ScienceIQ.com

Under The Crust

Three centuries ago, the English scientist Isaac Newton calculated, from his studies of planets and the force of gravity, that the average density of the Earth is twice that of surface rocks and therefore that the Earth's interior must be composed of much denser material. Our knowledge of what's inside the Earth has improved immensely since ...

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UnderTheCrust
Engineering

The Truth About Atomic And Hydrogen Bombs

In the 1930's Enrico Fermi and other scientists studying the properties of radioactive materials observed an interesting phenomenon. They found that the readings taken with a Geiger counter were lower ... Continue reading

AtomicAndHydrogenBombs
Biology

Spiders and Their Venom

Spiders, which have been around for about 300 million years, are built differently from insects. They have eight legs, not six, and their bodies are divided into two sections, not three. Entomologists ... Continue reading

SpidersVenom
Engineering

New York to London in Less Than Two Hours

If flying from New York (USA) to London (UK) in less than two hours sounds like science fiction, continue reading. On September 1, 1974 Major James V. Sullivan, 37 (pilot) and Noel F. Widdifield, 33 ... Continue reading

FastestPlane
Astronomy

Is There Weather In Space?

Space weather occurs in the area between the Earth and the Sun and refers to the disturbances and storms that swirl through space, which could have adverse effects on human activities. These ... Continue reading

SpaceWeather

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!