PDF-Modeling the Distribution of the Volcanic Aerosol Cloud

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from the 17831784 Laki Eruption Luke Oman23 4545 Department of Environmental Sciences Rutgers University New Brunswick New Jersey 2Department of Geology and Geophysics

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Modeling the Distribution of the Volcanic Aerosol Cloud: Transcript

from the 17831784 Laki Eruption Luke Oman23 4545 Department of Environmental Sciences Rutgers University New Brunswick New Jersey 2Department of Geology and Geophysics University of Hawaii. The volcanic aerosol cloud forms in several weeks by the conversion of sulfur dioxide SO to sulfate aerosol and its subsequent microphysical transfor mations The resulting cloud of sulfate aerosol particles with a residence time of a couple of years Jingqiu . Mao . (GFDL/NOAA), . Songmiao. Fan (. GFDL/NOAA), . Ying . Chen (. Fudan. U, China). A . dominant source of nutrient iron to open . ocean, critical for plankton in surface waters:. -Biological pump of CO2. 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. 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. 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. Matthew Toohey. 1. Kirstin . Krüger. 1,2. , . Claudia . Timmreck. 3. , . Hauke . Schmidt. 3. 1 . GEOMAR. , Helmholtz Centre for Ocean Research Kiel, Germany. 2 . Now at . University . of Oslo, Norway. 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 . contributions . to the decadal . variations of stratospheric aerosol. Mian Chin. , NASA Goddard Space Flight Center. Plus:. Thomas . Diehl, . Qian. Tan, . Huisheng. . Bian. , John Burrows, . Nickolay. 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. U.S.. Air Quality Applied Sciences Team 10th Semi-Annual . Meeting, January . 5-7, 2016. James T. . Kelly. Office . of Air Quality Planning & . Standards. U.S. . Environmental Protection Agency, Research Triangle Park, . . 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 .

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