PPT-Observations of the Impact of

Orographic Cumulus Clouds on the Ambient Flow Yonggang Wang and Bart Geerts University of Wyoming Laramie Wyoming 82071 wyguwyoedu 1 Introduction The effect of detraining cloudy air on the surrounding clear air has been studied mainly using numerical simulations . 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 . Lidia Cucurull. . (*)(**) . Chief, Global Observing Systems Analysis (GOSA) Group. Ruifang. Li. (*). , . Hongli. Wang. (*. ). , Jason English. (*). , . Tanya . Peevey. (*). , and Kirk . Holub. (*). Dr. . DaNa. L. . Carlis. NOAA/NWS/NCEP/EMC. September 13, 2011. Significant contributions from Brad . Ballish. (NCO), . Ron . Gelaro. (GMAO), Stan Benjamin (ESRL), Jim Jung (JCSDA), Dennis Keyser (EMC), . Spatter Definition. What is impact spatter?. A blood stain produced when an object makes forceful contact with a source of blood, projecting blood outward from the source.. Why do we care?. Why is impact spatter important?. Spatter Definition. What is impact spatter?. A blood stain produced when an object makes forceful contact with a source of blood, projecting blood outward from the source.. Why do we care?. Why is impact spatter important?. Sharanya J. Majumdar (RSMAS/U. Miami). Session. . 3.1. , . THORPEX/DAOS WG. Fourth Meeting. 27-28. June 2011.. Introduction. 3. rd. DAOS WG meeting in Montreal (July 2010): reviewed entire procedure: case selection, objective techniques, evaluation methods.. . A comparative analysis of the Global South versus the Global North. Research Policy, . Volume 46, Issue 1, February 2017, . 265–279. Hugo Confraria*, Lili Wang* . and. Manuel Mira Godinho** . (*MERIT-UNU, **. FPAW. Danny Sims, ANG-C61. 13 July 2017. Outline. Impact of Missing Observations. Real Time Mesoscale Analysis (RTMA) Description. How good is RTMA. Bulk statistics versus location specific. Description of Assessment. Reduced Russian . Radiosonde. Reports. James Cotton. 1. , Lawrence Morgan. 1. and Mary Forsythe. 1 . with Rebecca Reid. 1. , Bruce Ingleby. 1,2. , Mark Rodwell. 2. & Lars Isaksen. 2. 1. Met Office, . Lidia Cucurull. . (*)(**) . Chief, Global Observing Systems Analysis (GOSA) Group. Ruifang. Li. (*). , . Hongli. Wang. (*. ). , Jason English. (*). , . Tanya . Peevey. (*). , and Kirk . Holub. (*). Sounder Radiances . using . Forecast . Sensitivity to . Observation Impact . (FSOI) Metrics. Will McCarty. 1. , Dan Holdaway. 2. , and Ron Gelaro. 1. Global Modeling and Assimilation Office. 1. NASA Goddard Space Flight Center. June 5-7, 2013, NCWCP, College Park, MD. Utility of . GOES. -R . ABI . and GLM instruments in . regional . data assimilation . for . high-. impact weather. Milija Zupanski. Cooperative . Institute for Research in the Atmosphere. Cristina Thomas (Northern Arizona University). Andy Rivkin (JHU-APL). & the Observing Working Group. Level 1. WG Objective. WG Task. 3. Determine . Didymos. system properties. 2019 , 2020-2021 observations. 27 June 2022. Presented to NOAA Systems . Performance Assessment Team. 1. NOAA has asked us for input on future RO needs to help in their planning. How many RO profiles per day are needed? Is there an upper limit to the number that would be useful for NWP? Is there a knee in the cost-benefit curve?.