PPT-Development of 2016 Hemispheric Emissions for CMAQ

October 24 2018 Presented by Jeff Vukovich A Eyth B Henderson C Jang US EPA OAQPS C Allen J Beidler K Talgo CSRAGDIT Goal Support a northern hemispheric CMAQ run for year 2016 using the latest available emissions data to better understand hemispheric transport of biogenic and anthropogenic pollutants. 1. Model-estimated U.S. utility atmospheric mercury deposition contribution to the Great Lakes: HYSPLIT-Hg (1996 meteorology, 1999 emissions) vs. CMAQ-Hg (2001 meteorology, 2001 emissions). . This figure also shows an added component of the CMAQ-Hg estimates -- corresponding to . Multiscale. Air Quality (CMAQ) Modeling System. version . 5.0 . Training. http://. www.cmaq-model.org. 2. Training Overview. AQM overview. CMAQ basics. CVS, I/O API, . netCDF. CMAQ scripts. CMAQ programs and options. Hao He, Dan Goldberg, Tim . Vinciguerra. , Tim Canty, Russ Dickerson, and the UMD RAMMPP group. Apr. 23, 2015. OTC Committee Meeting . 1. “Beta . Chemistry”. 2. Problem #1: In . standard CMAQ. , lifetime of alkyl nitrates (NTR) is ~10 days. Long lifetime means NTR does not contribute to ozone production.. National Exposure Research Lab. Research Triangle Park, NC. Community Multiscale Air Quality (CMAQ) Modeling for Regional and Hemispheric Scales. Global Atmosphere Watch Workshop on Measurement-Model Fusion for Global Total Atmospheric Deposition (MMF-GTAD). October 2018. Kirk Baker, Heather Simon, . Gobeail. McKinley, Neal . Fann. , Elizabeth Chan. 1. Motivation. Reduced form/complexity tools are often used to replicate air quality and health impacts for emissions scenarios to avoid using resource-intensive photochemical (full-form) grid models. Yilin Chen, Huizhong Shen, Armistead G. Russell, Talat . Odman. , . Jhih-Shyang. Shih, . Juha. . Siikamäki. , Dallas . Burtraw. , Charles Driscoll, Richard Smith, Shuai Shao. Speaker: M. Talat . Odman. C. . Hogrefe. 1. , . J. . Xing. 1. , . J. . Flemming. 2. , . M.-Y. Lin. 3. , R. Park. 4. , G. . Pouliot. 1. , . S. . Roselle. 1. , . R. Bianconi. 5. , E. Solazzo. 6. , S. Galmarini. 6. , and R. Mathur. 1*. , Bok . Haeng. Baek. 2. , . Jinseok Kim. 1. , . Jinsu. Kim. 1. , . Youjung. Jang. 1. , . Minwoo. Park. 1. , . Yungyeong. Choi. 1. , Eunji Lee. 1. , . Hyunjin. Park. 1. Development of an Integrated Assessment Model for Korea : . Is the time right to add lightning-NO to operational air quality forecast models? Dale Allen Dept. of Atmos and Oceanic Sci, UMD-College Park Kenneth Pickering Atmos Chem and Dyn Branch, NASA-GSFC Robert Pinder and Thomas Pierce Update. Ellen Cooter. U.S. EPA, National Exposure Research Lab, Research Triangle Park, NC. . Verel Benson. Benson. . Consulting, Columbia, MO. Limei Ran. Institute for the Environment, University of North Carolina, Chapel Hill, NC. Talat Odman. Fernando Garcia-Menendez . Aika. . Yano. Yongtao. . Hu. . CMAS Annual Conference. Chapel Hill, North Carolina. October 16, 2012. Contributors. Scott . Goodrick. , . Yongqiang. Liu, Gary . Improved Air Quality Modeling for Predicting the Impacts of Controlled Forest Fires. Fernando Garcia Menendez. Georgia Institute of Technology . 10/8/2009. Evaluation of Air Quality Models Applied to . Atmospheric Modeling and Analysis Division, NERL, EPA. Overview of New Features in CMAQv5.0. Highlights. CMAQv5.0 . Incorporates many scientific advances to keep abreast of the latest research in gas chemistry, aerosol chemistry and thermodynamics, aqueous chemistry, and photolysis. 3. in California using Satellite Observations from TES . Jennifer Hegarty. 1. , Chantelle Lonsdale. 1. , . Karen Cady-Pereira. 1. , Matthew Alvarado. 1. , . John Nowak. 2. , Jennifer Murphy. 3.