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Air-sea interaction Altug Aksoy Awards AXBTs boundary layer Bradley W. Klotz climate convection COYOTE cyclogenesis Doppler radar Doppler wind lidar dropwindsondes Education/outreach Eric W. Uhlhorn Frank D. Marks G-IV Global Hawk GRIP H*Wind History Hua Chen Hurricane Arthur Hurricane Cristobal Hurricane Danny Hurricane Earl Hurricane Edouard Hurricane Ensemble Data Assimilation System (HEDAS) Hurricane Hermine Hurricane Ingrid Hurricane Irene Hurricane Isaac Hurricane Matthew Hurricane Sandy HWRF Jason P. Dunion John F. Gamache John Kaplan Joseph J. Cione Jun A. Zhang Kathryn J. Sellwood landfall Lisa R. Bucci Mark D. Powell Media Michael L. Black Michael T. Montgomery Neal M. Dorst Observing System Evaluations Observing System Simulation Experiments P3 Paul D. Reasor Picture gallery PREDICT rainfall rapid intensity change Robert A. Black Robert F. Rogers Saharan air layer satellite Sensing Hazards with Operational Unmanned Technology (SHOUT) Shirley T. Murillo Sim D. Aberson Stanley B. Goldenberg Stepped Frequency Microwave Radiometer (SFMR) Storm surge Sundararaman G. Gopalakrishnan Sylvie Lorsolo synoptic surveillance Thiago S. Quirino Tomislava Vukicevic Tropical Storm Erika Unmanned Aerial Systems vertical shear Xuejin ZhangArchive
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Tag Archives: Unmanned Aerial Systems
HRD Seminar – Kelly Ryan, CIMAS and AOML/HRD, Tucson, AZ – 28 October 2016
Kelly Ryan presented a seminar titled “OSSE Evaluation of the Impact of Aircraft Observations on Hurricane Analyses and Forecasts” at the University of Arizona. A copy of the presentation is available on the anonymous ftp site: ftp://ftp.aoml.noaa.gov/pub/hrd/blog/seminars/2017/Ryan_UA_seminar_Oct2016.pdf
Posted in Data Assimilation, HFIP-Hurricane Forecast Improvement Project, Modeling and Prediction, Observations, Presentations
Tagged Altug Aksoy, COYOTE, Doppler radar, dropwindsondes, Javier Delgado, Joseph J. Cione, Kelly Ryan, Lisa R. Bucci, Observing System Simulation Experiments, Shirley T. Murillo, Unmanned Aerial Systems
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HRD Debrief for missions into Hurricane Matthew – 20 October 2016
HRD researchers discussed the results from the 9 P-3, 9 G-IV, and 3 Global Hawk missions into Hurricane Matthew (30 September to 8 October 2016). The agenda for the discussion was: Slides from the debrief are available at: ftp://ftp.aoml.noaa.gov/pub/hrd/blog/meetings/2016/HFP/MatthewDebrief_10202016.pptx
Posted in Data Assimilation, Dynamics and Physics, HFIP-Hurricane Forecast Improvement Project, Impacts, Modeling and Prediction, Observations, Presentations
Tagged Air-sea interaction, COYOTE, Doppler radar, dropwindsondes, Evan Kalina, Frank D. Marks, G-IV, Global Hawk, Hurricane Matthew, HWRF, Joseph J. Cione, Kelly Ryan, Lisa R. Bucci, P3, rapid intensity change, Robert F. Rogers, Sensing Hazards with Operational Unmanned Technology (SHOUT), synoptic surveillance, Unmanned Aerial Systems, vertical shear
Joe Cione and Frank Marks talk to Scientific American about flying through hurricanes and the data they collect
Read about it at https://www.scientificamerican.com/article/hurricane-matthew-monitors-fly-into-the-belly-of-the-beast/.
Hurricane Field Program Update – Sunday, Oct. 9, 2016 11AM Eastern
OPERATIONS Sunday, 9 Oct. 2016 G-IV: No flights scheduled. NOAA43: Was scheduled to fly Tail Doppler Radar missions into Matthew with take off times of 0600 UTC (2:00AM) and 1800 UTC (2:00PM). These flights are cancelled. Global Hawk: Is scheduled to land at NASA’s Armstrong Research … Continue reading
Joe Cione talks to Quartz about the Coyote
Read the article at http://qz.com/803994/a-lightweight-drone-is-investigating-hurricane-matthew-by-flying-into-the-eye-of-the-storm/.
Hurricane Field Program Update – Saturday, Oct. 8, 2016 11AM Eastern
OPERATIONS Saturday, 8 Oct. 2016 G-IV: No flights scheduled. NOAA43: Flew a Tail Doppler Radar mission into Matthew. They took off around 0600 UTC (2:00AM) from MacDill Air Force Base, Tampa, FL. Three HRD scientists were on this flight. NOAA43: Is scheduled fly a Tail … Continue reading
Posted in Data Assimilation, HFIP-Hurricane Forecast Improvement Project, IFEX - Hurricane Field Program, Modeling and Prediction, Observations
Tagged COYOTE, Doppler radar, dropwindsondes, G-IV, Global Hawk, Hurricane Matthew, P3, Sensing Hazards with Operational Unmanned Technology (SHOUT), synoptic surveillance, Unmanned Aerial Systems
NOAA’s hurricane hunter aircraft hunts again for Hurricane Matthew
The NOAA43 hurricane hunter aircraft continues to track Matthew. The P2 will conduct two flights today. The first flight takes off at 2AM Eastern (0600 UTC) from MacDill Air Force Base, Tampa, FL. Later this afternoon NOAA43 will take off at 3PM Eastern (1900 UTC). … Continue reading
Hurricane Field Program Update – Friday, Oct. 7, 2016 11AM Eastern
OPERATIONS Friday, 7 Oct. 2016 G-IV: Flew a synoptic surveillance mission around Matthew. Take off was at 0530 UTC (1:30AM Eastern) from MacDill Air Force Base, Tampa, FL. No HRD scientists were on this flight. NOAA43: Was scheduled for a Tail Doppler Radar … Continue reading
Posted in Data Assimilation, HFIP-Hurricane Forecast Improvement Project, IFEX - Hurricane Field Program, Modeling and Prediction, Observations
Tagged Doppler radar, dropwindsondes, G-IV, Global Hawk, Hurricane Matthew, P3, Sensing Hazards with Operational Unmanned Technology (SHOUT), Unmanned Aerial Systems
Joe Cione talks to Bloomberg News about possibly using the Coyote in Hurricane Matthew
You can read the article at http://www.bloomberg.com/news/articles/2016-10-07/forecasters-can-see-hurricane-matthew-s-damage-before-it-happens.
The Global Hawk will also fly over Hurricane Matthew to gather data
As part of NOAA’s Sensing Hazards with Operational Unmanned Technology (SHOUT) field campaign the Global Hawk is scheduled to fly tonight for a 24-h mission over Hurricane Matthew. The Global Hawk will take off at 7PM Pacific (10PM Eastern) from NASA’s Armstrong … Continue reading