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    (TINY MICRO SHELLS) Microscopic shells are the size of tiny grain of sand (magnified 300 times). Micro photography by Dr. Gary Greenberg.

    2y Saved to Sea Shells


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    Grains of sand magnified to 250 times real size

    Pollen grains. Coloured scanning electron micrographs (SEM) of pollen grains from a variety of plants. Including: sunflower (Helianthus annuus), morning glory (Ipomea purpurea), hollyhock (Sildalcea malviflora), lily (Lilium auratum), primrose (Oenothera fruticosa), and caster bean (Ricinus communis). Credit: AMI IMAGES/SCIENCE PHOTO LIBRARY

    Viewed at an astounding magnification of over 250 times, tiny grains of sand are surprisingly colorful and extremely unique. Each piece is either a fragment of crystals, spiral fragments of shells or crumbs of volcanic rock.

    A Shark's Skin Under an Electron Microscope

    Grains of sand under a microscope

    The incredible beauty of sand grains from a thimble-full of sand from a single beach near Lahaina, Maui ~ microphotography by Dr. Gary Greenberg

    Sea urchin shell. #macro #photography Cool design for jewelry too!

    Grains of Sand Magnified 250X by Gary Greenberg: Each grain is unique! #Photography #Sand

    Sand magnified 250x: The miniature particles are exposed as fragments of crystals, spiral fragments of shells and crumbs of volcanic rock.

    cross section of a banana under microscope - wow

    Pollen grains under a microscope

    Microphotography. Grains of sand magnified to 250 times their real size. Who knew sand could look so colorful and interesting?

    A very full spiral shell whispers of magic...

    Coloured scanning electron micrograph (SEM) of a grain weevil


    Seashell Photography. Exquisite beauty in this #spiral.

    microscopic pollen