There's not much right about this page from a mid-20th century kids' book. Besides the obvious creepiness, it looks like Alfred E Neuman on the left is trying to lift the skirt of the girl next to him.
Reuters: "Bhatta put together three models for what he called 'pay as you weigh airline pricing.'
The first would charge passengers according to how much they and their baggage weighed. It would set a rate for pounds (kg) per passenger so that someone weighing 130 pounds (59 kg) would pay half the fare of 260-pound (118-kg) person." — Rob
is a tumblr blog that compiles stories about the discomfiting, disturbing, and just plain terrifying parts of science. From 13th-century bioterrorism to the killer carbon dioxide gas bubbles of central Africa, there's plenty here to amaze you and freak you the frack out. — Maggie
A Q&A piece on the National Oceanic and Atmospheric Administration begins with this incredibly disconcerting sentence: "During each hurricane season, there always appear suggestions that one should simply use nuclear weapons to try and destroy the storms."
Really? Seriously, America?
Anyway, the entire piece ends up being pretty fascinating, as research meteorologist Chris Landsea explains why nuking a hurricane would be a bad idea ... besides, you know, the obvious reasons.
... an explosive, even a nuclear explosive, produces a shock wave, or pulse of high pressure, that propagates away from the site of the explosion somewhat faster than the speed of sound. Such an event doesn't raise the barometric pressure after the shock has passed because barometric pressure in the atmosphere reflects the weight of the air above the ground. For normal atmospheric pressure, there are about ten metric tons (1000 kilograms per ton) of air bearing down on each square meter of surface. In the strongest hurricanes there are nine. To change a Category 5 hurricane into a Category 2 hurricane you would have to add about a half ton of air for each square meter inside the eye, or a total of a bit more than half a billion (500,000,000) tons for a 20 km radius eye. It's difficult to envision a practical way of moving that much air around.
Attacking weak tropical waves or depressions before they have a chance to grow into hurricanes isn't promising either. About 80 of these disturbances form every year in the Atlantic basin, but only about 5 become hurricanes in a typical year. There is no way to tell in advance which ones will develop. If the energy released in a tropical disturbance were only 10% of that released in a hurricane, it's still a lot of power, so that the hurricane police would need to dim the whole world's lights many times a year.
Read the rest of the piece at the NOAA website
Via Mark Strauss
Image: NASA/GSFC/Jeff Schmaltz/MODIS Land Rapid Response Team