PPT-Action Items WRF/LES model coupling

Modelmeasurement comparison Forward modeling activities consistency among the models Greenhouse Gas Emissions from the BaltimoreWashington Area Initial Results from the WINTER 2015 flights. Michael D. McAtee. Environmental Satellite Systems Division (ESSD). User Applications and Integration (UA&I). The Aerospace Corporation. ESSD/UA&I. May 2014. Approved for Public Release – Distribution Unlimited . Bart Brashers, ENVIRON. Jared Heath Bowden, UNC. 3SAQS WRF Modeling Recommendations. Week long simulations for beginning of January and July. Tests included:. ECMWF vs. NAM Initial and Boundary Conditions. Caleb Serafy and . Ankur. Srivastava. Dept. ECE, University of Maryland. 3/31/2014. 1. 3D Integration. Vertically stack chips and integrate layers with vertical interconnects. Through Silicon . Vias. Chem. “Aerosol Chemicals to Aerosol Optical Properties” Module using data from the MILAGRO campaign. J. C. Barnard, J. D. Fast, G. Paredes-Miranda, W. P. Arnott, and A. . Laskin. Atmos. Chem. Phys. Passcode. 69801. Potential . Vorticity. and Its Application in Operations. Philip N. Schumacher. 11 December 2007. This talk is based on work done with Dr. Martin Baxter of Central Michigan University and Josh Boustead of WFO OAX.. Towards Improving Cold Air Pools. Jared Bowden. Kevin . Talgo. UNC Chapel Hill. Institute for the Environment. Feb. 25, 2015 . Motivation. Strong and persistent low-level atmosphere temperature inversions . WRF: Setup and run. ATM 419. Spring 2016. Fovell. 1. References. ARW users guide (PDF available). http://www2.mmm.ucar.edu/wrf/users/docs/user_guide_V3/contents.html. Technical description of WRF (PDF). Mireia Udina. 1. , MR Soler. 1. , S Viana. 2. , C Yagüe. 3. 1. Mesoscale & . microscale. meteorology group, University of Barcelona, . Catalunya. , Spain. 2. Agencia . Estatal. de . Meteorología. Nonhydrostatic. atmosphere and hydrostatic ocean models based . on unstructured . centroidal. . Voronoi. (. hexagonal. ) meshes using C-grid staggering and selective grid refinement.. Jointly . developed, primarily by. Aim:. 18. th. -19. th. April 2010 - Cyclone taking dust SW as opposed to SE. 15. th. – 16. th. North Scotland hit. Cyclone has moved north dragging dust into the Atlantic. Follow the dust track and predict landfall. Observation and Simulation . Yongqiang Sun, Michael Ying, . Shuguang. Wang, . Fuqing. Zhang. Group meeting. 07-19-2013. Wheeler and . Kiladis. . 1999. . . Kiladis. . et al. 2009. 2-Day. Motivation: . ATM 419/563. Spring 2019. Fovell. Goal. How to use WRF in support of scientific experimentation with an appreciation of its capabilities, an understanding of its strengths, and an awareness of its limitations. CYGNSS Satellite Mission Support. Xiaowen. . Li. 1,2. . Taka Iguchi. 3,2. Stephen Nicolls. 2. . 1. Morgan State University. . 2. NASA Goddard Space Flight Center. 3. University of Maryland, College Park. Benjamin . Lamptey,PhD. (Meteorologist). Regional Maritime University, Accra Ghana. bllamptey@gmail.com. An update on the google-funded UCAR Meningitis Weather Project. Abudulai. Adams-. Forgor. , Patricia .