ScienceIQ.com

There's Oil Down There

Ever wonder what oil looks like underground, down deep, hundreds or thousands of feet below the surface, buried under millions of tons of rock and dirt? If you could look down an oil well and see oil where Nature created it, you might be surprised. You wouldn't see a big underground lake, as a lot of people think. Oil doesn't exist in deep, black ...

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TheresOilDownThere
Chemistry

Carbon Dating

As isotopes break down, or decay they give off radiation. Materials that decompose in this way are said to have a 'half-life'. As the quantity of material present decreases, so does the actual rate at ... Continue reading

CarbonDating
Physics

Don't Make Waves

Fast and slow swimming pools? What are they? A given pool's walls and other components may create and reflect waves making it more difficult (slow) for athletes to swim. A fast pool minimizes wave ... Continue reading

SwimmingPools
Geology

Earthquake Weather?

In the 4th Century B.C., Aristotle proposed that earthquakes were caused by winds trapped in subterranean caves. Small tremors were thought to have been caused by air pushing on the cavern roofs, and ... Continue reading

EarthquakeWeather
Mathematics

How To Calculate The Circumference Of A Circle

A circle is what you get if you take a straight line and bend it around so that its ends touch. You can demonstrate this by taking a piece of stiff wire and doing just that: bring the ends of the wire ... Continue reading

CircumferenceOfACircle

A Humongous Fungus Among Us

AHumongousFungusDid you ever wonder what the world's largest organism is? If we had to guess, maybe we'd pick an elephant, a giant sequoia or a whale. Well, those choices would be wrong; this organism is actually a fungus! It was decided in 1992 that Armillaria bulbosa, a soil fungus, was the world's largest organism. It was found in a northern Michigan hardwood forest. Scientists also calculate that it is most likely one of the world's oldest organisms as well, exceeding 1,500 years and weighing in at over 100 tons.

Armillaria bulbosa is actually a plant pathogen. The fungus' hyphae pierce the roots of aspen trees and absorb nutrients from them. Therefore, the majority of the fungus is underground and only tiny mushrooms can be seen in the fall. The mushroom caps from the offshoots are edible and it is sometimes called the 'honey mushroom'.

Fungi are extremely important in our world. They decay organic matter, such as a fallen tree in a forest. Without fungi, we would be left with ever existent fallen trees. We eat them and use them medically, such as for penicillin. What would mushroom lovers do without the tasty treats on their pizza? The next time you see a mushroom, think about Armillaria bulbosa and how much of the mushroom may be underground. It could be much larger, heavier and older than you ever imagined!