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Ozone Meteorology: more books (100)

Atmospheric Ozone
Tropospheric Ozone Research: Tropospheric Ozone in the Regional and Sub-regional Context (Transport and Chemical Transformation of Pollutants in the Troposphere)
The Tropospheric Chemistry of Ozone in the Polar Regions (Nato a S I Series Series I, Global Environmental Change) by H. Niki, K. H. Becker, 1993-07
Atmospheric Ozone Dynamics: Observations in the Mediterranean Region (NATO ASI Series / Global Environmental Change)
Chemical Processes in Atmospheric Oxidation: Laboratory Studies of Chemistry Related to Troposheric Ozone (Transport and Chemical Transformation of Pollutants in the Troposphere) (Vol 3)
Tropospheric Ozone: Human Health and Agricultural Impacts by David McKee, 1993-10-25
Nocturnal trans-alpine transport of ozone and its effects on air quality on the Swiss Plateau [An article from: Atmospheric Environment] by M. Steinbacher, S. Henne, et all 2004-09-01
Ozone Depletion, Greenhouse Gases, and Climate Change by Board on Atmospheric Sciences and Climate, Committee on Global Change, et all 1989-01-01
Review of the U.S. Climate Change Science Program's Draft Synthesis and Assessment Product 2.4: Trends in Emissions of Ozone Depleting Substances, Ozone ... for Ultraviolet Radiation Exposure by Committee to Review the U.S. Climate Change Science Program's Draft Synthesis and Assessment Product 2.4, National Research Council, 2007-12-04
Atlas of total ozone distribution: October 1958-September 1959 (Publication in meteorology - McGill University. Arctic Meteorology Research Group) by V MacDonald, 1963
A stratospheric general circulation experiment, incorporating diabatic heating and ozone photochemistry (McGill University, Montreal. Arctic Meteorology Research Group. Publication in meteorology) by R Byron-Scott, 1967
Photochemical production of ozone in western Europe and its relation to meteorology by R Guicherit, 1976
Origin of ozone NO[subscript x] in the tropical troposphere a photochemical analysis of aircraft observations over the South Atlantic basin (SuDoc NAS 1.26:207268) by NASA, 1996
Analysis of atmospheric ozone measurements made from a B-747 airliner during March 1975 (NASA technical note ; NASA TN D-8311) by J. D Holdeman, 1976

lists with details

NESCAUM: August 2002 PM-Ozone Event
Also below is a plot of the maximum ozone that was recorded on that day. August meteorology. The following description provides meteorological context
http://www.nescaum.org/datamaps/Aug02Event.html

Extractions: From August 11th to the 16th of 2002 the Northeast US experienced a significant regional transport/stagnation pollution event that resulted in elevated levels of ozone, PM2.5, and other secondary pollutants. This event was one of the most severe experienced in this area within the last decade. The following material documents various aspects of the event, including ground-based and high elevation pollution measurements, meteorological information, satellite pictures, and related material. The following is based on a running 6-hour average of hourly PM2.5 data with 10 ug/m3 concentration isopleths. High-Resolution Ozone Maps
Environment Portal - Search Results
Bureau of meteorology (BOM). Commonwealth; ozone layer. My News Page. http//www.bom.gov.au/climate/glossary/ozone.shtml
http://www.environment.gov.au/search97cgi/s97_cgi?action=Search&QueryText=Meteor
Earth Science Pages: Meteorology
Grumbine s List of Schools with Oceanography and meteorology Programs Harvard Dept. of Environmental Effects of ozone Depletion (Executive Summary)
http://www.datasync.com/~farrar/met.html
FMI - Research - Meteorology
Finnish Meteorological Institute. Research meteorology In respect of ozone and climate change research see also headings Middle and upper atmosphere
http://www.fmi.fi/research_meteorology/meteorology.html

Extractions: The basic goal of the meteorological research is to understand why the atmosphere behaves as observed. Another purpose of the research is to create necessary qualifications and tools for the institute's service activities, which benefit both the society and economy of the country. Internationality is one of the characteristics of our research. Here, as in other projects, we cooperate with other Nordic and European partners. The academic meteorological education in Finland is given by the Meteorological Department of the Helsinki University, which is the other center of the meteorological research in Finland.
Nat' Academies Press, Rethinking The Ozone Problem In Urban And Regional Air Pol
Page 93 4 The Effects of meteorology on Tropospheric ozone Introduction Meteorological processes directly determine whether ozone precursor species are
http://books.nap.edu/books/0309046319/html/93.html

Extractions: Openbook Linked Table of Contents Front Matter, pp. i-xxiv Executive Summary, pp. 1-18 1 What Is the Problem?, pp. 19-40 2 Trends In Tropospheric Concentration of Ozone, pp. 41-66 3 Criteria For Designing and Evaluating Ozone Reduction St..., pp. 67-92 4 The Effects of Meteorology on Tropospheric Ozone, pp. 93-108 5 Atmospheric Chemistry of Ozone and Its Precursors, pp. 109-162 6 VOCs and NOx: Relationship to Ozone and Associated Pollu..., pp. 163-186 7 Techniques For Measurement of Reactive Nitrogen Oxides, ..., pp. 187-210 8 Atmospheric Observations of VOCs, NOx, and Ozone, pp. 211-250 9 Emmission Inventories, pp. 251-302
World Ozone And Ultraviolet Radiation Data Centre (WOUDC) - Contributors
Australian Bureau of meteorology Belarus State University Nat. ozone Monitoring Research and Education Centre British Antarctic Survey
http://meteo.lcd.lu/woudc/contributors_woudc.html

Extractions: The following Agencies/Institutions have have in the past or are currently contributing data to the WOUDC archive. The WOUDC acknowledges the commitment and dedication of those individuals who provide these data, on an ongoing basis, to this global data archive. Alfred Wegener Institute for Polar and Marine Research
Max Planck Institute For Meteorology
Longterm trends and predictions of tropospheric ozone Tropospheric ozone has Process and budget studies Better quantification of tropospheric ozone
http://www.mpimet.mpg.de/~schultz.martin/research.php

Extractions: Back to homepage Chemistry Climate interactions: Climate change is an issue of great concern for mankind. Human influences have led to an increase in the global mean temperature, which may have severe impacts on regional ecosystems and economies, e.g. through the increased frequency and intensity of severe weather events. Industrial emissions and emissions resulting from agricultural practices (e.g. biomass burning) are also responsible for significant changes in the chemical composition of the atmosphere, which includes radiatively active gases like ozone or methane as well as aerosols. The importance of these changes is still rather uncertain, but their combined effect may well rival that of CO . Conversely, climate change impacts the rate of trace gas emissions (e.g. from the living biosphere) and the deposition of gases and aerosols, influences photochemical reaction rates (via temperature, radiation, and humidity changes), affects the frequency and intensity of thunderstorms, and hence the production rate of nitrogen oxides from lightning, and may also change the transport patterns of trace gases and aerosols with consequences for the horizontal and vertical structure of the atmospheric composition. My activities in this area include the development of a coupled chemistry general circulation model (implementation of the MOZART chemistry in ECHAM as part of the german AFO2000 project
S. Trivikrama Rao
Meghan Milanchus Filtering the effects of meteorology on ambient ozone Daniel Chan - Linking changes in ozone to changes in meteorology and emissions,
http://www.atmos.albany.edu/facstaff/rao.html

Extractions: Ph.D. (Atmospheric Science), 1973, State University of New York at Albany Research Interest: Biogenic and anthropogenic sources of emissions are responsible for air pollution problems such as ozone, fine particulate matter, acid rain, visibility impairment, etc. Once released into the atmosphere, some pollutants are transported long distances by the prevailing winds, contributing to air pollution problems on a regional-scale. The entire process of atmospheric transport, transformation, diffusion and deposition must be fully understood to quantitatively examine the source-receptor relationships for air contaminants. The models are being used to examine the cause and effect relationships, and to identify strategies for controlling air pollution. Our current research is aimed at developing methods for evaluating air quality models and integrating observations and modeling results to examine the effectiveness of environmental management strategies. We are also developing and applying statistical methods for the analysis and interpretation of complex environmental data sets. Our research involves computer simulation modeling and applications of statistical techniques for studying air pollution problems. We are conducting collaborative research involving faculty at the University of Athens in Greece, University of Idaho, Cornell University, Harvard University, Rutgers University, Pennsylvania State University, University of Maryland, Columbia University, and with scientists at several State and Federal agencies in the U.S. and Canada.
Can Stratospheric Temperature Trends Be Attributed To Ozone Depletion?
Department of meteorology, University of Reading, Reading, UK The effect on stratospheric temperature of changing ozone is investigated by comparing two
http://dx.doi.org/doi:10.1029/2003JD003897

Extractions: L. Steenman-Clark Department of Meteorology, University of Reading, Reading, UK Received 20 June 2003 ; accepted 23 January 2004 ; published 13 March 2004 Index Terms: 1610 Global Change: Atmosphere (0315, 0325); 3334 Meteorology and Atmospheric Dynamics: Middle atmosphere dynamics (0341, 0342); 3362 Meteorology and Atmospheric Dynamics: Stratosphere/troposphere interactions.
Meteorology Department Weather Data Page
Department of meteorology, small weather pictures Archived (Not yet available); ozone Forecasts(ECMWF); Climate and other Global Images
http://www.met.rdg.ac.uk/Data/Global/
CABO - Climate And Background Ozone Research Group
She edited two books summarising the results of the meteorology and air her research on meteorology and ozone under the supervision of Professor Trevor
http://www.giub.unibe.ch/~evi/cabo/

Extractions: Swiss-British Collaboration Jungfraujoch Studies TROTREP ACCORD ... Publications Oldies Evi on 'Graduation Day', 1995 at UEA, together with Professor Stuart A. Penkett (UEA-ENV, Norwich, U.K.) CABO trip to the Swiss Meteorological Institute at Locarno-Monti, autumn 1996 News MOWIS - Mentoring Of Women In Science - a pilot project at Berne University in the framework of LEONARDO DA VINCI Zanis, P., P.S. Monks, E. Schuepbach, L.J. Carpenter, T.J. Green, G.P. Mills, S. Bauguitte, and S.A. Penkett, 2000: In-situ ozone production rate and the ozone compensation point during FREETEX '98 at the Jungfraujoch in the Swiss Alps. J. Geophys. Res. 105(D19), 24,223-24,234. Carpenter L.J., T. Green, G. Mills, S. Bauguitte, S.A. Penkett, P. Zanis, E. Schuepbach, N. Schmidbauer, P.S. Monks, C. Zellweger, 2000: Oxidised nitrogen and ozone production efficiencies in the springtime free troposphere over the Alps. J. Geophys. Res., 105(D11), 14,547-14,559. Broennimann S., E. Schuepbach, P. Zanis, B. Buchmann, and H. Wanner, 2000: A climatology of regional background ozone at different elevations in Switzerland (1992-1998).
A Synoptic Climatological Evaluation Of Surface Ozone Concentrations In Lancaste
between meteorology and specific air pollutants such as ozone have been an between meteorology and tropospheric ozone levels at those locations.
http://www.udel.edu/SynClim/ozone.html

Extractions: Associations between meteorology and specific air pollutants such as ozone have been an important part of atmospheric research for decades. Precipitation events, predominant flow characteristics, and weather elements such as air temperature, humidity, and pressure have been related to the formation, transport, diffusion, and deposition of airborne pollutants (e.g., Mather, 1968; Altschuller, 1978; Hidy et al., 1978; Schreiber, 1996). General synoptic-level characteristics of ozone exceedences in the northeastern US typically include back-of-the high situations in which an anticyclone is centered somewhat to the east of the observation site. This situation usually results in clear skies facilitating photochemical formation of ozone and southwesterly winds which promote ozone transport across major northeastern metropolitan areas (Comrie, 1990). While this generalized model provides some indication of weather/ozone relationships for the eastern US, it lacks the specificity needed to fully understand meteorological impacts at particular locations. In particular, the model neglects the impact of weather elements, such as air temperature, humidity, cloud cover, and wind speed, which can substantially impact ozone concentrations and may be quite variable within back-of-the high situations. The broad goal of this project is to create a surface climatology of ozone for Lancaster, Pennsylvania to develop a fuller understanding of specific meteorological conditions promoting excessive ozone levels at this location. A computer-automated, ozone-season, synoptic climatological categorization is developed which determines and describes relatively homogeneous meteorological categories based on surface weather elements.
P1.6 Weekday Ozone Forecasting By The JSU Meteorology Program For The MS DEQ (20
ozone forecasting has been initiated by the JSU meteorology Program through Daily ozone forecasts are now made by meteorology Staff at Jackson State
http://ams.confex.com/ams/annual2003/techprogram/paper_51325.htm
OceanPortal : Top > DATA RESOURCES > Data & Products > Online/Downloadable Data
total columns for ozone and NO2; daily global total column ozone; Fleet Numerical meteorology Oceanography Center (FNMOC) Public Products Updated
http://ioc.unesco.org/oceanportal/browse.php?cat=631
Directory Number 3161 AUSTRALIA Bureau Of Meteorology Atmosphere
Monitoring of stratospheric ozone levels and solar radiation. Publications Treatises and Results of tests relating to meteorology and the atmosphere.
http://www.gsf.de/UNEP/auebmaw.html

Extractions: Type of Organization: Governmental Organization Geographical Scope: National Australia Activities: Research Monitoring Data/Information management Sectors: Atmosphere, Outdoor air Keywords : 10170 OZONE LAYER 10280 SOLAR RADIATION 10300 AIR POLLUTION 10320 AIR POLLUTANTS 25215 BASELINE MONITORING 25220 ENVIRONMENTAL MONITORING 28157 METEOROLOGY Activities Related to Measurements and Monitoring: Global background air pollution monitoring at Cape Grim Baseline Air Pollution Station in Northwest Tasmania. Regional background air pollution monitoring at two sites in Australia. Stratospheric ozone monitoring. Solar radiation monitoring. Archiving and quality controlling data. Publishing treatises and results. Holding and attending meetings. Scope of the Measurements/Activities: Monitoring of the constituents of the unpolluted background air. Monitoring of regional air quality, through analysis of precipitation. Monitoring of stratospheric ozone levels and solar radiation.
Satellite Meteorology Glossary
In meteorology, convection infers vertical movement or upward motions ozone layer A layer in the stratosphere with a maximum of ozone concentration.
http://cimss.ssec.wisc.edu/satmet/glossary/glossary.html

Extractions: back to the course GLOSSARY (jump to list of acronyms A B C ... Z Absolute zero : The zero point of the Kelvin temperature scale (0 K) Absorption : The process by which incident radiant energy is retained by a substance. Advection : Horizontal transport of an atmospheric property. Aerosols : Tiny solid or liquid particles that are suspended in the atmosphere. Air mass : A large body of air that has similar weather characteristics, particularly temperature and humidity. Air pollution : Contaminants present in the atmosphere such as dust, gases or smoke. Albedo : The percentage of light reflected by an object when it is illuminated. Altocumulus (Ac) : Clouds in the mid-troposphere that are gray or white in color and that occur as layers or patches with vertical development. Altostratus (As) : Layered clouds in the mid-troposphere that are gray or bluish in color. Amplitude : Half the height from the crest to the trough of the wave.

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