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20 images Created 9 Feb 2018

WORLD FOOD: In a Teaspoon of Soil

Soil fungi, part of the microbiota essential for the function of healthy soil, photographed by National Geographic photographer Jim Richardson.
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  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12652.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12643.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12713.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12661.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12665-2.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12704.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12673.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12665.jpg
  • Soil fungi growing on petri dishes at Iowa State University.
    MM6977_070824_12693.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12687.jpg
  • Soil fungi growing on petri dishes at Iowa State University.<br />
.
    MM6977_070824_12713-2.jpg
  • Soil fungi growing on petri dishes at Iowa State University.
    MM6977_070824_12710.jpg
  • Soil making in progress as sphagnum moss decomposes in a sample of Arctic Tundra from Alaska. <br />
Bits of the soil were set in water, letting the decomposing leaves float free.  Also a rich environment of all of the bacteria and microbes that do the work of the soil.
    MM6977_070705_06743-Pano.jpg
  • Soil making in progress as sphagnum moss decomposes in a sample of Arctic Tundra from Alaska. <br />
Bits of the soil were set in water, letting the decomposing leaves float free.  Also a rich environment of all of the bacteria and microbes that do the work of the soil.
    MM6977_070705_06743-Pano-Edit-2.jpg
  • Soil making in progress as sphagnum moss decomposes in a sample of Arctic Tundra from Alaska. <br />
Bits of the soil were set in water, letting the decomposing leaves float free.  Also a rich environment of all of the bacteria and microbes that do the work of the soil.
    MM6977_070705_06743-Pano-Edit.jpg
  • Earthworms in compost turn waste into soil.  Worms from the lifeline in soil, moving nutrients and recycling organic matter.
    MM6977_070828_15267.jpg
  • Earthworms in compost turn waste into soil.  Worms from the lifeline in soil, moving nutrients and recycling organic matter.
    MM6977_070828_15214.jpg
  • Earthworms in compost turn waste into soil.  Worms from the lifeline in soil, moving nutrients and recycling organic matter.
    MM6977_070828_15276.jpg
  • Earthworms in compost turn waste into soil.  Worms from the lifeline in soil, moving nutrients and recycling organic matter.
    MM6977_070828_15311.jpg
  • Earthworms in compost turn waste into soil.  Worms from the lifeline in soil, moving nutrients and recycling organic matter.
    MM6977_070828_15346.jpg