PPT-OLYMPEX Airborne Data Applied to Development of Snowfall Rate-Reflectivity Relationships

Author : aaron | Published Date : 2018-02-25

Andrew Heymsfield and Aaron Bansemer NCAR Contributors Mike Poellot Simone Tanelli Guosheng Liu Chuntao Liu Norm Wood Objectives Using Citation aircraft

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OLYMPEX Airborne Data Applied to Development of Snowfall Rate-Reflectivity Relationships: Transcript

Andrew Heymsfield and Aaron Bansemer NCAR Contributors Mike Poellot Simone Tanelli Guosheng Liu Chuntao Liu Norm Wood Objectives Using Citation aircraft data from OLYMPEX develop relationships between snowfall rainfall rate and radar reflectivity that apply to W . Definition. Proposed network in which all nodes would be located in aircraft.. Used in the following:. Aviation communication. Navigation. Surveillance. Time of war. Two reasons for Airborne Internet Development. YM Wang. 1. , C Huang. 2. , J Saleh. 3. , S Holmes. 4. , XP Li. 3. ,. DR Roman. 1. , S . Preaux. . 1. , T Dieh. 1. , V Childers. 1. . 1. National Geodetic Survey . . 2. National . Chiao. Tung University, Taiwan . Verification . Method using ArcGIS: Zone-Based Verification & Bias Maps. Joe Villani. Ian Lee. Vasil Koleci. NWS Albany, NY. Motivation. Utilize Geographic Information Systems (GIS) technology for a gridded and more representative snowfall verification method. o. bservations of mid-latitude . s. torms . d. uring OLYMPEX. Jennifer . DeHart. OLYMPEX Workshop. 3.22.17. NASA grants: NNX15AN52H, NNX13AG71G, NNX15AL38G, NNX16AD75G. NSF grant: AGS-1503155. APR-3. Testbed. (COAST):. Early Results. L. Guild. 1. , J. Dungan. 1. , M. Edwards. 1. , P. Russell. 1. , J. Morrow. 2. , S. Hooker. 3. , J. Myers. 4. , R. Kudela. 5. , S. Dunagan. 1. , M. Soulage. 6. , J. Livingston. for Polarimetric Radar Data. Takuya Kawabata. 1. ,. Hiroshi Yamauchi. 2. , . Nobuhiro. Nagumo. 1. , . Ahoro. Adachi. 1. 1: Meteorological Research Institute / JMA. 2: Japan Meteorological Agency. Large scale convergence . High-altitude Imaging Rain and Wind. Airborne Profiler (HIWRAP) . Ku- and . Ka. -Band. Cloud Radar System (CRS) . W-Band. ER-2 X-band Radar (EXRAD) . X-Band. G. Heymsfield/GSFC. March 21, 2017. Olympex. Located 47.2772N/-124.211 W, 157 m ASL. S-band, dual-polarization, Doppler Radar. Beam width 0.95°. Vaisala. /SIGMET processor. Strategy: PPI, . RHI_land. , . RHI_ocean. , Birdbath. Full sequence . Quality Control of . OLYMPEX sounding data. Steven Rutledge and Paul E. Ciesielski . . Colorado State University. Data was collected for the period 29 October to 16 January from 5 sites (red dots shown on map).. bservations of mid-latitude . s. torms . d. uring OLYMPEX. Jennifer . DeHart. OLYMPEX Workshop. 3.22.17. NASA grants: NNX15AN52H, NNX13AG71G, NNX15AL38G, NNX16AD75G. NSF grant: AGS-1503155. APR-3. Ku/. Experiment. 25 January – 19 February 2016. Why Do We Have The Winter Weather Experiment (WWE)?. The WWE is not World Wrestling Entertainment, although winter weather is always entertaining. For 5 years, we have brought together WFO forecasters, researchers, and the academic community to discuss improvements to winter forecasting. Ali . Zahraei. Shayesteh. . Mahani. , Cecilia Hernandez, and Reza . Khanbilvardi. NOAA-CREST and CCNY. Crest Symposium 2013, 6th June 2013. Outline:. . SnowFall. Rate . Estimation (. SFRE) Goals. Theresa M. . Damiani. NOAA- National Geodetic Survey, . Geosciences Research Division. CGSIC 2013, Nashville. 1b. Surveying, Mapping, and Geosciences Session. Aerial Surveying. All types of aircraft (helicopter, fixed wing, balloon, UAS). GeoTASO. Status of trace gas retrievals: Caroline . Nowlan. , Scott . Janz. Status of aerosol retrievals: Jun Wang. Relevance to satellite product validation: Laura Judd. Other activities and summary: Jay Al-Saadi.

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