Geometry.Net - Chemistry: Atmospheric Chemistry

Atmospheric Chemistry At UNC-CH
What's New on the Tarheel atmospheric chemistry Web North Carolinians are nicknamed tarheels because during the Revolutionary War the troops from NC stuck
http://airsite.unc.edu/atmchemunc/welcome.html

Extractions: Stop By AIRSITE! A Web Site for International Exchange of Information About Research in Atmospheric Chemistry! Atmospheric Chemistry is a discipline within the Atmospheric and Aquatic Sciences ( AAS ) Program Area in the Department of Environmental Science and Engineering ( ESE ) which is in the School of Public Health ( SPH ) in the Division of Allied Health Affairs at UNC-Chapel Hill which is one of the 16 campus of the Consolidated University of North Carolina. The AAS Program Area provides research-based graduate education that is focused on the sources, transport and transformation, and fate of natural and anthropogenic materials in stressed and unstressed multimedia environments. Emphasis is on the study of mechanisms that control environmental processes, and includes the interactions among physical, chemical, and biological components of aquatic, terrestrial, and atmospheric environments. There are three faculty teaching and conducting research in atmospheric chemistry and there are a number of other faculty in ESE in associated areas. ESE has very unique laboratory facilities for atmospheric chemistry research. We seek students with chemistry undergraduate degrees or meteorologists with Master's degrees. Students with physics and mathematics backgrounds who are interested in mathematical modeling of the atmosphere are also encouraged to inquire about this program. All students should have two semesters of calculus, college level courses in physics, biology, organic, analytical, and physical chemistry.
Harvard University Atmospheric Chemistry Modeling Group
atmospheric chemistry, Tropospheric Chemistry, atmospheric chemistry, Atmosphere, Atmosphere work on global 3dimensional modeling of atmospheric chemistry and climate change, aircraft measurement campaigns,
http://www.as.harvard.edu/chemistry/trop

Extractions: The goal of our research is to understand the chemical composition of the atmosphere and its perturbation by human activity. We work on global 3-dimensional modeling of atmospheric chemistry and climate change, aircraft measurement campaigns, satellite data retrievals, and analyses of atmospheric observations. GROUP LEADERS: Daniel J. Jacob and Jennifer A. Logan This figure shows GEOS-CHEM simulated monthly mean horizontal fluxes of Asian anthropogenic CO, integrated over the boundary layer (1000-700hPa) for March of 1994 (weak El Nino, PEM-West B), 1998 (El Nino), 2000 (La Nina), and 2001 (La Nina, TRACE-P). Boundary layer outflow over the western Pacific is largely devoid of biomass burning influence. We find that the dominant outflow pathways are similar for all years but there is some interannual variability related to ENSO. El Nino conditions are associated with a weakened Siberian high, a lower frequency of cold surges, and suppressed convection over Southeast Asia. Spring 2001 (TRACE-P) experienced unusually strong convection in Southeast Asia with associated lifting of biomass burning effluents to the upper troposphere, and an unusually high frequency of cold surges which led to much stronger boundary layer outflow of Asian pollution than in 1994 (PEM-West B). This work was led by
PMEL Atmospheric Chemistry Data
PMEL atmospheric chemistry Data Server. MAGE92 RITS93 RITS94 ACE1 ACE-2 Aerosols99INDOEX NAURU99 ACE-ASIA NEAQS2002
http://saga.pmel.noaa.gov/data/

Extractions: ACE-1 ACE-2 ACE-ASIA This data server allows access to view and download data from field projects conducted by the PMEL Atmospheric chemistry group. We ask that anyone making significant use of this data please contact us (johnson@pmel.noaa.gov or bates@pmel.noaa.gov). NOAA Regional Aerosol Sampling Station data are now available Last updated: 27-February-2003 U.S.Dept of Commerce NOAA OAR PMEL ... Atmospheric Chemistry
Carbon Dioxide Information Analysis Center (CDIAC)
Globalchange data and information analysis for the US Department of Energy (DOE). Compiles and maintains extensive international data sets on atmospheric chemistry, particularly atmospheric concentrations of carbon dioxide, methane other radiatively active gases.
http://cdiac.esd.ornl.gov/
Atmospheric Chemistry Ozone Glossary
G. global warming Rise in global temperature caused by increased amounts ofatmospheric gases that trap heat in Earth's atmosphere by absorbing longwave
http://daac.gsfc.nasa.gov/CAMPAIGN_DOCS/ATM_CHEM/Ozone_Glossary.html

Extractions: outline A PDF version of this glossary is also available. A B C D ... I J K L M N ... W X Y Z A aerosol - Gaseous suspension of fine particles. May serve as nuclei for condensation in the atmosphere. albedo - Portion of incident electromagnetic radiation that is reflected by Earth's surface. aldehyde - Organic chemical compound derived from the oxidation of primary alcohols, having the common group CHO. Used in manufacturing of dyes, resins, and organic acids. anaerobic - Capable of living in the absence of free oxygen. anthropogenic - Involving the impact of man on the natural environment. anticyclone - Extensive wind system, of high barometric pressure, that circulates clockwise in the Northern hemisphere and counterclockwise in the Southern hemisphere. atmosphere - Envelope of air surrounding Earth, which is retained by Earth's gravitational attraction. attitude - Orientation of a satellite relative to its direction of movement. B biosphere - Portion of Earth and its atmosphere that supports life, including the living organisms within it. bromine (Br) - Deep red, corrosive, nonmetallic, liquid halogen that gives off an irritating reddish brown vapor. Element of halons, used in pesticides and fire extinguishers.
Lancaster University IENS - CNH Group
research into the occurrence and behaviour of volatile organic compounds (VOCs) in the atmosphere.
http://www.es.lancs.ac.uk/cnhgroup/cover.html

Extractions: Biogenic VOC emission database The biosphere-atmosphere interactions and atmospheric chemistry group at Lancaster is headed by Professor Nick Hewitt. The main focus of our research is the occurrence and behaviour of volatile organic compounds (VOCs) of biogenic origin the atmosphere. As well as isoprene (C5H8) and the monoterpene (C10), we are interested in other hydrocarbons and oxygenated VOCs. Our work involves fieldwork, lab work and modelling experiments. We are also interested in ozone in the troposphere and stratosphere, the formation of particles in the atmosphere, and modelling of the carbon cycle. There is a UK Funded PhD Studentship, supervised by Dr Robert MacKenzie, available - the successful applicant will join our group . NERC UGAMP PhD Studentship "The impact of a water vapour trend on the aerosol and chemistry of the tropical upper troposphere and stratosphere" For further information on the group's activities, contact
Code 916: Atmospheric Chemistry And Dynamics Branch
Code 916 The atmospheric chemistry and Dynamics Branch. We are partof the Laboratory for Atmospheres at the Goddard Space Flight
http://code916.gsfc.nasa.gov/

Extractions: We are part of the Laboratory for Atmospheres at the Goddard Space Flight Center , a NASA research facility. Our web pages are divided into three main sections: (Access to these internal pages is restricted to the gsfc.nasa.gov domain. If you believe your non-GSFC computer should be added to the access list, please e-mail webmaster@code916.gsfc.nasa.gov First of all, here is our required IT Security warning: U.S. Government Public Information Exchange Resource: You have accessed an U.S. Government Resource. This site is intended to be used by the public for information exchange. Any attempt to modify or exploit this resource or associated information other than for instructed use is strictly prohibited and may be punishable under the Computer Fraud and Abuse Act of 1986. The government may monitor and audit the usage of this resource. All persons are hereby notified that use of this resource constitutes consent for monitoring, keystroke recording, or auditing. You can view Next, we have a Section 508 notice:
NERC ACSOE Programme Home Page
A UK NERC Thematic Research Programme to investigate the chemistry of the lower atmosphere (0 12 km) over the oceans. The studies aim to bring about a clearer understanding of natural processes in the remote marine atmosphere, and how these processes are affected by atmospheric pollution originating from the continents. This information is vital in understanding regional and global-scale changes in atmospheric chemistry and climate.
http://www.uea.ac.uk/~acsoe/welcome.html

Extractions: Atmospheric Chemistry Studies in the Oceanic Environment (ACSOE), which took place between 1995 and 2000, is a UK Natural Environment Research Council (NERC) Thematic Research Programme to investigate the chemistry of the lower atmosphere (0 - 12 km) over the oceans. The studies aimed to bring about a clearer understanding of natural processes in the remote marine atmosphere, and how these processes are affected by atmospheric pollution originating from the continents. This information is vital in understanding regional and global-scale changes in atmospheric chemistry and climate. ACSOE data is now avaliable to the public from the British Atmospheric Data Centre (BADC) web site. Programme Manager:
Bulletin Of Marine Science
is dedicated to the dissemination of high quality research dealing with the tropical and subtropical waters of the world's oceans. All aspects of marine science are treated by the Bulletin of Marine Science, including papers in marine biology, biological oceanography, fisheries, marine affairs, applied marine physics, marine geology and geophysics, marine and atmospheric chemistry, and meteorology and physical oceanography. It is published by the Rosenstiel School of Marine and Atmospheric Science, University of Miami
http://www.rsmas.miami.edu/bms/
MIT Center For Global Change Science
Conducts research to enhance our ability to accurately predict changes in the global environment. Areas of interest include Convection, Atmospheric Water Vapor, and Cloud Formation; Oceans and OceanAtmosphere Coupling; Land Surface Hydrology and Hydrology-Vegetation Coupling;Biogeochemistry of Greenhouse Gases and Reflective Aerosols; and Upper atmospheric chemistry and Circulation.
http://web.mit.edu/cgcs/www/

Extractions: MEMBERS RESEARCH REPORTS ... SEARCH The Center for Global Change Science CGCS ) at MIT was established in January, 1990, to address long-standing scientific problems that impede our ability to accurately predict changes in the global environment. The CGCS is interdisciplinary, involving both research and education , and builds on the long-established programs in meteorology oceanography hydrology chemistry , and satellite remote sensing carried out in the Schools of Science and Engineering at MIT. The CGCS , along with the MIT Center for Energy and Environmental Policy Research CEEPR ), are the parent organizations of the MIT Joint Program on the Science and Policy of Global Change , which involves significant cross-discipline interaction The long-term goal of the CGCS is to utilize theory and observations to understand the basic processes and mechanisms controlling the global environment, and thereby to accurately predict environmental changes. Initial objectives involve a sustained program of basic scientific research focused on five fundamental processes in the global climate machine: Convection, Atmospheric Water Vapor, and Cloud Formation
Marine And Atmospheric Chemistry
Division of Marine atmospheric chemistry. Overview of Research Activities.People Faculty; Emeritus Faculty; Adjunct Faculty; Research
http://www.rsmas.miami.edu/divs/mac/
Sodankylä Geophysical Observatory
Observations and research related to northern lights, aeronomy, atmospheric chemistry, and related science.
http://www.sgo.fi/
Harvard University Atmospheric Chemistry Modeling Group
atmospheric chemistry, Tropospheric Chemistry, atmospheric chemistry,Atmosphere, Atmosphere. The goal of our research is to understand
http://www-as.harvard.edu/chemistry/trop/

Extractions: The goal of our research is to understand the chemical composition of the atmosphere and its perturbation by human activity. We work on global 3-dimensional modeling of atmospheric chemistry and climate change, aircraft measurement campaigns, satellite data retrievals, and analyses of atmospheric observations. GROUP LEADERS: Daniel J. Jacob and Jennifer A. Logan This figure shows GEOS-CHEM simulated monthly mean horizontal fluxes of Asian anthropogenic CO, integrated over the boundary layer (1000-700hPa) for March of 1994 (weak El Nino, PEM-West B), 1998 (El Nino), 2000 (La Nina), and 2001 (La Nina, TRACE-P). Boundary layer outflow over the western Pacific is largely devoid of biomass burning influence. We find that the dominant outflow pathways are similar for all years but there is some interannual variability related to ENSO. El Nino conditions are associated with a weakened Siberian high, a lower frequency of cold surges, and suppressed convection over Southeast Asia. Spring 2001 (TRACE-P) experienced unusually strong convection in Southeast Asia with associated lifting of biomass burning effluents to the upper troposphere, and an unusually high frequency of cold surges which led to much stronger boundary layer outflow of Asian pollution than in 1994 (PEM-West B). This work was led by
F.Sherwood Rowland - Autobiography
Rowland shared the 1995 Nobel Prize in Chemistry for work in atmospheric chemistry.
http://www.nobel.se/chemistry/laureates/1995/rowland-autobio.html

Extractions: Our home was filled with books, and all of us were avid readers. My reading at that time ran toward naval history, which was complemented with realistic scale-models and simulated naval battles using an elaborate mathematical system for rating each warship and the effects of combat on them. During my sophomore year in high school, my math teacher, who also coached tennis and basketball, encouraged me to take up tennis - which led me onto the varsity tennis team for my junior and senior years, and into a full decade of intense athletic competition. As a senior, I played on the varsity basketball team. After graduation from high school in 1943, almost all of my male classmates immediately entered the military services. However, because I was still well under the compulsory draft age of 18, I enrolled at Ohio Wesleyan and attended the university year-round for the next two years. During these war years, only 30 or 40 civilian males were on campus, plus about 200 naval officer trainees and 1,000 women. With so few men available, I played on the University basketball and baseball teams, and wrote much of the sports page for the University newspaper.
Recent Papers, Harvard Atmospheric Chemistry Modeling Group
atmospheric chemistry Modeling Group Home Page. atmospheric chemistry ModelingGroup Home Page. http//wwwas.harvard.edu/chemistry/trop/recentpapers.html.
http://www-as.harvard.edu/chemistry/trop/recentpapers.html

Extractions: PUBLICATIONS Last Updated: February 2, 2003 Many of the papers listed below are available in complete versions as Adobe Acrobat (pdf), postscript (ps), or html files. Note that the ps and pdf versions are much better formatted than the html version; in addition, the html version may not capture symbols, subscripts, and superscripts. To receive a preprint/reprint by regular mail please send a request to Rose Proia Atmospheric Chemistry Modeling Group Home Page Explanation of link "buttons" Abbot, D. S., P. I. Palmer, R. V. Martin, K. V. Chance, D. J. Jacob, and A. Guenther, Seasonal and interannual variability of isoprene emissions as determined by formaldehyde column measurements from space Geophys. Res. Lett. , submitted, 2003. [ Abstract Full Text (pdf) Heald, C.L., D.J. Jacob, A.M. Fiore, L. Emmons, J.C. Gille, G.W. Sachse, E.V. Browell, M.A. Avery, S.A. Vay, J.H. Crawford, D.J. Westberg, D.R.Blake, H.B.Singh, S.T. Sandholm, R.W. Talbot, and H.E. Fuelberg, Transpacific satellite and aircraft observations of Asian pollution J. Geophys. Res.
Welcome To JPL Atmospheric Chemistry
311 Dobson Units More Information. JPL atmospheric chemistry Activites,Kiruna, Sweden, Winter of 20022003. Story Board of the MkIV
http://remus.jpl.nasa.gov/
Atmospheric Chemistry Modelling Support Unit: Home Page
This is the Home Page of the atmospheric chemistry Modelling Support Unit, a partof the UK Universities Global Atmospheric Modelling Programme, funded by the
http://www.atm.ch.cam.ac.uk/acmsu/
Dept. Of Atmospheric Chemistry At The MPI For Chemistry
Department of atmospheric chemistry. Career opportunities (also in German); Introductionto atmospheric chemistry; email adresses and phone numbers at the MPI;
http://diotima.mpch-mainz.mpg.de/~air/
Chemical Oceanography HomePage
MARINE AND atmospheric chemistry. University of Rhode Island. GraduateSchool of Oceanography The Marine and atmospheric chemistry
http://euros.gso.uri.edu/MACS/

Extractions: Graduate School of Oceanography The Marine and Atmospheric Chemistry faculty at the University of Rhode Island's Graduate School of Oceanography (GSO) are conducting research in diverse areas including: There are nine Marine and Atmospheric faculty members at GSO, as well as several marine scientists . Our students have a wide variety of research interests and experiences, and participate in many academic and extracurricular activities. The Narragansett Bay campus is also home to the Center for Atmospheric Chemistry Studies (CACS) , established by URI to promote and enhance research on the interactions between the oceans and atmosphere. During the school year, a special Marine and Atmospheric Chemistry Seminar is presented each week (usually Friday at noon in Corless Auditorium). The dates for these seminars, as well as the speakers and titles, are available on the seminar schedule Below is a list SHORT LIST of a few WWW servers of local interest in the U.S. Northeast. You can also access our
LAC - Laboratory Of Atmospheric Chemistry
Translate this page
http://lac.web.psi.ch/

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