Geometry.Net - Earth_Sciences: Atmospheric Chemistry

42. Aerosols And Atmospheric Chemistry: Scientists
Scientists Active in the Field of Aerosols and/or atmospheric chemistry. Harris, Geoff (Centre for atmospheric chemistry, York University, Ontario, Canada);
http://imk-aida.fzk.de/persons/
AIDA
Scientists Active in the Field of Aerosols and/or Atmospheric Chemistry
Abbatt, Jonathan P. D. (Geophysical Sciences, University of Chicago, USA) Anastasi, Chris (Environmental Chemistry, York University, UK) Arey, Janet (Environmental Sciences / Air Pollution Research Center, University of California, Riverside, CA, USA) Ariya, Parisa A. (Atmospheric and Oceanic Scieneces, and Chemistry, McGill University, Montreal, Canada) Arnott, W. Patrick (Division of Atmospheric Sciences, Desert Research Institute,Reno, NV, USA) Atkinson, Roger (Atmospheric Chemistry/ Environmental Chemistry , University of California at Riverside, USA) Baer, Tomas (Department of Chemistry, University of North Carolina at Chapel Hill, USA) Bailey, Matthew P. (Division of Atmospheric Sciences, Desert Research Institute,Reno, NV, USA) Barber, Peter W. (Division of Atmospheric Sciences, Desert Research Institute,Reno, NV, USA) Barker, John R. (Atmospheric, Oceanic and Space Sciences / Physical Chemistry, University of Michigan) Barrie, Leonard A.

43. Journal Of Atmospheric Chemistry|KLUWER Academic Publishers

http://www.wkap.nl/journals/jatmoschem
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44. Kluwer Academic Publishers - Journal Of Atmospheric Chemistry

http://www.wkap.nl/prod/j/0167-7764
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45. Journal Of Atmospheric Chemistry
The Journal of atmospheric chemistry is devoted to the study of the chemistry of the Earth s atmosphere, the emphasis being laid on the region below about 100
http://www.environmental-center.com/magazine/kluwer/joch/
HOME Business Center Publications Articles ... Directory
Journal of Atmospheric Chemistry Journal of Atmospheric Chemistry Editors: Dieter H. Ehhalt, Institute for Atmospheric Chemistry, Forschungszentrum JÃ¼lich, Germany
Hajime Akimoto, Institute for Global Change Research, Yokohama Campus, Japan
Roderic L. Jones, Dept. of Chemistry, University of Cambridge, UK Elliot L. Atlas National Center for Atmospheric Research, Boulder, CO, USA
The Journal of Atmospheric Chemistry is devoted to the study of the chemistry of the Earth's atmosphere, the emphasis being laid on the region below about 100 km. The strongly interdisciplinary nature of atmospheric chemistry means that it embraces a great variety of sciences, but the journal concentrates on the following topics:
Observational, interpretative and modelling studies of the composition of air and precipitation and the physiochemical processes in the Earth's atmosphere, excluding air pollution problems of local importance only.

46. Gases And Atmospheric Chemistry
Chemistry Gases atmospheric chemistry Concept Development Demos Tips Labs/Activities. Concept Development, Introduction to Gases Scuba, Cartesion Diver.
http://educ.queensu.ca/~science/main/concept/chem/c06/c06main.htm
Chemistry
Concept Development Demos Tips Labs/Activities Concept Development
Introduction to Gases - Scuba, Cartesion Diver Gas Unit explaining Bolye's, Charles, and Gay Lussac's Laws Gas Pressure Visual Aid Bike Tires and the Gas Laws ... Factor Method for Problem Solving Demos The Can Crush - Volume and Pressure Demo Pressure Demo - candle, water and penny Blowing up the Teacher - air pressure Plop Plop, FIzz FIzz, BOOM - Gas Properties ... Bell Jar Demo Tips
Ideal Gas Law Mnemonic Boyle or Not to Boil - Remember Differenc Between Boyle and Charles Exploratory Learning The Mole Cube ... Use Balloons Labs/Activities
Boyle's Law - Syringe Lab Does a Gas Expand or Contract When Heated - Charles' Law Gas Presentation Activity Molar Volume Experiment ... Back to Main Science Concept Page

47. Atmospheric Chemistry Research Group
Atmospheric Radiationi IR UV, Clean AIr Cape Grim, UoW Home page, Dept. of Chemistry, Staff Info, Related Topics, Atmospheric Links,
http://www.uow.edu.au/science/research/acrg/
For Comments and suggestions please contact: Dr. Stephen Wilson
Revised Date: February 25, 2002
Standard conditions apply

48. ACP - Home
An international scientific journal dedicated to the publication and discussion of high quality studies investigating the Earth's atmosphere and the underlying chemical and physical processes.
http://www.copernicus.org/EGS/acp/
Contact Atmospheric Chemistry and Physics Home Copernicus Home EGU Publication Overview Home ... Comment on a Paper Atmospheric Chemistry and Physics ACP
Atmospheric Chemistry and Physics Discussions ACPD
Editorial and Advisory Board ISSN ACP : 1680-7316 (Paper)Â 1680-7324 (Online) ISSN ACPD : 1680-7367 (Paper)Â 1680-7375 (Online) Personalised Publication Alert Service click here
Indexed in Current Contents, Science Citation Index, Web of Science, Chemical Abstracts, SciFinder, SRef COOL
Aims and Scope
Atmospheric Chemistry and Physics ACP ) is an international scientific journal dedicated to the publication and public discussion of high quality studies investigating the Earth's atmosphere and the underlying chemical and physical processes. It covers the altitude range from the land and ocean surface up to the turbopause, including the troposphere, stratosphere and mesosphere. The main subject areas comprise atmospheric modelling, field measurements, remote sensing, and laboratory studies of gases, aerosols, clouds and precipitation, isotopes, radiation, dynamics, biosphere interactions, and hydrosphere interactions (for details see Editorial Subject Areas ). The manuscript types considered for peer-reviewed publication are research articles, review articles, technical notes and commentaries/replies.

49. Atmospheric Chemistry And Kinetics, School Of Chemistry, The University Of Readi
university home page atmospheric chemistry and Kinetics. Interests lie in the kinetics and mechanisms of gasphase reactions. Particular
http://www.chem.rdg.ac.uk/dept/research/atmoskinetics.html
Atmospheric Chemistry and Kinetics
Interests lie in the kinetics and mechanisms of gas-phase reactions. Particular emphasis is placed on the reactions of radical derivatives of silicon and processes that influence atmospheric ozone. The pages of the individual group members should be consulted for more details. Academic Staff
Professor Robin Walsh
Dr George Marston Email
r.walsh@reading.ac.uk
g.marston@reading.ac.uk Admissions Contact Us ... The University

50. Welcome To The Atmospheric Sciences Division
Atmospheric Sciences Division of Brookhaven National Laboratory, USA. 30 scientists working mainly in atmospheric chemistry, the site provides links to personnel, publications, and research activities.
http://www.ecd.bnl.gov
About the ASD ASD In The News ASD Personnel ASD Publications ... Lunar Eclipse - 11/08/03 This site designed and maintained by:
J. G. Williams
Last Site Revision: 06/02/04

51. Browser Cookies Not Enabled
The Journal of atmospheric chemistry is devoted to the study of the chemistry of the Earth's atmosphere, the emphasis being laid on the region below about 100 km.
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52. WebGuest Directory - Earth Sciences : Atmospheric Chemistry
Science Earth Sciences atmospheric chemistry. Singh, Hanwant B. Information about atmospheric chemistry research and the journal Atmospheric Environment. ;
http://directory.webguest.com/Science/Earth_Sciences/Atmospheric_Chemistry
Science Earth Sciences : Atmospheric Chemistry
Acid Deposition Air Pollution and Air Quality Stratospheric Ozone
Related categories:
Science/Chemistry Science/Earth Sciences/Meteorology Science/Environment/Global Change
Sites:
ARB Lidar Facility - NASA Langley Research Center aerosol lidar studies within the Lidar applications group. ATMOS User Center - AUC provides the European atmospheric satellite data user community with direct and easy access to measurements and derived data products from satellite based sensors. Aerodyne Research, Inc. - Aerodyne Research - Environmental air quality Aerosol group, Biological Sciences, University of Essex - Research into airborne particles in atmospheric processes, photochemical oxidants, atmospheric modelling, urban air quality and air quality management. Aerosols and Heterogeneous Chemistry in the Atmosphere (AIDA) - Atmospheric Aerosol Research Department, Institute for Meteorology and Climate Research (IMK), Research Centre Karlsruhe. AmeriFlux - Long-term CO2 flux measurements of the Americas - Long-term measurements of carbon dioxide, water vapor, and energy exchange through the eddy covariance technique from different ecosystems integrated into consistent, quality assured, and fully documented data sets. American Association for Aerosol Research - Conference information, newsletter, awards, events and member directory of nonprofit professional organization for scientists and engineers.

53. NASA GISS: Atmospheric Chemistry
Skip to page main content, + View the NASA Portal, Section Research, atmospheric chemistry. atmospheric chemistry is the study of the
http://www.giss.nasa.gov/research/chemistry/
+ View the NASA Portal
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.

54. Faraday Discussion 130 Atmospheric Chemistry
Conferences. Faraday Discussion 130 atmospheric chemistry. University of Leeds, UK 11 13 April 2005.
http://www.rsc.org/lap/confs/fara130.htm
RSC Members Press Releases Register Jobs ... Public Activities Conferences Faraday Discussion 130
Atmospheric Chemistry University of Leeds, UK
11 - 13 April 2005 Introduction Call for Abstracts Scientific Programme General Information Staff Contact * This is a PDF file and requires the Adobe Acrobat Reader Introduction The Faraday Division are pleased to announce details of the 130th Faraday Discussion focusing on Atmospheric Chemistry. The meeting will be held at the University of Leeds, UK. Why Should You Attend? An interdisciplinary approach has led to major advances in understanding atmospheric chemistry. A wide range of experimental methods, field instrumentation (from surface to space) and modelling tools have been developed to study all regions of the atmosphere in order to better understand links between chemistry and our changing atmosphere. This Faraday Discussion seeks to bring together chemists, physicists, meteorologists and atmospheric scientists, from diverse backgrounds in laboratory studies, field measurements, and the development of numerical models and chemical mechanisms. The science New and unpublished experimental and theoretical work will be presented in the following areas:
Gas phase spectroscopy, chemical kinetics and photochemistry

55. Atmospheric Chemistry Program
Research into regional and continental chemistry and the fate of tropospheric air pollutants, extracontinental and global chemistry and the fate of tropospheric air pollutants, and aerosol genesis.
http://gonzalo.er.anl.gov/ACP/
Security and Privacy Notice
The Atmospheric Chemistry Program (ACP) is a Global Change Research program sponsored by the Environmental Sciences Division of the U.S. Department of Energy (DOE)
The overall objective of the ACP is to provide DOE with advanced information on the atmospheric environment that is required for long-range energy planning. The research is carried out primarily at four DOE laboratories and approximately twelve universities and non-DOE labs. The thrusts of this research are on regional and continental chemistry and fate of tropospheric air pollutants, extracontinental and global chemistry and fate of tropospheric air pollutants, and aerosol genesis. Laboratory studies emphasize rate and equilibrium processes. Field studies are conducted with aircraft and surface measurements on reaction chemistry, advective influences on the chemical composition of chemistry, and air-surface exchange processes. Modeling efforts address both chemistry and dynamics on regional and global scales.
ACP Projects
2001 and 2002
The G-1 Research Aircraft
The DOE Research Aircraft Facility
What it Takes to Carry Out a Field Campaign (PDF)
Field Program Information
Publications by ACP Participants
Information from Past Science Meetings
Links to ACP-Related Data Sets
Aircraft Data from the 1998 Phoenix Air Chemistry Study
Meteorological Data from the 1998 Phoenix Air Chemistry Study
Participation in the Northeast - Oxidant and Particle Study (NE-OPS)
G-1 Aircraft Data from the NE-OPS 1999 Field Campaign (7/23/99 - 8/11/99), last revised 2/13/02

56. Atmospheric Chemistry
atmospheric chemistry. Dr. Sonia Kreidenweis. Related Web Sites atmospheric chemistry Group. Biocycle Denning Research Group. Collett Research Group.
http://www.atmos.colostate.edu/research/chem.html
Atmospheric Chemistry Studies conducted relate to the atmospheric processing of various chemical species and their impacts on pollutant deposition, visibility, and human health. Research includes examination of aerosol particles and trace gases, air quality issues including visibility, and aerosol-cloud-climate interactions. Both experimental and modeling components are employed, as well as the design and use of instrumentation for aerosol, cloud and fog sampling. A comprehensive laboratory is housed within the Department for chemical analysis of collected samples and for characterization of instrument performance. Related Faculty Members Dr. Jeffrey L. Collett Dr. A. Scott Denning Dr. Sonia Kreidenweis
Related Web Sites: Atmospheric Chemistry Group Biocycle - Denning Research Group Collett Research Group Field Project in Yosemite. Left to right: Taehyoung Lee, Gavin McMeeking, Jackie Heath, Guenter Engling Research Areas Atmospheric Chemistry Atmospheric Radiation and Remote Sensing Biosphere and Carbon Cycle Cloud Dynamics ... Contact Us
No portion of this site may be copied or reproduced without express written permission.

57. ETH - IACETH - Atmospheric Chemistry (Prof. Thomas Peter)
atmospheric chemistry (Prof. Thomas Peter). The atmospheric chemistry Group is involved in three types of activities. Field measurements
http://www.iac.ethz.ch/groups/peter

About Us People Contact Sitemap ... Climate and Water Cycle (Prof. Christoph SchÃ¤r)
Atmospheric Chemistry (Prof. Thomas Peter)
The Atmospheric Chemistry Group is involved in three types of activities Field measurements of NOx, Ozone, CO and VOCs are performed in the boundary layer as well as in the tropopause region. In addition, long term ozone trends are determined from ground based and balloon borne measurements. Laboratory experiments are carried out to study the microphysics and properties of aerosols as well as the formation mechanisms of cloud particles. In addition Rutherford backscattering is used to determine uptake of volatile and non-volatile species in ice and liquids. Modelling studies are concerned with the thermodynamics and uptake/chemical kinetics of aerosols, simulation of the physical chemistry in the upper troposphere and lower stratosphere, modelling of cloud formation in close connection to field observations, as well as statistical interpretation of long term ozone trends.
Imprint

58. NERC ACSOE Programme Home Page
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.
http://www.uea.ac.uk/~acsoe/
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:
Dr W.T. Sturges School of Environmental Sciences
University of East Anglia
Norwich NR4 7TJ
UK Tel: +44 1603 562018
Fax: +44 1603 452420
Email: w.sturges@uea.ac.uk Participants Publications Data at BADC ... Final Report Web site design by Rebecca Penkett

59. ACD
atmospheric chemistry Division. The atmospheric chemistry Division s goals are to identify and quantify the natural and anthropogenic
http://www.ncar.ucar.edu/ncar/acd.html
Atmospheric Chemistry Division
The Atmospheric Chemistry Division's goals are to identify and quantify the natural and anthropogenic processes that regulate the chemical composition of the troposphere and middle atmosphere and to assess future changes caused by human activities. ACD conducts scientific research focusing on the photochemistry of the troposphere, biosphere/atmosphere interactions, middle atmospheric dynamics and chemistry, as well as climate/chemistry couplings. Laboratory projects, field campaigns, data interpretation and modeling studies are developed to address societally important questions related to global and regional environmental changes. ACD homepage
Advisory committees Â©2000 UCAR.

60. Atmospheric Chemistry Technical Area
atmospheric chemistry Technical Area. Motivation. The primary strength in atmospheric chemistry at the Laboratory is the interdisciplinary nature of our group.
http://www.pnl.gov/atmos_sciences/as_acp.html
Atmospheric Chemistry Technical Area
Motivation Atmospheric chemistry influences human health, climate, food production and, through its impact on visibility, our view of the world. Chemicals in the air affect us with each breath we take. Suspended particulates that form from gas-phase reactions affect the amount of solar energy reaching the earth's surface. Not only government, but private industry, has a vested interest in improving our knowledge of these processes. Much of the work in atmospheric chemistry at the Pacific Northwest National Laboratory has focused on the fate of energy-related pollutants (e.g., ozone, nitrogen oxides, sulfur) in the lower part of the atmosphere, beginning with their emission into the atmosphere and continuing to their deposition at the Earth's surface. Examples of past work include studies of radionuclide deposition, the long-range transport of sulfur plumes, mechanisms by which sulfate aerosol enters precipitation, homogeneous nucleation mechanisms for the formation of natural aerosols, and the production of ozone from NO x and hydrocarbons. Almost all of our work has involved a combination of field studies using state-of-the-art airborne instrumentation and computer modeling.

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