If you’re not feeling lucky, don’t venture into Wyoming, Utah, or Colorado. These states have some of the highest mortality rates caused by natural disasters, according to a new “death map” that plots where Mother Nature takes her heaviest tolls.
From 1970 to 2004, natural disasters killed some 20,000 people in the U.S. Surprisingly, the deadliest events aren’t the ones that make the headlines. More people died from heat/drought (19.6 percent), sizzling summers (18.8 percent), and freezing winters (18.1 percent) than earthquakes, wildfire, and hurricanes combined (less than 5 percent). And who would’ve thought that lightning accounted for 11.3 percent of deaths from natural hazards? The strikes were especially concentrated in the New England and southeastern states.
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· Scientists have found the next great weapon against bacteria: marijuana.
· The Large Hadron Collider isn’t going to destroy the Earth, but if it did, it would look really cool from afar.
· Chris Mooney looks at Gustav, the storm forming in the Caribbean, and says, “Uh-oh.”
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As Lusi, the world’s fastest-growing mud volcano, now stands on the brink of collapsing upon itself, the geologists studying this bizarre dirt-spewing pit now say they are almost certain that a well drilled for natural gas production caused it to form.
Lusi first erupted mud and toxic gas in May 2006, killing 13 people and soaking a dozen east Indonesian villages. Lapindo Brantas, the mining company, said an earthquake two days prior provided the jolt that kick-started the volcano. But Michael Manga and his grad student Maria Brumm of the University of California, Berkley investigated that claim, and they found that was highly unlikely the earthquake was the cause. The quake was centered more than 150 miles away from the mud volcano, the researchers say, and none of the ways earthquakes are triggered could explain how it set off Lusi.
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Keren Blankfeld Schultz at Scientific American has an interesting report on the effects of severe weather on the length of a single day, or the total time it takes Earth to rotate once on its axis. As it turns out, the speed of the planet’s rotation is determined by the amount of mass across its surface, which is made up of the “roiling aggregation of gases that comprise the atmosphere, the solid earth itself, its fluid core, and the sloshing ocean.”
So when an event that has the power to move a huge amount of mass—such as, say, an earthquake and/or tsunami—occurs, it can alter the earth’s rotation speed enough to lengthen or shorten a day by as much as several thousandths of a second.
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