PPT-HURRICANE MATTHEW EXTREME WINDS AND PRECIPITATION FROM SPACE

Lucrezia Ricciardulli Thomas Meissner Frank Wentz Remote Sensing Systems Santa Rosa CA USA INTERNATIONAL WORKSHOP ON MEASURING HIGH WIND SPEEDS OVER THE OCEAN November 2016 UK MET OFFICE Exeter UK. C. lassroom Example) . Briefer’s Name Here. Date here. Hurricane Ursula (82L). CAT: 4. Sustained 135 Kts G165Kts. 071500Z May 2014. Hurricane Ursula (82L). Forecast Track. CAT: 4. Sustained 135 Kts G165Kts. Hurricane landfalls in the U.S. since 1950 – 2005 / National Climatic Data Center / NOAA. What is a Hurricane? . A hurricane is a . large, severe storm that develops over tropical (warm) oceans. . Is the Frequency and Magnitude of Extreme Hydrological Events Changing in Southern New York State?. Adao. Matonse. 1. , Allan Frei. 2. , David Lounsbury. 1. Donald Pierson. 1. , Mark Zion. 1. , and Elliot Schneiderman. and Climate Change. AOSS 480 - 4/20/2015. Bukowski, Frey, Loeffler, Slevin. http://eoimages.gsfc.nasa.gov/images/imagerecords/79000/79553/sandy_goe_2012302_1745_lrg.jpg. Presentation Outline. Analysis of Hurricane Sandy. Hurricanes. What is a hurricane?. A hurricane is a huge storm! It can be up to 600 miles across and have strong winds . increase . inward and upward at speeds of 75 to 200 mph. Each hurricane usually lasts for over a week, moving 10-20 miles per hour over the open ocean. Hurricanes gather heat and energy through contact with warm ocean waters. Evaporation from the seawater increases their power. Hurricanes rotate in a counter-clockwise direction around an . for . Pembroke Shores. 2015 Storm Names. Ana. Bill. Claudette. Danny. Erika. Fred. Grace. Henri. Ida. Joaquin. Kate. Larry. Mindy. Nicholas. Odette. Peter. Rose. Sam. Teresa. Victor. Wanda. Emergency Contact Information. Idar Barstad. Idar.Barstad. @uni.no. Uni Research – (. UniComputing / Bjerknes Centre for Climate Research). Motivation: . Orographic precipitation and climate change. Results from a small-scaled field campaign. Compare & contrast an idealized hurricane life cycle with a real life example from the past. Understand how the angle of approach of a storm impacts regional damage. Objectives. Hurricane Structure. Compare & contrast an idealized hurricane life cycle with a real life example from the past. Understand how the angle of approach of a storm impacts regional damage. Objectives. Hurricane Structure. Outline. What is the water cycle?. How do thunderstorms form?. How do hurricanes form?. What is the structure of a hurricane?. How strong can the winds get in a hurricane?. What kind of damage can a hurricane cause?. . Frank . Revitte. National Weather Service. Weather Forecast Office. New Orleans/Baton Rouge. 2017 Seasonal Recap. Above normal activity. 17 Total Named Storms. 7. Tropical Storms. 4. Hurricanes . LECTURE #1: Severe Weather: Introduction toHurricanes everyonemust take the final examApril 2@ 2:00pm coverageweeks 5 ��Page only seasons have more than one Category 51961, 2005, 2007, Why are the tropics differentfrom the mid-latitudes? rculations not in geostrophicor summer when ITCZ is around Recall that mid-latitude cyclones derive their energy from the large temperature gradie Flying into the Eye of the Storm. Rob Rogers . NOAA Hurricane Research Division. Miami, Florida, USA. NOAA Dork Logo. Hurricane Life Cycle. EVOLUTION OF A TROPICAL CYCLONE. Tropical Depression – Winds < 39 mph.