #Tectonophysics #sflorg
    sflorg.com/2026/04/es04092601.

  15. Ancient subduction zones—regions where #tectonic plates historically collided and forced material beneath one another—are the primary drivers behind the formation and distribution of critical rare earth element (REE) deposits and carbonatite magmas.
    #EarthSciences #Geology #Geochemistry #Tectonophysics #sflorg
    sflorg.com/2026/04/es04092601.

  16. A Billion Years Are Mysteriously Missing From #Earth’s History. Now, We Know Why.
    #TheGreatUnconformity — a gap in Earth’s #geologicalrecord. New research suggests it was created by shifting continents, rather than “#SnowballEarth” or #Cambrian life. Evidence that the gap was largely created by #tectonic processes that occurred from 2.1B to 1.6B years ago, in the #Neoproterozoic era, during the formation of an ancient supercontinent called Columbia
    404media.co/great-unconformity
    archive.ph/glmuh

  17. A Billion Years Are Mysteriously Missing From #Earth’s History. Now, We Know Why.
    #TheGreatUnconformity — a gap in Earth’s #geologicalrecord. New research suggests it was created by shifting continents, rather than “#SnowballEarth” or #Cambrian life. Evidence that the gap was largely created by #tectonic processes that occurred from 2.1B to 1.6B years ago, in the #Neoproterozoic era, during the formation of an ancient supercontinent called Columbia
    404media.co/great-unconformity
    archive.ph/glmuh

  18. A Billion Years Are Mysteriously Missing From ’s History. Now, We Know Why.
    — a gap in Earth’s . New research suggests it was created by shifting continents, rather than “” or life. Evidence that the gap was largely created by processes that occurred from 2.1B to 1.6B years ago, in the era, during the formation of an ancient supercontinent called Columbia
    404media.co/great-unconformity
    archive.ph/glmuh

  19. A Billion Years Are Mysteriously Missing From #Earth’s History. Now, We Know Why.
    #TheGreatUnconformity — a gap in Earth’s #geologicalrecord. New research suggests it was created by shifting continents, rather than “#SnowballEarth” or #Cambrian life. Evidence that the gap was largely created by #tectonic processes that occurred from 2.1B to 1.6B years ago, in the #Neoproterozoic era, during the formation of an ancient supercontinent called Columbia
    404media.co/great-unconformity
    archive.ph/glmuh

  20. A Billion Years Are Mysteriously Missing From #Earth’s History. Now, We Know Why.
    #TheGreatUnconformity — a gap in Earth’s #geologicalrecord. New research suggests it was created by shifting continents, rather than “#SnowballEarth” or #Cambrian life. Evidence that the gap was largely created by #tectonic processes that occurred from 2.1B to 1.6B years ago, in the #Neoproterozoic era, during the formation of an ancient supercontinent called Columbia
    404media.co/great-unconformity
    archive.ph/glmuh

  21. 17-Feb-2026
    Smithsonian planetary scientists discover recent #tectonic activity on the #Moon
    New map of small ridges in the Lunar Maria reveals new seismic threats to human exploration

    eurekalert.org/news-releases/1 #science #solarSystem

  22. 17-Feb-2026
    Smithsonian planetary scientists discover recent #tectonic activity on the #Moon
    New map of small ridges in the Lunar Maria reveals new seismic threats to human exploration

    eurekalert.org/news-releases/1 #science #solarSystem

  23. 17-Feb-2026
    Smithsonian planetary scientists discover recent #tectonic activity on the #Moon
    New map of small ridges in the Lunar Maria reveals new seismic threats to human exploration

    eurekalert.org/news-releases/1 #science #solarSystem

  24. 17-Feb-2026
    Smithsonian planetary scientists discover recent #tectonic activity on the #Moon
    New map of small ridges in the Lunar Maria reveals new seismic threats to human exploration

    eurekalert.org/news-releases/1 #science #solarSystem

  25. 17-Feb-2026
    Smithsonian planetary scientists discover recent #tectonic activity on the #Moon
    New map of small ridges in the Lunar Maria reveals new seismic threats to human exploration

    eurekalert.org/news-releases/1 #science #solarSystem

  26. We call the very upper #atmospheric (ionosphere) #lightnings elves and sprites (which is itself great). They don't occur everywhere, and the analysis in this study argues that elves mostly occur along the #tectonic plates' boundaries, which is slightly crazy.

    Link: link.springer.com/article/10.1

  27. We call the very upper #atmospheric (ionosphere) #lightnings elves and sprites (which is itself great). They don't occur everywhere, and the analysis in this study argues that elves mostly occur along the #tectonic plates' boundaries, which is slightly crazy.

    Link: link.springer.com/article/10.1

  28. We call the very upper #atmospheric (ionosphere) #lightnings elves and sprites (which is itself great). They don't occur everywhere, and the analysis in this study argues that elves mostly occur along the #tectonic plates' boundaries, which is slightly crazy.

    Link: link.springer.com/article/10.1

  29. We call the very upper #atmospheric (ionosphere) #lightnings elves and sprites (which is itself great). They don't occur everywhere, and the analysis in this study argues that elves mostly occur along the #tectonic plates' boundaries, which is slightly crazy.

    Link: link.springer.com/article/10.1

  30. We call the very upper #atmospheric (ionosphere) #lightnings elves and sprites (which is itself great). They don't occur everywhere, and the analysis in this study argues that elves mostly occur along the #tectonic plates' boundaries, which is slightly crazy.

    Link: link.springer.com/article/10.1