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#angiosperms — Public Fediverse posts

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

  1. @stevegis_ssg @catsalad

    2. The Oak, the Daisy, and the Pine

    Because oaks and daisies are both flowering plants (angiosperms), they share a much more recent common ancestor with each other than either of them does with a pine tree.

    #angiosperms
    #trees
    #flowers
    #plants
    #evolution

  2. @stevegis_ssg @catsalad

    2. The Oak, the Daisy, and the Pine

    Because oaks and daisies are both flowering plants (angiosperms), they share a much more recent common ancestor with each other than either of them does with a pine tree.

    #angiosperms
    #trees
    #flowers
    #plants
    #evolution

  3. @stevegis_ssg @catsalad

    2. The Oak, the Daisy, and the Pine

    Because oaks and daisies are both flowering plants (angiosperms), they share a much more recent common ancestor with each other than either of them does with a pine tree.

    #angiosperms
    #trees
    #flowers
    #plants
    #evolution

  4. @stevegis_ssg @catsalad

    2. The Oak, the Daisy, and the Pine

    Because oaks and daisies are both flowering plants (angiosperms), they share a much more recent common ancestor with each other than either of them does with a pine tree.

    #angiosperms
    #trees
    #flowers
    #plants
    #evolution

  5. @stevegis_ssg @catsalad

    2. The Oak, the Daisy, and the Pine

    Because oaks and daisies are both flowering plants (angiosperms), they share a much more recent common ancestor with each other than either of them does with a pine tree.

    #angiosperms
    #trees
    #flowers
    #plants
    #evolution

  6. @stevegis_ssg @catsalad

    2/
    Let's have a look at the massive evolutionary splits in the plant kingdom:

    1. The Great Split: Angiosperms vs. Gymnosperms

    About 300 million years ago, plants split into two radically different evolutionary lineages:

    #Gymnosperms: These are the ancient seed plants that don't produce flowers (like conifers, ginkgos, and cycads). A pine tree is a gymnosperm.

    #Angiosperms: These are the younger, highly successful evolutionary line of flowering plants.

  7. @stevegis_ssg @catsalad

    2/
    Let's have a look at the massive evolutionary splits in the plant kingdom:

    1. The Great Split: Angiosperms vs. Gymnosperms

    About 300 million years ago, plants split into two radically different evolutionary lineages:

    #Gymnosperms: These are the ancient seed plants that don't produce flowers (like conifers, ginkgos, and cycads). A pine tree is a gymnosperm.

    #Angiosperms: These are the younger, highly successful evolutionary line of flowering plants.

  8. @stevegis_ssg @catsalad

    2/
    Let's have a look at the massive evolutionary splits in the plant kingdom:

    1. The Great Split: Angiosperms vs. Gymnosperms

    About 300 million years ago, plants split into two radically different evolutionary lineages:

    #Gymnosperms: These are the ancient seed plants that don't produce flowers (like conifers, ginkgos, and cycads). A pine tree is a gymnosperm.

    #Angiosperms: These are the younger, highly successful evolutionary line of flowering plants.

  9. @stevegis_ssg @catsalad

    2/
    Let's have a look at the massive evolutionary splits in the plant kingdom:

    1. The Great Split: Angiosperms vs. Gymnosperms

    About 300 million years ago, plants split into two radically different evolutionary lineages:

    #Gymnosperms: These are the ancient seed plants that don't produce flowers (like conifers, ginkgos, and cycads). A pine tree is a gymnosperm.

    #Angiosperms: These are the younger, highly successful evolutionary line of flowering plants.

  10. @stevegis_ssg @catsalad

    2/
    Let's have a look at the massive evolutionary splits in the plant kingdom:

    1. The Great Split: Angiosperms vs. Gymnosperms

    About 300 million years ago, plants split into two radically different evolutionary lineages:

    #Gymnosperms: These are the ancient seed plants that don't produce flowers (like conifers, ginkgos, and cycads). A pine tree is a gymnosperm.

    #Angiosperms: These are the younger, highly successful evolutionary line of flowering plants.

  11. An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: go.tum.de/955430

    #angiosperms #phylogenetics #biodiversity

    📷TUM

  12. An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: go.tum.de/955430

    #angiosperms #phylogenetics #biodiversity

    📷TUM

  13. An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: go.tum.de/955430

    #angiosperms #phylogenetics #biodiversity

    📷TUM

  14. An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: go.tum.de/955430

    #angiosperms #phylogenetics #biodiversity

    📷TUM

  15. An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: go.tum.de/955430

    #angiosperms #phylogenetics #biodiversity

    📷TUM

  16. Aufsteigt aus des Gartens Tiefe
    Der blüh'nden Magnolien Duft
    Ein Hauch, betäubend, als schliefe
    Darin des Südens Luft;
    ...
    Könnt' ich euch Sprache verleihen,
    Ihr schimmernden Kelche, ihr,
    Ihr würdet vor Sehnsucht aufschreien,
    Vor Wonne schluchzen, gleich mir!

    Marie Eugenie Delle Grazie
    archive.org/details/053988

    #Blüten #Frühling #Blühen #Spring #Bäume #Pflanzen #Magnolien #video #slide #slideshow #nature #plants #angiosperms #magnolia #blossoms #blooming #trees