PPT-Mesoscale predictability of

moist baroclinic waves Preliminary work Y Qiang Sun amp Fuqing Zhang Penn State University Group meeting 1211 2013 Why do we Care Although the synopticscale evolution of the . Robert A. Houze, Jr.. University of Washington. ASR Science Team Meetings, Bethesda, 20 November 2014 . Mesoscale Convective Systems. 1. 2. 3. From space. Frequency of MCS anvils over tropics. Yuan and Houze 2010. By Kathy Lovett and Leah Smeltzer. Authors: Patrick S. Market, Rebecca L. Ebert-Cripe. Michael Bodner. March 23, 1966. 7" of snow fell in Eau Claire, Wisconsin. North of the city received as much as 18". . Banding in Two East Coast Snowstorms. Adam Frumkin. Outline . Motivation. Introduction and Background. Objectives/Methods. Introduction to the Two Cases. Results. Conclusions. Motivation. Snowfall rates in mesoscale snowbands can exceed 4in/h. Convective Systems. book sources. :. Markowski. and Richardson (2009), chapter . 10. Houze 1993: . Cloud Dynamics. , chapter . 9. MCS comet modules:. MCSs: squall lines and bow echoes . (. unnarrated. Kristen . Lani. Rasmussen. Robert A. Houze, Jr. ., Anil Kumar. 2013 Mesoscale Processes, Portland, OR . 9 August 2013. Convective . “. h. ot spots. ”. occur near major mountain ranges (. Zipser. Convective Systems . 2. Weather Systems – Fall 2015. Outline:. . Bow Echoes, . Derechos. and . Mesoscale. Convective Vortices. Previously …. We looked at the effects that cold pools and vertical wind shear can have on the tilt, intensity, and structure of squall lines. http://www.ucar.edu/communications/factsheets/Tornadoes.html. Packet#3. Interesting things happen at the . boundaries. , or at the . interface. …. Land, water (coastline). ATMS 316- Mesoscale Meteorology. Sandra Zerkle, Elise Rosa, and Jennifer Arnold. University of North Carolina at Chapel . Hill. ETAP-3: Experimental and Theoretical Advances in Prosody. University of Illinois, Urbana-Champaign, May 28-30, 2015. mesoscale. structure and cloudiness transitions. Robert Wood,. . University of Washington. with help and data from Louise Leahy (UW), Matt . Lebsock. (JPL), Irina . Sandu. (ECMWF). Photo: . Mingxi. Jeffrey R French. 1. , . S. Haimov. 1. , V. Grubišić. 2. , M. Xiao. 3. , L. Oolman. 1. 1. University of Wyoming, Laramie, WY. 2. University of Vienna, Vienna, Austria. 3. Desert Research Institute, Reno, NV. Lauren Stevens and Matt Chamberlain. Outline. :. Set-up of the experiment. Potential predictability of ENSO. Potential predictability of air-sea CO2 fluxes and Net Primary Productivity. Future Work. 1. Army Research Laboratory Aberdeen Proving Ground, MD 21005-5069 ARL-TR-4753 March 2009 Dr. Müge Fermen-Coker Approved for public release; distribution unlimited. REPORT DOCUMENTATION PAGE Form A Circulations in the ABL, and the MJO . Richard H. Johnson. Colorado State University. West Pacific Warm Pool, early Dec 1992 (. Xin. Lin). & Paul . Ciesielski. , Jennifer . Cotturone. , Andy Newman, Brian . Intercomparison. of state-of-the-art . models. Bjarke Tobias Olsen (. btol@dtu.dk. ). Andrea . N. Hahmann. Anna Maria . Sempreviva. Jake Badger. Hans E. Jørgensen. Introduction. Objective. Question.