Mercury’s Plains and Volcanism Jake Turner PTYS 395.
Bow Echoes: A Review of Conceptual Models WITH SPECIAL THANKS TO: GEORGE BRYAN, NOLAN ATKINS,STAN TRIER Matthew Dux NWS-Pleasant Hill/Kansas City March.
NEA Follow-up Characterization Needs and Issues: Radar and Optical Lance Benner Jet Propulsion Laboratory California Institute of Technology.
Seasonal Change in Titan’s Cloud Activity (A Titan Weather report) Emily Schaller (Caltech) Mike Brown (Caltech), Henry Roe (Lowell Observatory)
Thunderstorm Structure and Evolution Eric A. Pani The University of Louisiana at Monroe.
AGU 2004 Fall Meeting, May 19, 2015Slide 1 Jointly Retrieving Surface Soil Moisture from Active and Passive Microwave Observations using Cubist Data-Mining.
VOCALS The focus of VOCALS is to better understand and simulate how marine boundary layer cloud systems surrounding the Americas interact with the coupled.
Improving radar Doppler wind information extraction Yong Kheng Goh, Anthony Holt University of Essex, U. K. Günther Haase, Tomas Landelius SMHI, Sweden.
Multi-Satellite Remote Sensing of Global Inundated Surfaces over a Decade PAPA Fabrice(1), PRIGENT Catherine(2), AIRES Filipe(3), ROSSOW William(1) (1)
The use of WSR-88D radar data at NCEP Shun Liu SAIC/ National Centers of Environmental Prediction, Camp Springs, Maryland.
SATURN’S MYSTERIOUS MOON TITAN. Why are Saturn and Titan Important Saturn is a miniature Solar System.
Flash floods associated with MCSs – observations Petersen W. A., L. D. Carey, S. A. Rutledge, J. C. Knievel, N. J. Doesken, R. H. Johnson, T. B. McKee,