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         Atmospheric Chemistry:     more books (100)
  1. Approaches to Scaling of Trace Gas Fluxes in Ecosystems, Volume 24 (Developments in Atmospheric Science)
  2. Gas and Particle Phase Measurements of Atmospheric Organic Compounds (Advances in Environmental, Industrial, and Process Control T)
  3. Atmospheric Ozone as a Climate Gas: General Circulation Model Simulations (NATO ASI Series / Global Environmental Change)
  4. Chemistry Of The Atmosphere (A "Chemistry for the 21st Century" Monograph) by IUPAC, 1994-07-06
  5. Naturally-Produced Organohalogens (Environment & Chemistry)
  6. Global Tropospheric Chemistry: A Plan for Action by Global Tropospheric Chemistry Panel, Commission on Physical Sciences, et all 1984-01-01
  7. Organic Chemistry of the Atmosphere (Telford Press) by Lee D. Hansen, Delbert J. Eatough, 1991-06-24
  8. Analytical Chemistry of Aerosols: Science and Technology
  9. Atmospheric Corrosion by Christofer Leygraf, Thomas Graedel, et all 2000-01-15
  10. CHEMISTRY & DEPOSITION OF NITR (Special Publications)
  11. Alpine Waters (The Handbook of Environmental Chemistry)
  12. Statistical Models of the Temperature and Gaseous Components of the Atmosphere (Atmospheric and Oceanographic Sciences Library) by V.E. Zuev, V.S. Komarov, 1987-11-30
  13. Clouds, Chemistry and Climate (NATO ASI Series / Global Environmental Change)
  14. Process Analytical Chemistry: Control, Optimization, Quality, Economy by Karl H. Koch, 2010-11-02

81. NASA Langley Research Center Lidar Applications Group
Site contains research overview and descriptions of current and past field experiments and modeling projects.
http://asd-www.larc.nasa.gov/lidar/lidar.html
Welcome to
NASA Langley 's Lidar Applications Group Home Page
Who is the Lidar Applications Group
Description of the Lidar Applications Group Activities
Differential Absorption Lidar (DIAL) Concept
Lidar Atmospheric Sensing Experiment LASE
Airborne DIAL and LASE Campaign Data Sets
Listing of Lidar Applications Group Publications
Airborne Differential Absorption Lidar (DIAL) Field Experiment Examples:
Transport and Atmospheric Chemistry near the Equator - Atlantic (TRACE-A)
NOTE: Collage of imagery showing biomass burning in Africa , as observed visually (from DC-8 aircraft) and from space by AVHRR satellite, that was investigated during TRACE-A Biomass Burning Flight 13: Nadir data showing plume from biomass burning and low-level cloud and enhanced photochemically produced O3 across the troposphere. Aerosols Ozone
Pacific Exploratory Mission - West B (PEM-West B)
Flight 17: Zenith data showing stratospheric intrusion. Aerosols Ozone
Lidar Atmospheric Sensing Experiment (LASE) Validation Experiment
Flight 10: Nadir data from high-altitude (ER-2) aircraft across eastern U.S.

82. Global Atmosphere Watch (GAW) Aerosol Program At The Jungfraujoch (Switzerland)
Provides measurements for better understanding of the climate forcing by aerosol particles.
http://gaw.web.psi.ch/

83. ETH - IACETH - Institute For Atmospheric And Climate Science
Information about research and academics.
http://www.iac.ethz.ch/
About Us People Contact Sitemap ... IACETH
Welcome
Upcoming events 4 Events found:
  • Mon 01. Nov. 2010 16:15 : ETH Zentrum, CHN C14
    Dr. Julie Arblaster : Future changes in the Southern Hemisphere: the battle between ozone and greenhouse gases
    Details
    iCal Mon 08. Nov. 2010 16:15 : CHN C 14
    Details
    iCal Mon 15. Nov. 2010 16:15 : ETH Zentrum, CHN C14
    Dr. Suzanne Gray : Diabatic influences on weather forecasts
    Details
    iCal Mon 22. Nov. 2010 16:15 : ETH Zentrum, CHN C14
    Prof. Terje Berntsen : Modelling of climate impacts of Black Carbon aerosols. Implications for mitigation strategies that include short-lived climate forcers.
    Details
    iCal
  • Welcome to the Institute for Atmospheric and Climate Science (IACETH) at ETH Zurich.
    Picture from the IAC photo contest 2008
    News
    Copenhagen Accord shows 'dissonant ambition'
    iaceth - 12 Oct 10
    A paper published in Environmental Research Letters has found that even if nations would agree to a 50% reduction of emission levels by 2050 there would still only be a less than 50% chance to keep global warming below 2ºC.
    Das Wald-Paradoxon bei Hitzewellen
    eth life - 6 Sep 10
    Im Vergleich haben Wälder bei Hitzewellen anfangs einen geringeren kühlenden Effekt als offene Grasflächen. Sie heizen die Atmosphäre sogar zusätzlich auf. Dies zeigt eine neue Studie europäischer Forschungseinrichtungen.

    84. Atmospheric Science | Department Of Earth Sciences
    A collaboration among academic, government and private sector atmospheric scientists involved in regional atmospheric modelling, remote sensing and atmospheric aerosol studies.
    http://www.earth.uwaterloo.ca/research/atmospheric/index.html
    Earth uwaterloo.ca Search:
    Atmospheric Science
    Home The atmosphere is the fluid in which we live. It affects our environmental conditions significantly, whether by controlling the amount of energy the Earth’s surface receives from the sun or by regulating our weather and climate. As a fundamental and integral component of the Earth System, the atmosphere interacts extensively with the ocean and land by exchanging energy, momentum, and trace gases, as well as determining the environmental conditions for living organisms in terrestrial and marine ecosystems. Many of the most pressing environmental issues facing human society require an understanding of atmospheric sciences, including:
    • Climate change Air pollution Water supply Severe weather Stratospheric ozone
    The Atmsopheric Science Specialization is designed to provide instruction in the basic science of these important matters and to give leadership in related research. Our goal is to give students the tools and understanding that will allow them to become leaders in the task of ameleioating the currently unsustainable trends in many atmospheirc systems.
    Atmospheric Science Faculty Members
    James Sloan
    John Lin
    Faculty Members with Related Research Interests
    Tom Edwards
    Sherry Schiff
    The University of Waterloo offers unique opportunities for research and studies in atmospheric science. The

    85. Euphore Home Page
    Research on the transformation processes of chemical components of the atmosphere using photochemical reactors to simulate actual conditions.
    http://euphore.es
    TEL.: +34 961318227 FAX.: +34 961318190
    EUPHORE HOME PAGE
    RESEARCH AREA: ATMOSPHERIC CHEMISTRY Instituto Universitario CEAM - UMH www.ceam.es contact: euphore@ceam.es Your browser is unable to render some HTML compliant features. They have been disabled.

    86. CSIRO Space Sciences And Technology (Overview - Research)
    Coordinates and promotes CSIRO s space science and Earth observation projects.
    http://www.csiro.au/science/COSSA.html
    var clicky_pause_timer = 200; Explore CSIRO Partner Media Events ... Close
    Explore CSIRO
    About CSIRO
    The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.
    Open to the Public
    CSIRO has a range of facilities that are opened to the public, with each offering a unique insight into science research activities and history.

    87. EUROTRAC-2: Transport And Chemical Transformation Of Trace Constituents In The T
    The EUREKA atmospheric environmental project on the Transport and Chemical Transformation of Environmentally Relevant Trace Constituents in the Troposphere over Europe.
    http://www.helmholtz-muenchen.de/eurotrac/
    EUROTRAC-2
    The EUREKA project on the transport and chemical transformation of trace constituents in the troposphere over Europe; second phase
    EUREKA
    project 1489
    NEWS (Final update December 01, 2004)
    The excellence of EUROTRAC-2 and its outstanding contribution to environmental protection in Europe have been recognised by EUREKA, which has chosen the project for the 2004 Lillehammer Award. The award ceremony took place during the EUREKA Ministerial Conference in Paris on June 18th 2004 [ Link to EUREKA Awards; see also GSF press release ]. We thank all the hundreds of scientists throughout Europe whose hard work and excellent performance made this achievement possible.
    It was decided to put the prize money of EURO 10.000 back into the scientific community that earned it by creating a EUROTRAC-2 Young Scientist Award to recognise the best young researchers who were actively engaged in the project. We are pleased to announce that the winners of this one time only award (in alphabetical order) are: Lise Marie Frohn , National Environmental Research Institute (NERI), Denmark
    Christian George , CNRS-LACE, Villeurbanne, France
    Paul Monks , University of Leicester, UK
    Eiko Nemitz
    Andreas Stohl
    , now at the Norwegian Institute for Air Research (NILU), Norway
    The end of an era: the work of EUROTRAC-2 has come to an end and the International Scientific Secretariat has now closed [ ]. Please note that the email address eurotrac@gsf.de is no longer in operation.

    88. The Atmospheric Trace Molecule Spectroscopy(ATMOS) Experiment
    ATMOS is an infrared spectrometer (a Fourier transform interferometer) that is designed to study the chemical composition of the atmosphere from space.
    http://asd-www.larc.nasa.gov/spectroscopy/ASDatmos.html
    The Atmospheric Trace Molecule Spectroscopy(ATMOS) Experiment
    Introduction
    Over the last three or four decades scientists have gained a keener understanding of the Earth's atmosphere. During this time the atmosphere has been recognized as a medium comprised of many regions distinguished by temperature and chemical composition. Moreover, the chemical composition of these regions is constantly evolving in response to natural changes as well as changes brought about by human activity. So there is a need to study the atmosphere extensively to establish the nature and the extent of changes in chemical composition of atmospheric regions. One of the many experiments in this ongoing study is the Atmospheric Trace Spectroscopy(ATMOS) Experiment. The Atmospheric Trace Molecule Spectroscopy(ATMOS) Experiment is designed to make global measurements of the composition of the trophosphere, stratosphere, and mesosphere. The spectrometer simultaneously measures the concentrations of gases that are involved in the complex chemical and radiative interactions occuring at altitudes between 10 and 150 km(6 to 93 mi). With the instrument's ability to detect these trace gases in concentrations of lower than 1 part per billion, its data are used to make critical tests of theroretical models that describe the physics and chemistry of the stratosphere. Trace gas molecules absorb specific wavelengths of incoming solar radiation. By determining which wavelengths are absorbed by the atmosphere, ATMOS scientists can develop a more detailed picture of the molecular composition of the atmosphere,thereby providing a baseline of data against which to detect future changes in atmospheric composition. These data(with information collected from similar experiments carried on balloons, rockets, satellites, and aircraft) will provide a reference source for atmospheric scientists in the future.

    89. Global Climate Change Student Guide
    This site is a directory for information and explanations pertaining to climate change and current research
    http://www.ace.mmu.ac.uk/Resources/gcc/contents.html
    Chapters Contents Chapter 1 Contents Introduction Climate System Causes of Climate Change ... Conclusion

    90. David DeMontigny Home Page
    The site identifies current research areas (carbon dioxide absorption), experience, and personal interests.
    http://uregina.ca/~demontid/index.htm
    Education Carbon Dioxide Research Experience Publications ...
    International Test Centre for Carbon Dioxide Capture
    Welcome to my website... I am a graduate student in the Industrial Systems Engineering program at the University of Regina, in Regina, Saskatchewan, Canada. My research area is carbon dioxide capture. I set up this homepage in order to "tell the world" about my research project and interests. Initially I thought that someone working in a similar area would find my Web site and we could begin communicating with each other. Now I realize that this site could be a neat way to meet a variety of interesting people, regardless of how or why they found my Web site. Ciao, Dd You can e-mail me at: demontid@uregina.ca This page was last updated on October 1st, 2002.

    91. Didier Hauglustaine
    Research in global tropospheric chemistry. Modelling of the tropospheric ozone budget. Climate-chemistry interactions.
    http://www.ipsl.jussieu.fr/~dhaer
    D idier A. Hauglustaine - Directeur de Recherche au CNRS Scientific Coordinator for the EUROCORES programs at the European Science Foundation (ESF) Recherche - Research Enseignement - Lectures Grand Public - General Public Contact: European Science Foundation (ESF) Life, Earth and Environmental Sciences (LESC) 1 quai Lezay-Marnésia, BP 90015, F-67080 Strasbourg Cedex, France Tel: +33 (0)3 88 76 21 89 Fax: Email: dhauglustaine[at]esf.org For others Revised : Didier Hauglustaine Personal Home Page.

    92. Colbeck, Ian Professor, University Of Essex
    Research into airborne particles in atmospheric processes, photochemical oxidants, atmospheric modelling, urban air quality and air quality management.
    http://www.essex.ac.uk/bs/staff/colbeck/

    93. Trans-Dimensional Unified Field Theory - Planetary Atmosphere Tectonic Machine T
    George James Ducas puts forward a theory about natural machines, the creation of life and supporting planetary atmospheres.
    http://home.earthlink.net/~gjmd1/planetaryatmospheretectonicmachinetheory.htm
    Trans-Dimensional Unified Field Theory Planetary Atmosphere Tectonic Machine Theory Contact Planetary Atmosphere Tectonic Machine Theory The idea is that all oxygen on the Earth comes from water in the ocean. As you know oxygen here is 20% of the atmosphere and on Mars a trace less than 1%. The idea is that under the ocean, at the location of the tectonic plates where magma is released at fairly distributed cracks throughout all the oceans, water comes into contact with temperatures over 2000 C. The water or H2O is converted into hydrogen and oxygen (O2). The oxygen bubbles up as in a fish tank and oxygenates the ocean, and also bubbles up from the top of the ocean into the atmosphere. This O2 in the atmosphere is gradually lost to space, and shielded partly by the layer of 03, or ozone and also the magnetic field. The rules for a Planetary Atmosphere Tectonic Machine are as follows: 1.) Life cannot create atmosphere and sustain itself, it must be achieved by "active" mechanical processes that evolve to create an environment that sustains life. 2.) The Source of Oxygen is the ocean and it interacts with heat and the tectonic plate adjacencies to create oxygen.

    94. Jacob, Daniel Professor, Harvard University
    Links to current and past research, personal information, and publications.
    http://acmg.seas.harvard.edu/people/faculty/djj/
    Daniel J. Jacob Vasco McCoy Family Professor
    of Atmospheric Chemistry
    and Environmental Engineering
    Harvard University
    Pierce Hall, 29 Oxford St.
    Cambridge, MA 02138
    Phone: 1-617-495-1794
    Fax: 1-617-495-4551
    e-mail: djacob@fas.harvard.edu
    Go to the Atmospheric Chemistry Modeling Group web site to learn about my research!

    95. TSI Inc | The Leader In Performance Measurement Solutions
    Designs and manufactures instruments used to measure flow, particulate, and other key parameters in environmental research.
    http://www.tsi.com/

    96. Process & Environmental - HORIBA
    Manufacturer and supplier of CEMS, ambient, and process gas instrumentation.
    http://www.environ.hii.horiba.com
    Global Austria Brazil China Czech France Germany India Italy Japan Korea Poland Portugal Russia Spain United Kingdom United States Go Site search Search keyword(s): Search
    We are an industry leader in providing total solutions for protecting the environment, and for Industrial processing analysis, believing that our mission is to provide peace of mind, and to maintain safety and contribute to human health through the development of new technology and ideas. There are currently no articles available.
    Representative Product Lines
    Ambient
    HORIBA's air pollution analyzers (AP series) are highly sensive ambient air pollution monitors that give precise, reliable measurements, and are surprisingly easy to maintain. Every model in this series meets rigorous quality and performance standards.
    Combustion
    HORIBA is a global leader in high quality, accurate, and cost-effective emission monitoring and analysis. Products are available as stand-alone analyzers, versatile portable analyzers, or full continuous emission monitoring systems (CEMS).
    Process
    Systems
    HORIBA designs and builds complete solutions precisely tailored to customer’s requirements in the field of environmental and process monitoring.

    97. Aerodyne Research
    Provides instrumentation and consulting for environmental air quality monitoring and measurements.
    http://www.aerodyne.com/

    Aerodyne Research, Inc
    Home
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    CACC - Center for Aerosol and Cloud Chemistry
    CAEC Center for Atmospheric and Environmental Chemistry
    CATD - Center for Aero-Thermodynamics
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    Dr. Charles E. Kolb, President Aerodyne Research, Inc. 45 Manning Road Billerica, MA 01821-3976 978 663-9500

    98. Welcome To Sunset Laboratory Inc.
    Designs and provides instruments for analysis of carbonaceous aerosol for both lab-based and semi-continuous field measurements.
    http://www.sunlab.com/
    contact support sitemap

    99. Ecotech - Air Quality And Water Monitoring Instruments
    Specializes in ambient air and emissions monitoring instruments and provides solutions for process gas and water monitoring applications.
    http://www.ecotech.com.au
    Search
    • Products
      Contact Ecotech
      International:
      www.ecotech.com
      SELECT YOUR LOCATION
      If you aren't in Australia or New Zealand then choose your location:
      FIND OUT MORE
      Select Region A.C.T. New South Wales New Zealand N.T. Pacific P.N.G. Queensland South Australia Tasmania Victoria Western Australia Message...
      Provider of Environmental Monitoring Solutions
      Ecotech is an Australian owned company with over 35 years experience providing Australia and New Zealand with quality air and water monitoring instruments and services.
      Ecotech provides comprehensive solutions for your pollution monitoring needs, we specialise in ambient air and emissions monitoring and also provide solutions for process gas and water monitoring applications. Ecotech also manufacturers and exports air monitoring instruments throughout the world, these products can be viewed at www.ecotech.com
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      • 18 June 2010 Ecotech is pleased to announce the release of the new WinAQMS mini Data Acquisition System.

    100. Michigan Aerospace Corporation
    Lidar based weather sensing systems and optical air data systems.
    http://www.michiganaero.com/
    Home Contact Us Site Map January 11th, 2010 Michigan Aerospace Corporation Awarded NIST Grant for Atmospheric Measurement Sensor Michigan Aerospace Corporation today announced that it was awarded a $1.5 million grant under the National Institute of Standards and Technology (NIST) Measurement Science and Engineering Research Grants Program , funded through the American Recovery and Reinvestment Act. December 8th, 2009 Michigan Aerospace Corporation Wins NSF SBIR Award For Aircraft Wake Vortex Sensing System Michigan Aerospace Corporation today announced that it has been selected to receive a Phase 1 Small Business Innovation Research (SBIR) contract from the National Science Foundation for a ground-based sensor array for wake vortex detection. Dr. Dominique Fourguette, Chief Technology Officer, will lead this effort, in cooperation with researchers at Michigan State University. November 23rd, 2009 Michigan Aerospace Corporation Wins NASA SBIR Award for Clear Air Turbulence Sensor Michigan Aerospace Corporation today announced that it has been selected to receive a NASA Phase 1 Small Business Innovation Research (SBIR) contract to develop a Molecular Air Data Clear Air Turbulence (MADCAT) sensor. This effort is based on Michigan Aerospace’s extensive heritage developing and deploying atmospheric

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