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Beluga Whales

Beluga whales inhabit the Arctic and subarctic regions of Russia, Greenland, and North America. Some populations are strongly migratory, moving north in the spring and south in the fall as the ice forms in the Arctic. As the ice breaks up in the spring, the whales move north again feeding near river mouths and offshore. There are a few isolated ...

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BelugaWhales
Astronomy

Mission: Gather Comet Dust; Return To Earth

One of the most imaginative NASA missions of recent years is the Stardust mission. Its main purpose: to gather dust and particles from comet P/Wild 2 and return them to Earth for study. Think about ... Continue reading

CometDust
Astronomy

Big Fish

The phrase 'big fish eat little fish' may hold true when it comes to planets and stars. Perhaps as many as 100 million of the sun-like stars in our galaxy harbor close-orbiting gas giant planets like ... Continue reading

BigFish
Biology

Butterflies In Your Brain

The idea behind chaos theory is that complex systems have an inherent element of unpredictability. The human brain certainly qualifies as a complex system. It is also a chaotic system. It does not ... Continue reading

ButterfliesInYourBrain
Astronomy

Starburst, No, Not The Candy

A starburst galaxy is a galaxy experiencing a period of intense star forming activity. Although this activity may last for ten million years or more, that is like a month in the life of a ten billion ... Continue reading

StarburstAstro

Left Nostril Right Brain

LeftNostrilRightBrainA recent experiment performed by researchers at Philadelphia's Monell Chemical Senses Center, probably the world's pre-eminent institution devoted to the study of smell, showed that the world smells different through your two nostrils. When the participants in the experiment sniffed through their left nostril, connecting to their left brain, they showed slightly better skill identifying odors by name. When they sniffed through their right nostril, they found the odors more pleasant. Why the difference?

The right nostril connects most directly to the right hemisphere, while the left links to the left side of the brain. For most people, even left-handers, the dominant language centers are in the brain's left hemisphere. The right hemisphere dominates, by contrast, for some kinds of emotional processing. That's why people with a stroke on the left side of their brain often lose basic language skills, such as the ability to find the right word for an object or to string words together intelligibly. Right-brain stroke patients are more likely to lose certain emotional components of their speech, such as the ability to modulate the pitch and loudness of their voice.