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Atmospheric Chemistry: more books (100)

Chemistry of Multiphase Atmospheric Systems (Nato Asi Series G: Ecological Sciences)
Global Atmospheric-Biospheric Chemistry (Environmental Science Research)
Atmospheric Particles (Series on Analytical and Physical Chemistry of Environmental Systems) (v. 5) by René Van Grieken, 1998-06-15
Progress and Problems in Atmospheric Chemistry (Advanced Series in Applied Physics)
Atmospheric Chemistry and Physics of Air Pollution by John H. Seinfeld, 1986-01
Changes of Atmospheric Chemistry and Effects on Forest Ecosystems : A Roof Experiment Without Roof (Nutrients in Ecosystems Ser.) by Reinhard F.; Bellmann, Klaus, Eds. Huttl, 1998
Lectures in Atmospheric Chemistry (AIChE monograph ; no. 12, v. 76, 1980) by John H. Seinfeld, 1980-12
Atmospheric Chemistry by Julian Heicklen, 1977-01
Sounding the Troposphere from Space: A New Era for Atmospheric Chemistry
Chemical Processes in Atmospheric Oxidation: Laboratory Studies of Chemistry Related to Troposheric Ozone (Transport and Chemical Transformation of Pollutants in the Troposphere) (Vol 3)
Aerosols and Atmospheric Chemistry
Heterogeneous Atmospheric Chemistry (Geophysical Monograph)
Measurement Challenges in Atmospheric Chemistry (Advances in Chemistry Series)
Remote Sensing of Atmospheric Chemistry: 1-3 April, 1991 Orlando, Florida (Proceedings of Spie) by James L. McElroy, 1991-08

lists with details

Chemical Oceanography HomePage
The Marine and atmospheric chemistry faculty at the University of Rhode Island s During the school year, a special 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
Sodankylä Geophysical Observatory
Observations and research related to northern lights, aeronomy, atmospheric chemistry, and related science.
http://www.sgo.fi/
Lancaster University IENS - CNH Group
Lancaster University IENS Biosphere-atmosphere interactions research group.
http://www.es.lancs.ac.uk/cnhgroup/cover.html

Extractions: Home Page >>> 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 (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. For further information on the group's activities, contact :- Nick Hewitt (n.hewitt@lancaster.ac.uk)
SpringerLink - Publication
springerlink.metapress.com/link.asp?id=100279 Google Directory Science Earth Sciences atmospheric chemistryNational Center for Atmospheric Research atmospheric chemistry Division Pacific Marine Environment Laboratory, atmospheric chemistry
http://springerlink.metapress.com/openurl.asp?genre=journal&issn=0167-7764
F.Sherwood Rowland - Autobiography
Rowland shared the 1995 Nobel Prize in Chemistry for work in atmospheric chemistry.
http://nobelprize.org/chemistry/laureates/1995/rowland-autobio.html

Extractions: HOME SITE HELP ABOUT SEARCH ... EDUCATIONAL 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. My accelerated academic schedule made me eligible for my final year of university in June, 1945, as I approached my 18th birthday. However, with the fighting in the Pacific and the continuing military draft, I enlisted in a Navy program to train radar operators. The Pacific war ended while I was still in basic training near Chicago, and I served the next year in several midwestern Naval Separation Centers, as the 10,000,000 Americans who had preceded me into the military were returned to civilian life. A major amount of this Navy time was devoted to competitive athletics for the Navy base teams, and I emerged after 14 months as a non commissioned officer with a rating of Specialist (Athletics) 3rd class. My first real opportunity to see the rest of the United States came when I was transferred to San Pedro, California for discharge from the Navy.
Sites Related To Aerosols And Atmospheric Chemistry
International Max Planck Research School for atmospheric chemistry and Physics NASA Jet Propulsion Laboratory atmospheric chemistry
http://imk-aida.fzk.de/sites/

Extractions: L'Aquila University (Italy) - Atmospheric Sciences Argonne National Laboratory (USA) Arizona State University (USA) - 7*M Research Group Berlin (Germany), Free University Brandenburg Technical University, Cottbus (Germany) - Chair for Atmospheric Chemistry and Air Quality Bremen University (Germany) Bristol University (UK) - Laser Chemistry Group British Atmospheric Data Centre, Rutherford Appleton Laboratory
NCAS ACMSU Home Page
The atmospheric chemistry Modelling Support Unit (ACMSU) carry out worldclass scientific research on problems related to atmospheric chemistry in NERC core
http://www.atm.ch.cam.ac.uk/acmsu/

Extractions: ACMSU is one of the centres and facilities in the NERC Centres for Atmospheric Sciences, NCAS based at the University of Cambridge, UK. NCAS carries out the core research programme in atmospheric science funded by the UK Natural Environment Research Council, NERC. The Atmospheric Chemistry Modelling Support Unit (ACMSU) carry out world-class scientific research on problems related to atmospheric chemistry in NERC core science areas and provide scientific support, state-of-the-art chemistry models and modelling support to the UK NERC community. Our key research and support areas are: chemistry-climate interactions, oxidising capacity of the troposphere, interpretation of satellite data, development of global chemistry models, support for field campaigns. For more information follow the links below. ACMSU is also a member of the UK Global Atmospheric Modelling Programme (UGAMP) - a network of excellence in climate research. About
Molecular Physics Laboratory - Research And Development In Laser Sensors And Dia
SRI s Physics and atmospheric chemistry group has a worldwide reputation for its fundamental and applied research in collisional and radiative processes
http://www.sri.com/psd/physics/

Extractions: Molecular Physics Laboratory SRI's Molecular Physics Laboratory provides government and commercial clients with fundamental and applied research in areas involving laser sensors and diagnostics, mass spectroscopy, and atmospheric processes. The laboratory operates a Research Experiences for Undergraduates Program , providing undergraduate students with summer research opportunities. Our team's experience includes: Innovative Technologies Jet-REMPI : A combination of three technologies, supersonic nozzles, resonant laser ionization, and time of flight mass spectrometry to provide unparalleled sensitivity and selectivity
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/
US NSF - Directorate For Geosciences (GEO)
atmospheric chemistry and Dynamics BranchResearch is focused on the chemical and transport processes that determine atmospheric composition, dynamics, and climate, including manmade perterbations
http://www.geo.nsf.gov/cgi-bin/geo/showprog.pl?id=11&div=atm
Atmospheric Chemistry Lectures Frameset
http://physchem.ox.ac.uk/~wayne/atmos.html
Syllabus For Atmospheric Chemistry
Syllabus for ESPM c180/EPS c180 atmospheric chemistry atmospheric chemistry and Physics From Air Pollution to Climate Change JH Seinfeld, SN Pandis,
http://www.cnr.berkeley.edu/~ahg/ESPM180.htm

Extractions: Chemistry (1A, 1B) and physics (8A) or equivalents, or permission of instructor. This course is an introduction to the chemistry of earth's atmosphere. We will address questions including: What is the composition of the atmosphere and how and why is it changing? How quickly are pollutants transported vertically, horizontally across urban air sheds, and across continents and hemispheres? How are pollutants chemically transformed during transport? Specific foci will include: Stratospheric ozone depletion, increasing greenhouse gases, changes in the chemistry of the troposphere, smog. * Weekly homework assignments will consists of quantitative and qualitative written problem sets addressing topics covered in the lectures and readings. Introduction to Atmospheric Chemistry , Daniel J. Jacob, Princeton University Press, 1999.
Atmospheric Chemistry
The mission of the atmospheric chemistry section of the Atmospheric Science The atmospheric chemistry Laboratory at Meteorological Service of Canada
http://www.ns.ec.gc.ca/msc/as/as_chemistry.html

Extractions: Contact Us Help Search Canada Site ... Home Select a Topic Air Quality Forecasts Atlantic Coastal Action Program Birds Oiled at Sea Children's Environmental Health Climate Centre Emergencies Enforcement and Compliance Environmental Assessment Environmental Damages Fund Environmental Links EcoAction Halifax Pollen Forecast Hunting Hurricane Centre Legislation We Administer Meet Our Minister Meteorology News Releases Pollution Information Sea Level Rise (New Brunswick) Severe Weather Awareness Wildlife Atlantic Region Wildlife The mission of the Atmospheric Chemistry section of the Atmospheric Science Division is to improve knowledge of the chemistry of the atmosphere and its influence on human and ecosystem health. The Atmospheric Chemistry Laboratory at Meteorological Service of Canada - Atlantic in Dartmouth, Nova Scotia. Contact:
IGOS :: THEMES :: ATMOSPHERE
a full understanding and knowledge of the chemistry of the atmosphere. atmospheric chemistry observations document the state of the atmosphere and thus
http://www.eohandbook.com/igosp/Atmosphere.htm

Extractions: Home Themes Atmosphere Atmospheric Chemistry Process Atmosphere Carbon Coastal Coral-Reef Cryosphere ... Water The Atmospheric Chemistry Theme has been approved by the Partners Background Few issues capture the attention of the world as dramatically as climate and the possibility of global change. However, the assessment of an already complex situation is made even complex by human-induced impacts on the Earth and its atmosphere. These impacts will almost certainly grow during the new century as population increases and as technologies and economies expand. Data will be essential not only to monitor the state of the Earth and its climate but also to develop the models needed to interpret observations and to predict its future evolution. Assessing the global impact of climate change will become more and more important and will depend upon knowledge of the nature and causes of the change. There are currently grave deficiencies in knowledge of the extent and rate that they are occurring. Correcting this situation by furthering scientific understanding depends on the coupling of a set of long-term ground- and space-based observations (spanning a wide range of temporal and spatial scales) with process studies and models set within the context of Earth system models. An integral part of the Earth system is the atmosphere where material and energy are cycled through the various compartments of the system. Its composition and evolutions reflect not only the natural bio/geochemical processes that occur on land and in the ocean, but also, increasingly, human-induced processes and activities. The assessment and prediction of these various impacts depends on the development of a full understanding and knowledge of the chemistry of the atmosphere. Atmospheric chemistry observations document the state of the atmosphere and thus help understand the processes that govern its composition and together they provide the basis for assessing the potential for future change.
Atmospheric Chemistry
atmospheric chemistry Atmospheric Radiation Climate Global Change Cloud Aerosol Physics Hydrometeorology Mesoscale Meteorology
http://www.gi.alaska.edu/AtmosSci/Research/chemistry.html

Extractions: Geophysical Institute CNSM IARC UAF ... Research Home Page 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.
Atmospheric Chemistry
atmospheric chemistry. Studies conducted relate to the atmospheric processing of various chemical species and their impacts on pollutant deposition,
http://www.atmos.colostate.edu/research/chem.html

Extractions: 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. Academic faculty Jeffrey L. Collett . Environmental chemistry; aqueous phase chemistry and cloud microphysics measurements; gas and aerosol scavenging, precipitation, and deposition processes; air quality. A. Scott Denning
Atmospheric Chemistry And Dynamics Branch
Research is focused on the chemical and transport processes that determine atmospheric composition, dynamics, and climate, including manmade perterbations to those processes.
http://geo.arc.nasa.gov/sgg.html

Extractions: and Dynamics Branch NASA Ames Research Center, Moffett Field, CA USA Comments and suggestions Search this site The Atmospheric Chemistry and Dynamics Branch (Code SGG) conducts scientific research on important environmental issues in stratospheric chemistry and ozone depletion, strastospheric-troposphere exchange, pertubations in the chemical composition of the troposphere, and climatic changes from clouds, aerosols, and greenhouse gases. The SGG effort includes: a) development and deployment of sensitive, state-of-art instruments on airborne platforms (including aircraft, balloons, and uninhabited aerial vehicules, UAV's), b) modeling of chemistry, dynamics, and radiative transfer processes to understand and elucidate controlling mechanisms, c) science team support of spacecraft measurements of earth atmospheric processes, and d) advocacy, planning and execution of selected field projects for the Office of Earth Science. SGG is organized into four groups: 1) Chemistry, 2) Dynamics, 3) Sunphotometer-Satellite, and 4) Project Management. Chemistry
ATS Chemistry Building Construction
Depiction of the atmospheric chemistry building. The main ATS building is located just behind the chemistry building. Progress the of building scheduled
http://www.atmos.colostate.edu/dept/air_quality.php

Extractions: Department Info Area Maps Department Staff Department Computing Resources Email/Phone Directories ... Fort Collins, Colorado Information Atmospheric Chemistry Building Construction A new 13,000-square-foot, $2.5 million facility will give researchers and students state-of-the-art space for their studies of atmospheric chemistry and air quality, including studies of aerosol and cloud microphysics and chemistry, aerosol-cloud interactions, and impacts of aerosols on regional haze and climate. The building will house several laboratories along with faculty, staff, and student offices. Depiction of the atmospheric chemistry building. The main ATS
PSU2DE Profile: Atmospheric Chemistry
Have you ever thought about studying atmospheric chemistry? Did you even know this field When did you first become interested in atmospheric chemistry?
http://www.sciencecareersweb.net/PSU2DE/PSU2DEProfiles/AtmosphChem.htm

Extractions: Atmospheric Chemistry - Dr. Dale Hurst Have you ever thought about studying atmospheric chemistry? Did you even know this field existed as a career? Dr. Dale F. Hurst of NOAAs Climate Monitoring and Diagnostics Laboratory, Halocarbons and other Atmospheric Trace Species Group (phew!) was kind enough to share with us some details about this fascinating field! What is your educational background? I earned a B.S. ('83), M.S. ('87) and Ph.D. ('90) in chemistry, all from the University of California, Irvine (UCI). Though my Ph.D. diploma officially labels me as a physical chemist, my thesis research was almost entirely in the field of atmospheric chemistry. Since graduation, I have worked in Australia as a post-doctoral fellow and am currently a research scientist at the University of Colorado, Boulder. When did you first become interested in atmospheric chemistry? During my last year as an undergraduate at UCI, a friend of mine convinced me to look into being a research assistant in a chemistry laboratory. He was working in the atmospheric chemistry research laboratory of Professor F. Sherwood Rowland, so I paid a visit to that laboratory to see what the scientists were doing. I was very impressed with the questions they were trying to answer about the atmosphere, especially those pertaining to stratospheric ozone depletion and forced climate change. Although I had no specific training in atmospheric chemistry, I took an immediate interest in the topic, mainly because it dealt with current environmental problems of great importance to everybody on the planet.
Dept. Of Atmospheric Chemistry At The MPI For Chemistry
Dept. of atmospheric chemistry at the MPI for Chemistry. new web page.
http://www.mpch-mainz.mpg.de/~air

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