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#lithosphere — Public Fediverse posts

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

  1. 8/
    This is equally true in the #biotic environment (the “#biosphere”), consisting of microorganisms, plants, animals, and the human body; in #abiotic (lifeless) environments, such as the #geosphere, the #lithosphere, the #hydrosphere, and the #atmosphere; and in the entire #ecosphere, comprising ecosystems composed of biotic and abiotic elements in complex interrelationships. Such ecosystems, large and small, for all their components, also interact in intricate mutual relationships.

    #ecology

  2. 8/
    This is equally true in the #biotic environment (the “#biosphere”), consisting of microorganisms, plants, animals, and the human body; in #abiotic (lifeless) environments, such as the #geosphere, the #lithosphere, the #hydrosphere, and the #atmosphere; and in the entire #ecosphere, comprising ecosystems composed of biotic and abiotic elements in complex interrelationships. Such ecosystems, large and small, for all their components, also interact in intricate mutual relationships.

    #ecology

  3. 8/
    This is equally true in the #biotic environment (the “#biosphere”), consisting of microorganisms, plants, animals, and the human body; in #abiotic (lifeless) environments, such as the #geosphere, the #lithosphere, the #hydrosphere, and the #atmosphere; and in the entire #ecosphere, comprising ecosystems composed of biotic and abiotic elements in complex interrelationships. Such ecosystems, large and small, for all their components, also interact in intricate mutual relationships.

    #ecology

  4. 8/
    This is equally true in the #biotic environment (the “#biosphere”), consisting of microorganisms, plants, animals, and the human body; in #abiotic (lifeless) environments, such as the #geosphere, the #lithosphere, the #hydrosphere, and the #atmosphere; and in the entire #ecosphere, comprising ecosystems composed of biotic and abiotic elements in complex interrelationships. Such ecosystems, large and small, for all their components, also interact in intricate mutual relationships.

    #ecology

  5. 8/
    This is equally true in the #biotic environment (the “#biosphere”), consisting of microorganisms, plants, animals, and the human body; in #abiotic (lifeless) environments, such as the #geosphere, the #lithosphere, the #hydrosphere, and the #atmosphere; and in the entire #ecosphere, comprising ecosystems composed of biotic and abiotic elements in complex interrelationships. Such ecosystems, large and small, for all their components, also interact in intricate mutual relationships.

    #ecology

  6. Andrew Frederiksen (U. Manitoba) gave us a very clear explanation of a better way to analyze shear-wave splitting as a way to probe the fabric (heterogeneities) of the upper mantle under continents.

    The red and orange contours of large split times in British Columbia represent aligned olivine from present-day horizontal mantle flow. Splitting in Alberta represents fabrics formed and preserved from the Precambrian.

    #UManitoba #McGillUniversity #Seismology #Lithosphere #Mantle #Olivine

  7. Andrew Frederiksen (U. Manitoba) gave us a very clear explanation of a better way to analyze shear-wave splitting as a way to probe the fabric (heterogeneities) of the upper mantle under continents.

    The red and orange contours of large split times in British Columbia represent aligned olivine from present-day horizontal mantle flow. Splitting in Alberta represents fabrics formed and preserved from the Precambrian.

  8. Andrew Frederiksen (U. Manitoba) gave us a very clear explanation of a better way to analyze shear-wave splitting as a way to probe the fabric (heterogeneities) of the upper mantle under continents.

    The red and orange contours of large split times in British Columbia represent aligned olivine from present-day horizontal mantle flow. Splitting in Alberta represents fabrics formed and preserved from the Precambrian.

    #UManitoba #McGillUniversity #Seismology #Lithosphere #Mantle #Olivine

  9. Andrew Frederiksen (U. Manitoba) gave us a very clear explanation of a better way to analyze shear-wave splitting as a way to probe the fabric (heterogeneities) of the upper mantle under continents.

    The red and orange contours of large split times in British Columbia represent aligned olivine from present-day horizontal mantle flow. Splitting in Alberta represents fabrics formed and preserved from the Precambrian.

    #UManitoba #McGillUniversity #Seismology #Lithosphere #Mantle #Olivine

  10. Andrew Frederiksen (U. Manitoba) gave us a very clear explanation of a better way to analyze shear-wave splitting as a way to probe the fabric (heterogeneities) of the upper mantle under continents.

    The red and orange contours of large split times in British Columbia represent aligned olivine from present-day horizontal mantle flow. Splitting in Alberta represents fabrics formed and preserved from the Precambrian.

    #UManitoba #McGillUniversity #Seismology #Lithosphere #Mantle #Olivine

  11. Aufeis (Earth sciences 🌍)

    Aufeis is a sheet-like mass of layered ice that forms from successive flows of ground or river water during freezing temperatures. This form of ice is also called overflow, icings, or the Russian term, naled. The term "Aufeis" was first used in 1859 by Alexander von Middendorff following his observations of the phenomenon in northern Siberia. When t...

    en.wikipedia.org/wiki/Aufeis

    #Aufeis #WaterIce #Glaciology #Lithosphere #EarthSciences #GeographyOfTheArctic

  12. Aufeis (Earth sciences 🌍)

    Aufeis is a sheet-like mass of layered ice that forms from successive flows of ground or river water during freezing temperatures. This form of ice is also called overflow, icings, or the Russian term, naled. The term "Aufeis" was first used in 1859 by Alexander von Middendorff following his observations of the phenomenon in northern Siberia. When t...

    en.wikipedia.org/wiki/Aufeis

    #Aufeis #WaterIce #Glaciology #Lithosphere #EarthSciences #GeographyOfTheArctic

  13. Aufeis (Earth sciences 🌍)

    Aufeis is a sheet-like mass of layered ice that forms from successive flows of ground or river water during freezing temperatures. This form of ice is also called overflow, icings, or the Russian term, naled. The term "Aufeis" was first used in 1859 by Alexander von Middendorff following his observations of the phenomenon in northern Siberia. When t...

    en.wikipedia.org/wiki/Aufeis

    #Aufeis #WaterIce #Glaciology #Lithosphere #EarthSciences #GeographyOfTheArctic

  14. We are organizing a workshop about "The Deformation of the #Lithosphere" in memory of Paul Tapponnier. Held in Paris, France, in February 12-14, 2025, et the Académie des Sciences and IPGP.

    Infos and registration (open Oct 14th) here:

    lithodef25.sciencesconf.org/

    #tectonics #geology

  15. We are organizing a workshop about "The Deformation of the #Lithosphere" in memory of Paul Tapponnier. Held in Paris, France, in February 12-14, 2025, et the Académie des Sciences and IPGP.

    Infos and registration (open Oct 14th) here:

    lithodef25.sciencesconf.org/

    #tectonics #geology

  16. We are organizing a workshop about "The Deformation of the #Lithosphere" in memory of Paul Tapponnier. Held in Paris, France, in February 12-14, 2025, et the Académie des Sciences and IPGP.

    Infos and registration (open Oct 14th) here:

    lithodef25.sciencesconf.org/

    #tectonics #geology

  17. We are organizing a workshop about "The Deformation of the #Lithosphere" in memory of Paul Tapponnier. Held in Paris, France, in February 12-14, 2025, et the Académie des Sciences and IPGP.

    Infos and registration (open Oct 14th) here:

    lithodef25.sciencesconf.org/

    #tectonics #geology