| Session Chairs: | Katherine Horgan, tracy haack |
08:20 F5-1 MESOSCALE MODELING AND EM PROPAGATION DURING THE SMARTEX FIELD CAMPAIGN
Tracy Haack*1, Sally Garrett2
1NRL, Monterey, CA
2DTA, Auckland, New Zealand
08:40 F5-2 USING THE OUTPUT DATA OF THE WEATHER FORECAST MODEL COSMO TO PREDICT THE TURBULENT MODULAR TRANSFER FUNCTION OVER A TROPICAL OCEAN AND COMPARISON WITH EXPERIMENTAL RESULTS DURING THE SMARTEX TRIAL
Detlev Sprung*1, Erik Sucher1, Ulrich Trempel2
1Signatorics, Fraunhofer Institute of Optronics, System Technologies and Image exploitation IOSB, Ettlingen, Germany
2Wehrtechnische Dienststelle fr Waffen und Munition (WTD91), Meppen, Germany
09:00 F5-3 REDUCED TURBULENT MIXING IN A MESOSCALE NWP MODEL FOR RADAR PROPAGATION FORECASTING
Stuart Fox*
Met Office, Exeter, Devon, United Kingdom
09:20 F5-4 INTEGRATION OF REFRACTIVITY FROM CLUTTER AND NUMERICAL WEATHER PREDICTION
Caglar Yardim*, Ali Karimian
Marine Physical Lab., University of California, San Diego, La Jolla, CA
09:40 F5-5 SURFACE AND ELEVATED DUCTS AND IMPLICATIONS ON THE MODELING OF MESOSCALE NWP REFRACTIVITY AND RADIO-WAVE PROPAGATION
Andy S. Kulessa*1, Jorg M. Hacker2
1EWRD, Defence Science & Technology Organisation, Edinburgh, SA, Australia
2Airborne Research Australia, Salisbury South, SA, Australia
10:20 F5-6 EXTENDED AND PERSISTENT SURFACE BASED RADIO FREQUENCY DUCTING OVER ARID LAND
Robert E. Marshall*, Katherine L. Horgan, Isha M. Renta, Victor R. Wiss
NSWCDD, Dahlgren, VA
10:40 F5-7 COMPARISON OF CLIMATE REANALYSIS DATA WITH DATA FROM A HIGH-RESOLUTION MESOSCALE MODEL
Ian Will*
Naval Research Lab, Washington, DC
11:00 F5-8 A COMPARISON OF DUCT CLIMATOLOGIES BASED ON VARIOUS DATA SOURCES
Thomas R. Hanley*1, Jonathan Z. Gehman1, Brian T. Taylor1, Tracy Haack2
1Johns Hopkins University Applied Physics Laboratory, Silver Spring, MD
2Naval Research Laboratory, Monterey, CA
11:20 F5-9 A RADIOSONDE-BASED UPPER-AIR ELECTROMAGNETIC DUCTING CLIMATOLOGY DATABASE AND ANALYSIS SYSTEM
Paul Frederickson*1, Tom Murphree1, Chuck Skupniewicz2, David Ramsaur2, Megan Hutchins2, Amalia Barrios3
1Department of Meteorology, Naval Postgraduate School, Monterey, California
2Climatology Division, Fleet Numerical Meteorology and Oceanography Center, Monterey, California
3Atmospheric Propagation Branch, Space and Naval Warfare Systems Center, Pacific, San Diego, California
11:40 F5-10 CLIMATOLOGIES OF POD WITH THE COUPLED SYSTEM WRF-APM
Francois C. Vandenberghe*1, Eric Mandine2, Michel Aidonidis3
1Research Applications Laboratory, National Center for Atmospheric Research, Boulder CO
2C-S Information System, Toulon, France
3Meteo-France, Brest, France