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Research scientists meeting this month in Key West, Fla., literally have their heads in the clouds. More than 400 scientists, engineers, theoreticians and pilots from NASA, other government agencies, academia and industry are conducting an experiment to obtain better predictions of global climate change by examining how cirrus clouds form and evolve. This is a very ambitious attempt to better understand what makes cirrus clouds tick, said Dr. Randy Friedl, a research scientist from NASA s Jet Propulsion Laboratory, stanley cup Pasadena, Calif. We are addressing key uncertainties in gourde stanley how these clouds affect climate change. Friedl is lead scientist on NASA s WB-57F aircraft, one of six aircraft being used in the experiment. He is one of several JPL research scientists and teams participating in the effort, called the Cirrus Regional Study of Tropical Anvils and Cirrus Layers - Florida Area Cirrus Experiment. Cirrus clouds, or ice clouds, are high, cold clouds composed of microscopic ice crystals that range in size from a few to thousands of micrometers. stanley coffee mug A human hair is about 1,000 micrometers thick. In the tropics, these clouds form at altitudes from about 6,000 meters 20,000 feet to 18,288 meters 60,000 feet . Both the characteristics of tropical cirrus clouds and the way they interact with solar and infrared radiation may help determine surface temperatures on Earth. Scientists are also looking at the effects that water vapor traveling in the tropical tropopause, lo Fnsi American History Has Some Lessons for the Next Phase of the Mueller Investigation
By Eliana Dockterman stanley termos and Francesca TrianniUpdated: stanley website January 30, 2015 11:28 AM [ET] | Originally published: January 30, 2015 11:18 AM EST;Consider the fumble. Unlike a basketball, soccer ball or baseball, a football will never fall the same way twice. Its cone shape causes it to bounce in random directions, and every time the ball is fumbled, players must dive on top of where they think it might be going in an attempt to recover it. It the most exciting part of the gamemdash;and, it turns out, perhaps the most important.The reason we call a football a pigskin is because the balls were originally made from a pig bladder. Those balls were about the same size as today but were not as pointy on the ends. The balls only began to take their modern shapemdash;what stanley quencher known as a prolate spheroidmdash;after the forward pass was introduced, because it easier to throw a pointier ball, even though harder to predict what will happen to it when it hits the ground.These guys are gladiators, the best specimen of humans that we have, but when it comes to the ball being dropped, they ;re reduced to kindergartners because they just throw themselves on top of it. That the best you can do in terms of recovering this ball, says Ainissa Ramirez, and scientist and author of the book Newtonrsquo Football: The Science Behind Americarsquo Game.MORE How Digital Footballs Could Have Saved Us From DeflategateIt a proble