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         Atmospheric Chemistry:     more books (100)
  1. Atmospheric Chemistry and Physics: From Air Pollution to Climate Change by John H. Seinfeld, Spyros N. Pandis, 1997-10
  2. Atmospheric Chemistry and Global Change
  3. Ionospheres: Physics, Plasma Physics, and Chemistry (Cambridge Atmospheric and Space Science Series) by Robert W. Schunk, Andrew F. Nagy, 2004-11-25
  4. Atmospheric Pollution by Mark Z. Jacobson, 2002-08-15
  5. Fundamentals of Atmospheric Aerosol Chemistry by Erno Meszaros, 1999-08
  6. Physics and Chemistry of the Upper Atmosphere (Cambridge Atmospheric and Space Science Series) by M. H. Rees, 1989-08-25
  7. Air-Sea Exchange: Physics, Chemistry and Dynamics (Atmospheric and Oceanographic Sciences Library)
  8. Atmospheric Chemistry in a Changing World
  9. Atmospheric Chemistry: Fundamentals and Experimental Techniques (Chemical Analysis: A Series of Monographs on Analytical Chemistry and Its Applications) by Barbara J. Finlayson-Pitts, Jr. James N. Pitts, 1986-04
  10. Atmospheric Aerosols: Characterization, Chemistry, Modeling, and Climate (Acs Symposium Series) by Kalliat T. Valsaraj, Raghava R. Kommalapati, 2009-02-19
  11. Changes of Atmospheric Chemistry and Effects on Forest Ecosystems: - A Roof Experiment Without Roof - (Nutrients in Ecosystems)
  12. Atmospheric Electrodynamics (Physics and Chemistry in Space) by Hans Volland, 1985-02
  13. Environmental Science: Extreme Weather, Atmospheric Chemistry and Pollution, Wetlands and the Carbon Cycle, Cryosphere by R. Reynolds, Kiki Warr, et all 2006-04-22
  14. Chemistry of Multiphase Atmospheric Systems (Nato Asi Series G: Ecological Sciences)

21. Gordon Research Conferences - 2007 Program (Atmospheric Chemistry)
Atmospheric Chemistry meeting in Big Sky, Montana
http://www.grc.org/programs.aspx?year=2007&program=atmchem

22. Atmospheric Chemistry: Fundamentals And Experimental Techniques, Advances In Pho
Atmospheric chemistry fundamentals and experimental techniques / By Barbara J. FinlaysonPitts James N. Pitts, Jr. TX 1-857-220 (1986)
http://www.faqs.org/copyright/atmospheric-chemistry-fundamentals-and-experimenta
Atmospheric chemistry: fundamentals and experimental techniques, Advances in photochemistry
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Date of Recordation: January 11, 1999
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Advances in photochemistry
Type of Work: Non-dramatic literary work Registration Number / Date: Date of Publication: April 4, 1979 Date of Creation: Title: Advances in photochemistry : v. 11 / editors, James N. Pitts, Jr., George S. Hammond, Klaus Gollnick ; associate editor, Daniel Grosjean. Basis of Claim: Imprint: New York : J. Wiley, c1979. Description: 538 p. Number of similar titles: Similar Title: Names: Daniel Grosjean Klaus Gollnick George S. Hammond (20 documents) example document: Pitts, James N., Jr. (10 documents)

23. Research In Atmospheric Chemistry At Leeds
A focal point for information on atmospheric chemistry research taking place around the world
http://www.chem.leeds.ac.uk/Atmospheric/intro.html
Faculty Links Mathematics and Physical Sciences School of Chemistry Department of Colour Science School of Food Science and Nutrition School of Mathematics School of Physics and Astronomy CMNS (Centre for Molecular Nanoscience)
Research in Atmospheric Chemistry at Leeds
We are currently involved in a wide range of studies, both modelling and experimental, with relevance to tropospheric and stratospheric processes.
Access points to other servers
National Atmospheric Emissions Inventory
The UK DETR have been funding automated monitoring of air quality at several urban and rural sites around the British Isles. The data gathered from these automated sites are posted hourly to the

24. Introduction To Atmospheric Chemistry
Introduction to Atmospheric Chemistry What is Atmospheric Chemistry? Atmospheric chemists are interested in understanding the chemical composition of the natural atmosphere, the way
http://www.mpch-mainz.mpg.de/~sander/chem-intro.html
Introduction to Atmospheric Chemistry
What is Atmospheric Chemistry?
Nobel Prize in Chemistry 1995 to the Atmospheric Scientists P. Crutzen, M. Molina and F. S. Rowland.
Photochemical Smog/Tropospheric Ozone
Further information:
Global Warming
Further information:
Stratospheric Ozone Depletion
Further information:
Acidic Deposition
Further information:
Toxic Air Pollutants
Further information: Back to the homepage of the Air Chemistry Department This page is based on a webpage from the Centre of Atmospheric Chemistry and maintained by Rolf Sander . It was last changed on 08 Sep 2010

25. ACP - Redirect
Atmospheric Chemistry and Physics An Interactive Open Access Journal of the European Geosciences Union
http://www.atmospheric-chemistry-and-physics.net/redirect.html
Atmospheric Chemistry and Physics
An Interactive Open Access Journal of the European Geosciences Union
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From now on you can find all Atmospheric Chemistry and Physics journal web pages under this address: http://www.atmospheric-chemistry-and-physics.net
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26. NASA GISS: Research In Atmospheric Chemistry
Research at GISS 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
http://www.giss.nasa.gov/research/chemistry/
National Aeronautics and Space Administration
Goddard Institute for Space Studies
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Earth Sciences Division
Research at GISS
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

27. Geoff Blake / Caltech / Atmospheric Chemistry Research Page
Overview Understanding the photochemical, radiative, and dynamical processes that are at work in the Earth's atmosphere is a critical prerequisite for furthering our
http://www.gps.caltech.edu/~gab/atmospheric/atmospheric.html
ATMOSPHERIC CHEMISTRY
G.A. Blake Group
California Institute of Technology
Overview
For example, stable isotopes have long served as an invaluable tool in geochemical studies of the solid and liquid reservoirs of the earth. As outlined more fully below, stable isotopes also have the potential to provide critical new insights into a variety of issues in atmospheric science, yet have been only rarely pursued. In part this arises because the measurements are difficult, requiring precisions and accuracies in the part per ten thousand range, but also because the science that can be pursued with stable isotopic studies of atmospheric trace gases is only now becoming clear. We have begun a new laboratory program that utilizes stable isotopes to examine the fate of important biogenic trace gases such as nitrous oxide, and are developing new in situ measurement approaches for such species using infrared laser induced fluorescence. With Paul Wennberg's group we are also beginning a new effort in Br/BrO detection in the vacuum ultraviolet, as described below.
Stables Isotopes and Nitrous Oxide Photolysis
Nitrous oxide exists in the Earth's atmosphere at a current concentration of approximately 310 ppbv and is increasing at an annual rate of about 0.25-0.31%. Despite being present in only trace amounts, nitrous oxide exerts a large influence on the terrestrial climate in two major ways: (1) It is one of the main greenhouse gases because of its long atmospheric lifetime (~100-150 years) and its large radiative forcing capabilities (nearly 200 times that of carbon dioxide), and (2) It is the principal source of NO

28. Airsite - Atmospheric Chemistry On The Web
Crossroads of Information . Welcome to Airsite! Our goal is to provide a focal point for information on atmospheric chemistry research taking place around the world.
http://airsite.unc.edu/

29. NESL's Atmospheric Chemistry Division
The overall scientific goal of ACD is 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.
http://www.acd.ucar.edu/
  • UCAR advanced Feature: WACCM Feature: HIRDLS Integrative Research Modeling Capabilities
    Research Highlights
    El Nino-Southern Oscillation ( ENSO ) is the largest source of interannual variability in the tropical troposphere. A recent study using the Whole Atmosphere Community Climate Model ( ), has also shown the intensification of the tropical upwelling in the lowermost part of the stratosphere, below 20km, during warm ENSO events and its weakening during the opposite phase. More... The HIRDLS experiment is sensitive to the presence of small amounts of cirrus along limb-views in the upper troposphere. The thickness of cirrus clouds there influences the heating and cooling rates. Ongoing research using HIRDLS data will determine how this heating enhances vertical transport in the upper troposphere. More... ACD scientists Julia Lee-Taylor and Sasha Madronich are using the GECKO-A model to investigate the formation of SOA from an explicit chemistry perspective. A typical simulation, starting with 60 precursor hydrocarbons, simulates ~5 million gas-phase reactions among ~1 million species.

30. Atmospheric Chemistry Glossary
Words and phrases used in atmospheric chemistry and environmental studies. Eenhanced with external links to further information.
http://www.shsu.edu/~chemistry/Glossary/a.html#A
Atmospheric Chemistry Glossary 2010 Version A Abatement - To lower, depreciate, or reduce. Often refers to emission reductions in air quality control. [Survey of Current Business; v74; 36-49; 1994.] [Journal of Environmental Economics and Management; v27; 38-48; 1994.] Ablation - The weathering of a glacier by surface melting, or rock weathering by hydraulic erosion. [Proceedings of the National Academy of Sciences of the United States of America ; v91; 365-369; 1994.] [Analytical Chemistry; v66; 3431-3435; 1994.] Absorption Cross Section - A measurement of an atom or molecule's ability to absorb light at a specified wavelength, measured in square cm/particle. [Journal of Atmospheric Sciences; v50; 941-950; 1994.] [Journal of Chemical Education; v71; 105-108; 1994.] Abstraction Reaction - a reaction that takes any atom away from another chemical species. Classical examples in atmospheric chemistry are the gas phase removal of hydrogen from methane by hydroxyl radical or the following solution phase reaction: HSO + H O + H O [Graedel, T.D. and Paul Crutzen. Atmospheric Change: an Earth system perspective; 1993; Freeman Press.] [Atmospheric Environment; v39; 7667-7688; 2005.] [Atmospheric Environment; v32; 3393-3402;1998.]

31. Atmospheric Chemistry And Air Pollution
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
http://www.atmos.umd.edu/~russ/chemistry2005.html
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Atmospheric Chemistry and Air Pollution
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Allen, Dale bork("allen"); Canty, Timothy bork("canty"); Dickerson, Russell bork("russ"); Doddridge, Bruce bork("bruce"); Hudson, Robert bork("hudson"); Li, Zhanqing bork("zli"); King, Michael michael.d.king@nasa.gov Marufu, Lackson bork("marufu"); Pickering, Kenneth bork("pickerin"); Piety, Charles bork("charles"); Stehr, Jeffrey bork("stehr"); Salawitch, Ross bork("salawitch"); Thompson, Anne thompson@gator1.gsfc.nasa.gov 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.

32. Atmospheric Environment - Elsevier
Areas covered include air pollution research and its applications, air quality and its effects, dispersion and transport, deposition, biospheric- atmospheric exchange, atmospheric chemistry and induced changes in radiation and climate.
http://www.elsevier.com/wps/find/journaldescription.cws_home/246/description#des

33. Marine And Atmospheric Chemistry
Division of Marine Atmospheric Chemistry Degrees offered M.S. and Ph.D. degrees. Program areas Chemical Processes of the Atmosphere Chemical Processes of the Ocean Hydrology
http://www.rsmas.miami.edu/divs/mac/
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MAC
  • About
    Degrees offered:
    M.S. and Ph.D. degrees
    Program areas:
    Chemical Processes of the Atmosphere Chemical Processes of the Ocean Hydrology
    Program description:
    The 14 faculty members of the Division of Marine and Atmospheric Chemistry (MAC) carry out research on the chemistry of the atmosphere and marine and ground waters, evaluating processes within and between those spheres. Much of the work is directed at understanding the impact of man's activities on the earth/ocean system, particularly as it relates to global change. There are currently 12 students enrolled in the program. Students come from a variety of educational backgrounds (marine science, chemistry, biology, physics, engineering, etc.)
    Resources:
    The Division has a wide variety of modern chemical laboratory instrumentation, including a state-of-the-art laser facility to study rapid gas and liquid phase chemical reactions and radiochemical labs that measure a broad spectrum of isotopes. We have wide analytical capabilities for the major elements, including carbon and the nutrients, and for organic chemistry. One unique laboratory is on a tourist cruise ship, the Royal Caribbean Explorer of the Seas, which efficiently collects marine and atmospheric data. Additionally, the school's 90-foot research catamaran, the R/V WALTON SMITH, spends more than half of the year at sea on research missions.

34. Journal Of Atmospheric Chemistry
Publishes research on the chemistry of the Earth s atmosphere from the surface to 100 km.
http://www.springer.com/earth sciences/meteorology/journal/10874
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35. International Global Atmospheric Chemistry Project
Upcoming meetings that IGAC is sponsoring or attending
http://www.igac.noaa.gov/meetings.php

36. Atmospheric Chemistry: New Insights Define Current Research
When one reviews the knowledge of atmospheric chemical composition as it existed two or three decades ago, one is struck by the primitive state of the science. . . .
http://www.ucar.edu/communications/ucar25/chemistry.html
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Atmospheric Chemistry: New Insights Define Current Research
When one reviews the knowledge of atmospheric chemical composition as it existed two or three decades ago, one is struck by the primitive state of the science It is now understood that the atmosphere is a reactive environment.

National Academy of Sciences, 1984
In spite of the relatively primitive state of the science of atmospheric chemistry in the late 1950s, the authors of the UCAR "Blue Book" proposed chemistry as one of the disciplines that should be included in a broad and vigorous attack on scientific problems of the atmosphere. They recognized that some chemical species in the atmosphere are far from inert and suggested some scientific issues that the new institute should address: For example, the photochemical processes by which the ionization and recombination of gaseous components is [sic] achieved are only partly known. The chemical equilibrium of ozone in the upper atmosphere has a profound influence on biological processes on the ground as well as being a possible link between fluctuations in the emission of ultra- violet energy from the sun and atmospheric motion at lower levels. The distribution and decay of natural and artificial radioisotopes, the carbon dioxide and nitrogen cycles in the atmosphere, and the processes by which particulate materials are diffused and removed from the atmosphere are problems which have assumed ecological significance.

37. Centre For Atmospheric Science
Joint venture of several departments within the University of Cambridge. Areas of research include modelling studies of stratospheric and tropospheric chemistry, the kinetics of reactions important for atmospheric chemistry and fundamental dynamical processes in the atmosphere.
http://www.atm.ch.cam.ac.uk/
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Centre for ... Centre for Atmospheric Science The Centre for Atmospheric Science is a joint venture within the University of Cambridge between the University Departments of Chemistry, Applied Mathematics and Theoretical Physics and Geography. The Centre is one of the premier research groups in the UK for atmospheric research and attracts funding from a wide range of sources. Post-doctoral researchers and students from the UK and abroad carry out world-leading research with international collaborations.
Research Areas
Numerical Modelling Laboratory Studies IUPAC Gas Kinetic Data Evaluation
Our other websites
Atmospheric Chemistry Modelling Support Unit (NCAS-ACMSU) UKCA chemistry-aerosol-climate model project European Ozone Research Coordinating Unit Institute for Aviation and the Environment ...
Ozone Hole Tour
Explore the science behind the ozone hole in these pages designed for students and the general public.
  • World Ozone Day. 16th Sept 2010 is the international day for the preservation of the Ozone Layer. read more..

38. NASA Langley Science Directorate - Research - Atmospheric Chemistry
Biomass Burning Recent information suggests that on the global scale, biomass burning is much more extensive and widespread than previously thought.
http://science.larc.nasa.gov/research-AtmosphericChemistry.html

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Atmospheric Chemistry
Biomass Burning
Recent information suggests that on the global scale, biomass burning is much more extensive and widespread than previously thought. Biomass burning refers to the burning of the world's forests and grasslands and agricultural lands following the harvest for land clearing and land conversion. Biomass burning is a global phenomenon occurring in the tropics (tropical rain forests and savanna grasslands), in the temperate zone and in the boreal forest.
GTE
- Global Tropospheric Experiment GTE utilizes large, extensively instrumented aircraft as primary research tools. However, GTE also draws heavily upon satellite observations of meteorology, land use and atmospheric chemical species to aid in experiment design and in the scientific analyses of results obtained from aircraft and ground-based measurements. The GTE, managed through the Tropospheric Chemistry Program in the Earth Science Division, Science Mission Directorate at NASA Headquarters, was initiated in the early 1980s. Implementation of the GTE Project is the responsibility of the Science Directorate at the NASA Langley Research Center.
IMPACT - Interactive Modeling Project for Atmospheric Chemistry and Transport Atmospheric modeling and simulation studies have been invaluable in the development of our current level of understanding of the fundamental processes of radiation, chemistry and dynamics that ultimately determine the circulation, thermal structure and distribution of constituents in the Earth's atmosphere. Many of these studies have treated the processes independently or have suppressed important couplings between them. This approach was a conscious strategy adopted to make the studies tractable and often relied on assumptions that the couplings were weak enough to neglect. Recently however, there has been increased awareness that many phenomena of interest may involve subtle and complex interactions among these processes.

39. Lancaster University IENS - CNH Group
Research into the occurrence and behavior of volatile organic compounds in the atmosphere.
http://www.es.lancs.ac.uk/cnhgroup/cover.html
Biosphere-atmosphere interactions
and atmospheric chemistry research group
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Prof. C.N. Hewitt

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Hazelrigg weather station
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Overview
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 in the atmosphere. As well as isoprene (C H ) and the monoterpene (C ), 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. For further information on the group's activities, contact :- Nick Hewitt (n.hewitt@lancaster.ac.uk)
Last updated: 09/07/2004 - RIE

40. Atmospheric Chemistry
Atmospheric Chemistry The atmospheric chemistry subgroup investigates highlatitude chemical reactivity through a combination of field and laboratory
http://www.gi.alaska.edu/AtmosSci/Research/chemistry.html
Academic Home Page
Research Home Page
Our Group
Research
Atmospheric Chemistry
The atmospheric chemistry subgroup investigates high-latitude chemical reactivity through a combination of field and laboratory studies. We work closely with the aerosol, radiation, meteorology groups in these studies. The listings below describe some current research foci. Follow the links to investigate these projects further. Interested students should investigate our excellent research and education opportunities. Cathy Cahill Investigates the chemistry of atmospheric aerosols through field and laboratory studies. She is currently investigating the size and composition of particles entering the Arctic from other regions of the globe.
e-mail: cathy.cahill 'at' gi.alaska.edu

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