Tagged: Earth Science

NOAA HRRR
Today, meteorologists at NOAA’s National Weather Service are using a new model that will help improve forecasts and warnings for severe weather events. Thanks to the High-Resolution Rapid Refresh (HRRR) model, forecasters will be able to pinpoint neighborhoods under threat of tornadoes and hail, heavy precipitation that could lead to flash flooding, or heavy snowfall and warn residents hours before a storm hits. It will also help forecasters provide more information to air traffic managers and pilots about hazards such as air turbulence and thunderstorms.   (more…)

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During a casual game of golf in 2010, marine biologist Jerry Ault mentioned his latest research project to friend and colleague, Nick Shay. The two are professors at the University of Miami Rosenstiel School of Marine & Atmospheric Science, but their work rarely, if ever, overlaps. Ault tracks the behavior and migratory patterns of marine animals, while Shay studies the waters those animals inhabit.  (more…)

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Despite our best efforts, accurately predicting the weather remains about as easy as accurately predicting the next winning Powerball numbers. But with the installation of a new type of humidity sensor, the fleets of commercial passenger jets that inhabit our skies could soon provide meteorologists an unprecedented look at the sky—in real-time.
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Wild Weather Rounds 2 and 3

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Well the weather this year in Oklahoma just doesn’t seem to want to let up.  Getting in the chair to start monitoring more SEVERE Weather inbound 2 rounds today.  I’ll be monitoring here via the weather links as well as monitoring LIVE via HAM FREQS and KOCO’s livewire.  Today is the greatest risk for tornado’s and severe weather we have had since the EF5 that hit moore just a few days back.  So time to be weather AWARE!!

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VueTOO is offering LIVE coverage of the Asteroid as it passes.

http://www.vuetoo.com/asteroid/Situationpagenews.asp?af=&sit=6526

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Animated Set of Three Images shown from Feb 14 observation by the Faulkes Telescope South in Australia.

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Here’s the viewing schedule:

Noon ET: NASA plans to start streaming near-real-time imagery of the asteroid’s flyby, as provided by telescopes in Australia and Europe, weather permitting. Watch JPL video on Ustream.

2 p.m. ET: To mark the time of closest encounter, NASA will present a half-hour program with commentary from the Jet Propulsion Laboratory. The show will feature computer animations as well as any live or near-real-time imagery that becomes available from telescopes in Australia. Watch video on NASA.gov or Ustream. (NBCNews.com also plans to stream the show.)

3:15 p.m. ET: The Bareket Observatory in Israel says it will air a three-hour webcast featuring imagery from the flyby. Static images of the asteroid and its celestial surroundings will be refreshed every 30 to 60 seconds. Watch Bareket’s webcast.

5 p.m. ET: The Virtual Telescope Project 2.0 will present live video of the asteroid flyby from a telescope in Italy, weather permitting. Video site: Watch Virtual Telescope Project’s webcast.

6 p.m. ET: Weather permitting, the Clay Center Observatory in Massachusetts will stream real-time, high-definition video from 6 p.m. ET until 4 a.m. ET Saturday. Watch Clay Center video on Ustream.

9 p.m. ET: Slooh Space Camera plans to present several live shows about the asteroid flyby, accompanied by expert commentary. Weather permitting, imagery will be beamed to Slooh HQ from telescopes on the Canary Islands and in Arizona. Watch the show on Slooh.com.

9 p.m. ET: A video feed of the flyby from a telescope at NASA’s Marshall Space Flight Center will be streamed for three hours. During the live-streaming event, viewers can ask researchers questions about the flyby via Twitter or the Ustream chat window. Watch Marshall’s Ustream channel.
Source: NBCNews, VueToo