A hummingbird assists in the pollination of an orchid. (Christian Ziegler/National Geographic)
Although cameras keep getting bigger and better, there are still some things that they just can't capture — mainly the things that are smaller. In National Geographic's December issue, Swiss molecular biologist Martin Oeggerli used a scanning electron microscope to look at grains of pollen. The 3-D images, originally black-and-white, and then enhanced with color, look oddly alien. And I hate to say it — because I hate pollen — but they're surprisingly pretty.
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Martin Oeggerli/National Geographic
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by Flickr user dawnzy58
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Wedged between two flower petals, this grain of willow pollen missed the mark and will die.
Martin Oeggerli/National Geographic
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by Flickr user waldenpond
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Martin Oeggerli/National Geographic
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by Flickr user OliBac
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Martin Oeggerli/National Geographic
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by Flickr user TANAKA Juuyoh
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A convoluted surface of this flowering quince pollen grain helps to speed up moisture absorption, which is key in fertilization.
Martin Oeggerli/National Geographic
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by Flickr user Lizbeth*King
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This pollen, from a pine, is what you find covering your car windshield in the spring.
Martin Oeggerli/National Geographic
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by Flickr user FreeWine
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Although the grain size, like those on this geranium, is measured in millionths of a meter, but the grains have an epic journey for pollination.
Martin Oeggerli/National Geographic
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by Flickr user kretyen
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Martin Oeggerli/National Geographic
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by Flickr user cliff1066 tm
Check out the article and the photo gallery to learn more about the epic journey of pollen — through the air and throughout history.
Also check out this story about the pollination of orchids:
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