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The Shroom With A View: Mushrooms are fleshy, spore-bearing fruiting bodies found all over the world. They can grow in practically any environment with moisture.

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The Shroom With A View: Mushrooms are fleshy, spore-bearing fruiting bodies found all over the world. They can grow in practically any environment with moisture.
For the past 30 years, botanist Nicholas Money has studied the microorganisms that most people associate with bad smells, itchy toes, damp basements and rotten food. A renowned fungal researcher at Miami University in Ohio, Money has devoted his career to studying indoor molds, fungal movements and the mysterious world of mycology.
Why mold and mushrooms?
"As a biologist, there's so much to revel in, when we really study the fungi," he tells Fresh Air's Terry Gross. "This is a fantastic kingdom of microorganisms, and far more interesting than the animals and the plants."
In his book Mushroom, Money explores the history and science behind the fungal organisms that appear overnight on lawns, are occasionally poisonous and sometimes end up in our medications and on our dinner plates. But not every fungus among us produces mushrooms, he says. The term "mushroom" is used to describe the fruiting body of various types of mostly gilled fungi, with or without stems. (Gills are the papery, riblike ridges under the cap of some mushrooms that help the mushrooms disperse spores.)
Mushrooms sometimes grow in places you really don't want to see them: on ceilings and in basements, in bathrooms and in crawl spaces. Money says one of the most alarming places he ever saw a mushroom was in the back of a person's throat.
"This was actually photographed in some very unfortunate individual whose immune system was really crashing," he says. "A mushroom growing in that area is something none of us want to experience."
Mushrooms grow everywhere, says Money, because fungal spores are literally everywhere. All they need is a food source — which can come from any damp place.
"Every breath that we take — from first gasp to last breath — we're inhaling fungal spores," he says. "They're always available, they're always in the air, and they're always trying to exploit the opportunities to grow and reproduce."
Mushrooms are fungal sex organs, and they have a strange way of reproducing. It's hard to see with the naked eye, so Money takes ultra high-speed video of mushrooms releasing their spores from their fertile surfaces. He then slows down the tape to watch what happens next. It's a good thing he does: Individual mushrooms can release as many as 30,000 spores a second and billions of spores in a day.
"The mechanism in mushrooms involves tiny droplets of fluid [that] are about the same size of the spore, and they condense on the spore surface under wet conditions and then they coalesce — they jump together — very, very swiftly," he says. "This is on a time scale of millionths of a second. And it's that very fast movement in the center of the structure that kicks [the spores] into the air. ... It really is extraordinary."
By slowing down the action, Money can look at the biomechanics of mushroom reproduction, which he says scientists are still struggling to understand.
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