PPT-Cloud and Aerosol size distributions

and CCN activity Sara Lance WFM Pilot Study Preliminary Observations Aug 24 2017 Aerosol Impacts Climate Global Dimming Haze blown off the Eastern coast of China over Bo Hai Bay and the Yellow Sea. Robert Wood. University of Washington. W. ith contributions . from . Eowyn. Baughman, Dan . Grosvenor, Daniel McCoy, Chris . Terai. , Matt . Lebsock. , Dave Leon, Jeff Snider, Tony . Clarke, . Duli. Betty Croft. 1. , Jeff Pierce. 1,2. and Randall Martin. 1,3. 1. Dalhousie University, Halifax, Canada. 2. Colorado State University, Fort Collins, USA. 3. Harvard-Smithsonian Center for Astrophysics, Cambridge, USA. Robert Wood. University of Washington. Radiative. “forcing” components. Cloud effects. Direct . Twomey. Mixed ph.. Semi-dir 2. nd. AIE. t. cld. .  . N. d. . E. CHAM5-HAM. B. Croft. 1. , J.R. . . Pierce. 1. , R.V. Martin. 1,2. , C. Hoose. 3. , and U. Lohmann. 4. 1. Dalhouse University, Canada. 2. Harvard-Smithsonian Centre for Astrophysics, USA. 3. Karlsruhe Institute of Technology, Germany. Presented by Lorraine A. Remer. NASA/Goddard Space Flight Center. Basis of remote sensing. Remote sensing of clouds and aerosols. Observations of aerosol modification of cloud microphysics. 3.1 Explanation. resolved. aerosol microphysics on photochemistry. and . heterogeneous . chemistry. Gan. Luo and . Fangqun. Yu. ASRC, SUNY-Albany. 2015-5-4. Introduction. Aerosol. Micro. physics. Photo. chemistry. COD. Clio Gielen. Michel Van Roozendael, . Francois Hendrick. , Caroline Fayt, . Christian Hermans, Gaia Pinardi, Didier Gilllotay, and Tim Vlemmix. + . Hugo . De Backer, . Veerle. De Bock, and Quentin . Sundar. . A. . Christopher. Department of . Atmospheric Science. The University of Alabama in . Huntsville. Measurement-Based Estimates of Direct Radiative Effects of Absorbing Aerosols above Low-level Clouds. eulerian. model WRF/. Chem. Paolo Tuccella, Gabriele Curci, . Suzanne. . Crumeyrolle. , Guido Visconti. Direct and . Indirect. aerosol . effects. Clean. Polluted. Direct . effect. Indirect. . effect. Robert Wood, Atmospheric Sciences,. University of Washington. Motivation. Aerosols can potentially influence earth’s radiation budget both by direct interaction with sunlight (aerosol . direct . effect), and also by altering cloud radiative properties (aerosol . the responses . of . low clouds . to . aerosols. Robert . Wood, Atmospheric . Sciences,. University of Washington. Motivation. Aerosol impacts on clouds are not simply explained by . Twomey’s. arguments. Product Teams. Teruyuki. Nakajima . EORC/JAXA. 2nd . Japan-Australia GEO-LEO Applications Workshop. Tokyo, Japan. Sep. 1st-2nd, 2016. 1. 2. JAXA Earth Observation Satellite missions. Targets (JFY). 2012. . Spring Quarter 2015. Logistics. Class . webpage. . Class meets 1:30-2:50 Mondays and Wednesdays in Room 406, ATG Building. Instructor: . Prof. . Robert . Wood . [ATG . 718, Phone . sea-salt. mineral dust. soot and tar balls. fly ash. pollen. secondary species. 2. Overall Processes. Formation. Aerosol Growth and Chemical Aging. Trace Gas Chemistry. Emissions. Nucleation. Wet Scavenging.