81. Parisa Ariya - Research Group Homepage The Ariya atmospheric chemistry Research Group B.Sc. (York University, 1992); Ph.D. (Centre for atmospheric chemistry, York University, 1996) http://www.meteo.mcgill.ca/parisa/

Welcome to The Ariya Atmospheric Chemistry Research Group Research Publications Facilities Our Group ... Links B.Sc. (York University, 1992) Ph.D. (Centre for Atmospheric Chemistry, York University, 1996) MPI Postdoctoral Fellow (Max-Planck Institute for Chemistry-Atmospheric Chemistry Division, 1996-1998) Associate Professor in the Departments of Atmospheric and Oceanic Sciences and Chemistry (McGill University) FCAR Strategic Professor-Scientist Member of the Centre for Climate and Global Change Research (C2GCR) William Dawson Scholar Parisa Ariya Last update: 03 August, 2005 ( Update history Email to Webmaster (Gregor Kos) © 2004 Departments of Chemistry and Atmospheric and Oceanic Sciences McGill University Internal (Login required)

82. CHEM-5151 / ATOC-5151 - Atmospheric Chemistry Journals that Focus on / Include Papers on atmospheric chemistry Daniel Jacob 1999 Introduction to atmospheric chemistry. A very good introductory book http://cires.colorado.edu/jimenez/AtmChem/

University of Colorado at Boulder Department of Chemistry and Biochemistry CHEM-5151 / ATOC-5151 - Atmospheric Chemistry Graduate Course - Spring 2005 This page is maintained by Prof. Jose-Luis Jimenez Office Hours for Spring 2005 Jose (Ekeley M329): Tuesdays 10:45-noon (right after class) Thursdays 4-5 pm Please email or call ahead to let me know that you'll be coming. This is just to make sure I am here, since many times nobody comes, and I may get distracted talking to someone etc. Please bring your copy of the textbook if your question needs it. I keep my copy at home since I prepare the lectures there. Jessica: Monday 3-4 pm, Ekeley M2B50 Lecture Notes for Spring 2005 Syllabus Schedule Update on Feb-19 Course Organization Lecture 1: Introduction I Additional Reading on Units and Atmospheric Structure Jacob's chapter 1 on measures of atmospheric composition (Suggested) Jacob's chapter 2 on atmospheric pressure (Suggested) Lecture 2: Introduction II Lecture 3: The Global Atmospheric Circulation (Brian Toon) Lecture 4: Atmospheric Chemical Transport (Brian Toon) Additional Reading on Transport Jacob's chapter 3 on box models (Required) Jacob's chapter 4 on atmospheric transport (Required) Jacob's chapter 5 on the continuity equation (Required) Stull's chapter on the general circulation (Suggested) McElroy's chapter on the general circulation (Suggested) Lecture 7: Photochemistry of Important Atmospheric Molecules Lectures 8-10: Chemical Kinetics I-III (Ed Dunlea) Solutions to class questions for kinetics lectures Spreadsheet with calculations from Ed Additional Reading on Kinetics:

83. Atmospheric Chemistry & Air Pollution At The University Of Colorado At Boulder ( Paths to a Ph.D. in atmospheric chemistry / Air Pollution at the University of CU Faculty Carrying Out atmospheric chemistry / Air Pollution Research http://cires.colorado.edu/jimenez/CU_ACAP.html

Boulder University of Colorado (CU) , the National Center for Atmospheric Research (NCAR) , and the NOAA Environmental Research Laboratories , plus the added critical mass from researchers at nearby Colorado State University (CSU) and the University of Denver (DU) This page attemps to summarize the opportunities available to beginning graduate students (and postdocs) at the University of Colorado. 1.- Paths to a Ph.D. in Atmospheric Chemistry / Air Pollution at the University of Colorado Through the Program in Atmospheric and Oceanic Sciences Atmospheric Chemistry Track Typical coursework Through the Department of Chemistry Atmospheric Chemistry Program Through the Department of Mechanical Engineering Center for Environmental and Combustion Research 2.- CU Faculty Carrying Out Atmospheric Chemistry / Air Pollution Research In alphabetical order by last name, with key to main areas of research: Faculty Member CU Department and/or Research Institute G A C HC EM U Tr St CM Lab F F-A ID Sat Th Linnea Avallone PAOS LASP x x x x x x x Veronica Bierbaum Chemistry x x x x x John Birks Chemistry x x x x x x x x x William D. Collins

84. METO 637 Atmospheric Chemistry Course Outline FP atmospheric chemistry Fundamentals and Experimental Techniques History of atmospheric chemistry; atmospheric chemistry of other planets http://www.atmos.umd.edu/~russ/syllabus637.html

METO 637 Atmospheric Chemistry Department of METEOROLOGY University of Maryland Course Web Page, Spring Semester, 2005 Taught jointly with METO 434 this year. Prof. Russell Dickerson Course Instructor Department of Meteorology BRIEF DESCRIPTION: Application of the techniques of thermodynamics, kinetics, spectroscopy, and photochemistry to atmospheric gases and particles. Investigation of the global cycles of C, H, O, N, and S species; the use of laboratory and field measurements in computer models of the atmosphere. Prerequisites: CHEM 481 or METO 620 (Thermodynamics). Students may not take both METO and CHEM 637 for credit. Homework #1. Homework #2. Homework #3. Homework #4. Lecture notes from the last time the course was taught: Lecture #1 (rtf) Lecture #2 (rtf) Lecture #3 (rtf) Lecture #4 (rtf) ... Old Exam (txt) REQUIRED TEXT: [FP] Atmospheric Chemistry: Fundamentals and Experimental Techniques B.J. Finlayson-Pitts and J.N. Pitts, Jr. , Wiley-Interscience. (ISBN 0-471-88227-5) Current journal articles will be handed out where appropriate.

85. Atmos_chem atmospheric chemistry is a young field with vital new discoveries being made at a rapid rate. atmospheric chemistry and Air Pollution RESEARCH http://www.atmos.umd.edu/~russ/chemistry.html

Atmospheric Chemistry and Air Pollution: PEOPLE ALLEN, Dale , Asst. Research Scientist. DESSLER, Andrew , Assoc. Research Scientist (also ESSIC) DICKERSON, Russell DODDRIDGE, Bruce , Assoc. Research Professor HUDSON, Robert , Professor KING, Michael , Adjunct Professor MARUFU, Lackson , Asst. Research Scientist PICKERING, Kenneth , Research Professor PIETY, Charles , Meteorologist STEHR, Jeffrey , Asst. Research Scientist THOMPSON, Anne , Adjunct Professor Office Phone Atmospheric chemistry is a young field with vital new discoveries being made at a rapid rate. Our understanding of processes such as air pollution, stratospheric ozone depletion, global biogeochemical cycles, and global climate change is limited by the available observational data and by the number of trained investigators in this area. At the University of Maryland our research has focused on building the data base, using these data to improve numerical simulations, using computer model output to identify definitive measurements - through a balance of experiment and theory we can better understand the atmosphere. Collaboration with scientists from other disciplines helps to expand the range of people and variety of tools available to tackle these intriguing questions. Visit also the Chemistry Dept.

86. Chemistry 1995 for their work in atmospheric chemistry, particularly concerning the formation and decomposition of ozone . Paul J. Crutzen, Mario J. Molina http://nobelprize.org/chemistry/laureates/1995/

HOME SITE HELP ABOUT SEARCH ... EDUCATIONAL The Nobel Prize in Chemistry 1995 "for their work in atmospheric chemistry, particularly concerning the formation and decomposition of ozone" Paul J. Crutzen Mario J. Molina F. Sherwood Rowland 1/3 of the prize 1/3 of the prize 1/3 of the prize the Netherlands USA USA Max-Planck-Institut für Chemie Mainz, Federal Republic of Germany Massachusetts Institute of Technology (MIT) Cambridge, MA, USA University of California Irvine, CA, USA b. 1933 b. 1943 (in Mexico City, Mexico) b. 1927 The Nobel Prize in Chemistry 1995 Press Release Presentation Speech Illustrated Presentation ... Other Resources The 1995 Prize in: Physics Chemistry Physiology or Medicine Literature ... Economic Sciences Find a Laureate: Nobelprize.org Get to know all 770 Prize Winners! » Games and Simulations » SITE FEEDBACK ... TELL A FRIEND Last modified April 13, 2005

87. Press Release: The 1995 Nobel Prize In Chemistry University of California, Irvine, CA, USA. for their work in atmospheric chemistry, particularly concerning the formation and decomposition of ozone. http://nobelprize.org/chemistry/laureates/1995/press.html

HOME SITE HELP ABOUT SEARCH ... Swedish Press Release: The 1995 Nobel Prize in Chemistry 11 October 1995 The Royal Swedish Academy of Sciences has decided to award the 1995 Nobel Prize in Chemistry to Professor Paul Crutzen , Max-Planck-Institute for Chemistry, Mainz, Germany (Dutch citizen), Professor Mario Molina , Department of Earth, Atmospheric and Planetary Sciences and Department of Chemistry, MIT, Cambridge, MA, USA and Professor F. Sherwood Rowland , Department of Chemistry, University of California, Irvine, CA, USA for their work in atmospheric chemistry, particularly concerning the formation and decomposition of ozone. The ozone layer - the Achilles heel of the biosphere The atmosphere surrounding the earth contains small quantities of ozone - a gas with molecules consisting of three oxygen atoms (O ). If all the ozone in the atmosphere were compressed to a pressure corresponding to that at the earth's surface, the layer would be only 3 mm thick. But even though ozone occurs in such small quantities, it plays an exceptionally fundamental part in life on earth. This is because ozone, together with ordinary molecular oxygen (O ), is able to absorb the major part of the sun's ultraviolet radiation and therefore prevent this dangerous radiation from reaching the surface. Without a protective ozone layer in the atmosphere, animals and plants could not exist, at least upon land. It is therefore of the greatest importance to understand the processes that regulate the atmosphere's ozone content.

88. Atmospheric Chemistry Global models of atmospheric chemistry and climate use these observations to improve their predictions of future changes in atmospheric composition, http://www.atmos.washington.edu/academic/atmoschem.html

Fields of Study and Research Atmospheric Dynamics Boundary Layer Research Climate Change Cloud and Aerosol Research ... Synoptic Meteorology Atmospheric Chemistry Faculty: Becky Alexander Dean Hegg Joel Thornton The atmosphere is chemically complex and evolving due to natural events, biological and anthropogenic activities; it has fundamental chemical links to the oceans, the solid earth and the biota. Anthropogenic perturbations such as land-use and industrial activities have profoundly modified the chemical composition of the troposphere and stratosphere, with potentially important consequences on future climate and living organisms. Examples of such changes include the formation of an ozone hole over Antarctica since the late 1970s, the observed trends in long-lived greenhouse gases, the change in the concentrations of tropospheric ozone and acidic deposition due to growing emissions of hydrocarbons, nitrogen oxides and sulfur dioxide in industrialized regions. Laboratory studies, field experiments and modeling activities by atmospheric chemists at the University of Washington are directed at determining chemical composition and chemical processes in the atmosphere and in turn their effects on the atmosphere, and on a larger scale the biogeochemistry of the earth. The laboratory and experimental research deals with trace gas measurements and physical, chemical and optical properties of particles. Global models of atmospheric chemistry and climate use these observations to improve their predictions of future changes in atmospheric composition, and also guide the development of analytical techniques and the logistics of large-scale field measurement programs.

89. NASA GISS: Research In Atmospheric Chemistry atmospheric chemistry is the study of the chemical constituents of Earth s Research in atmospheric chemistry at GISS includes nearterm issues such as http://www.giss.nasa.gov/research/chemistry/

+ View the NASA Portal + GISS Home Atmospheric Chemistry Atmospheric chemistry is the study of the chemical constituents of Earth's atmosphere, and the roles they play in influencing the atmosphere's temperature, radiation, and dynamics. Changes in the composition of the atmosphere can affect the habitability of the planet, for example, by altering long-term climate, depleting the ozone layer, or affecting air quality at the ground. Research in this field is therefore concerned with biogenic and anthropogenic emissions, trace gas distributions, and the chemical reactions of molecules and atoms in the atmosphere. Research in atmospheric chemistry at GISS includes near-term issues such as air quality and ozone depletion but is primarily focused on the longer-term linkages between atmospheric chemistry and global climate. Changes in the emission of chemical species naturally present in the atmosphere, such as the greenhouse gases carbon dioxide (CO ), methane (CH ) and nitrous oxide (N O), or the addition of human-made chemicals such as chlorofluorocarbons (CFCs), can affect climate by directly changing the absorption of radiation, and hence temperatures and dynamics. Chemical reactions involving these gases can also upset the chemical balance in the atmosphere, with effects such as depletion of Earth's protective stratospheric ozone layer or a reduction in the capacity of the troposphere to oxidize biogenic and anthropogenic emissions. Furthermore, these changes are all intricately connected, with temperature changes affecting the rates of chemical reactions, radiation changes affecting the rates of photochemical reactions, and dynamics changes affecting the distributions of all chemical species. We must therefore be concerned with the entire system, including Earth's biosphere for chemical emissions, the atmospheric circulation for transport of chemical species, the absorption of radiation, and the chemical reactions that take place in the atmosphere. Including chemistry in the GISS general circulation model allows us to simulate the non-linear interactions between all these components in our investigations of chemistry and climate change.

90. UAH Atmospheric Chemistry http://vortex.nsstc.uah.edu/atmchem/

91. GEO537 Atmospheric Chemistry GEO 537 atmospheric chemistry and Transport Recommended reading will be taken from Chemistry of the Atmosphere 2nd edition paperback by RP Wayne, http://www.aos.princeton.edu/WWWPUBLIC/htdocs.geo537/

GEO 537 Atmospheric Chemistry and Transport This page is an introduction and learning tool for GEO537 Atmospheric Chemistry - Please note that this course was developed in the spring of 1996 when one of us [Dr. Levy] was a Visiting Professor at the University of Iowa Therefore remants of that incarnation still exist, though they are being removed. Lecture Notes developed during this spring's course will be added this summer. Your screen should be the same size as this bar to view this document correctly Goals: Develop a broad quantitative understanding of the chemical and physical processes that control the chemistry of our earth's atmosphere Examine in detail the atmospheric chemical processes that play a key role in issues of pollution and global change ranging from stratospheric ozone depletion to regional and global modification of the biosphere. Develop an ensemble of numerical models that may be used for future studies in atmospheric chemistry. Structure: Lectures [time and place to be determined] and one computer based problem session [time and place to be determined] each week. Recommended reading will be taken from Chemistry of the Atmosphere [2nd edition paperback] by R.P. Wayne, Aeronomy of the Middle Atmospheres [2nd edition paperback] by G. Brasseur and S. Solomon, and a number of articles from recent reports and reviews.

92. ScienceDaily Books : Atmospheric Chemistry And Physics : From Air Pollution To C Buy atmospheric chemistry and Physics From Air Pollution to Climate Change Books cheap. http://www.sciencedaily.com/cgi-bin/apf4/amazon_products_feed.cgi?Operation=Item

93. Atmospheric Chemistry Ion chemistry of the terrestrial atmosphere. A detailed discussion of the reaction processes included here is presented in a review http://www.jh-inst.cas.cz/~spanel/atmosph.htm

Ion chemistry of the terrestrial atmosphere A detailed discussion of the reaction processes included here is presented in a review: D. Smith and P. Spanel, "Ions in the Terrestrial Atmosphere and in Interstellar Clouds", Mass Spectrometry Reviews The profiles of the total positive ion number density, n , (red curve) and of the total negative number ion density, n , (blue dashed curve) are shown here together with typical profiles of the number densities of the various positive ion types. The electron number density, n e , is equal to n in the absence of negative ions (above 90 km, in an electron-ion plasma, E- and F-regions). In the lower atmosphere, where negative ions do exist, n e =n -n , the ledge designated as the D-region is largely due to the selective ionisation of NO by solar Lyman- radiation. There are no free electrons in the stratosphere and the troposphere (where n =n in an ion-ion plasma). The ionic species are arranged from the top to the bottom of the diagram in order of their reducing recombination energy (given in eV for each ion). The solid arrows indicate the reactions that are occurring with the neutral reactants (indicated along the arrows), and the dashed arrows indicate dissociative recombination with electrons.

94. National Partnership For Advanced Computational Infrastructure: Archives NPACI Earth Systems Science. atmospheric chemistry This work will focus on atmospheric chemistry and airquality models of aerosols and particulate http://www.npaci.edu/Thrusts/ESS/projects/atm.html

National Partnership for Advanced Computational Infrastructure: Archives These pages are a copy of the original www.npaci.edu website, and should be used for historical reference only. Please select an item from the toolbar below to be taken to the latest information on that subject. SDSC User Services Applications Allocations ... Training Atmospheric Chemistry PROJECT LEADER Donald Dabdub, UC Irvine COLLABORATIONS Metasystems Globus Legion Earth Systems Science Multi-scale, Multi-resolution Modeling This new project focuses on integrating atmospheric models with the "Multi-scale, Multi-resolution (MSMR) Modeling" project. This work will focus on atmospheric chemistry and air-quality models of aerosols and particulate hazards, joining atmospheric models with climate or weather models. This project seeks to develop the necessary protocols and interface drivers to integrate an atmospheric model into the MSMR environment, define the interfaces and links between the aerosol module (AM) and a global chemistry transport model (CTM) to create a coupled system, and improve the efficiency and accuracy of numerical and parallel techniques used to perform aerosol computations. In 1999, the AM/CTM will be expanded with a Metasystems implementation on NPACI compute resources, working with Globus and Legion. Home User HotPage Resources Thrust Areas ... feedback

95. The Scientist :: Atmospheric Chemistry, Nov. 13, 1995 atmospheric chemistry. return to webpage. Want to read more? This article is in our premium content section. Existing subscribers, login http://www.the-scientist.com/1995/11/13/16/2

Please login or register DAILY E-MAIL RSS HANDHELD CURRENT ISSUE DAILY NEWS UPFRONT FEATURE ... return to webpage Atmospheric Chemistry return to webpage Want to read more? This article is in our premium content section. Gain access to our rich archive containing 17+ years of The Scientist exclusive online-only content, and detailed survey results. Back to top The Scientist support@the-scientist.com

96. Bay Regional Atmospheric Chemistry Experiment Bay Regional atmospheric chemistry Experiment. Health Sciences Center · College of Public Health · Environmental Occupational Health http://www.hsc.usf.edu/publichealth/EOH/BRACE/

Search USF USF Site Map USF Home HSC Home Medicine Nursing Public Health ... BRACE Bay Regional Atmospheric Chemistry Experiment Health Sciences Center BRACE Home Page BRACE Overview BRACE Publications NEW BRACE Reference Documents BRACE Data Search NARSTO Submission Form Special Issue AE Draft Papers ... Contact Us Welcome to the BRACE Web Page he BRACE is an extension and expansion of the Tampa Bay Atmospheric Deposition Study ( TBEP ). The Florida Department of Environment Protection ( FDEP ) is funding the BRACE, and Dr. Thomas Atkeson is the program manager. Other agencies and universities involved with the BRACE are the TBEP, the Environmental Protection Commission of Hillsborough County ( EPCHC Pinellas County Department of Environmental Management , National Oceanic and Atmospheric Administration ( NOAA ) and the United States Environmental Protection Agency ( USEPA ); the University of South Florida ( USF ), the University of Maryland ( UMD ), the University of Miami ( UM ), Texas Tech University ( TTU ) and the University of Michigan ( UMICH BRACE Monitoring Sites Five air quality monitoring sites and four meteorological sites across Pinellas and Hillsborough Counties. The "super" site shown in the photograph (below) is located near Valrico, Florida.

97. Search Links Oxford University Press atmospheric chemistry and Global Change Essay atmospheric chemistry and the Earth System, Ralph J. Cicerone Essay When Do We Know Enough about atmospheric chemistry?, Harold Schiff http://badc.nerc.ac.uk/cgi-bin/links/links.pl

Home My BADC Data Search Community ... A-Z page index Search Links in Atmospheric Science To Search the BADC collection of atmospheric links, enter a search term and press return . This search is done on keywords and not the content of the pages. Fragments of keywords will also match. If you enter two or more search terms then only the links relating to all terms entered will be returned. Search Links Term We also have divided the links into various categories to help you browse the links collection Home Contact Last Modified: document.write(document.lastModified);

98. Oxford University Press: Atmospheric Chemistry Showing 15 of 5 items in atmospheric chemistry. Featured All Titles New Recent The Chemistry of the Atmosphere Its Impact on Global Change http://www.oup.com/us/catalog/general/subject/AtmosphericScience/AtmosphericChem

99. Final Program Listing (Compact View) Sixth Conference on atmospheric chemistry Air Quality in Megacities (Compact Session 1 atmospheric chemistry of gases, aerosols, and clouds in urban, http://ams.confex.com/ams/84Annual/techprogram/program_190.htm

Sixth Conference on Atmospheric Chemistry: Air Quality in Megacities (Compact View) Saturday, 10 January 2004 7:30 AM-9:00 AM Short Course/Student Conference Registration

100. SwetsWise: Login atmospheric chemistry and Kinetics, School of Chemistry, The atmospheric chemistry and Kinetics. Interests lie in the kinetics and mechanisms of gasphase reactions. Particular emphasis is placed on the reactions of http://www.swetswise.com/link/access_db?issn=0167-7764

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