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Ozone Meteorology:     more books (100)

Measurements of atmospheric ozone at Resolute, Canada (74 ̊43ʺN; 94 ̊59ʺW): July 7, 1957 to December 31, 1959 (Canada. Meteorological Branch. Canadian meteorological memoirs) by H. M Sullivan, 1961 Atmospheric ozone investigations at Barrow, Alaska, during 1965 by John Joseph Kelley, 1967 Observations of the total amount of atmospheric ozone at Uppsala, Sweden, from 1951 to 1966 (Report - Dept. of Meteorology, University of Uppsala) by Sven Birger Rindert, 1975 Trends in carbon monoxide and ozone concentrations in Southeast Michigan, and the influence of meteorology (A technical report / Southeast Michigan Council of Governments) by David Derenzo, 1981 The winds of Colorado ; Ozone observations by Charles Denison, 1876 A Composite study of cloud, ozone and other data from recent satellite experiments (GSFC) by M. S. V Rao, 1973 Ozone measurement system for NASA Global Air Sampling Program (NASA technical paper) by Marvin W Tiefermann, 1979 The meteorology of Clifton, being the results of ten years' observations of the barometer, thermometer, rain, &c, &c., recorded at no. 7, South Parade, Clifton, Bristol by William C Burder, 1863 Ozone Correlative Measurements Workshop proceedings of a workshop (SuDoc NAS 1.55:2362) by NASA, 1985 Development of a meteorological index for the assessment of ozone trends by Terry A Sweitzer, 1986 Distribution of total ozone content of atmosphere according to satellite observations (JPRS) by V. M Berezin, 1973 Chemistry and Physics of Stratospheric Ozone, Volume 74 (International Geophysics) by Andrew Dessler, 2000-07-10 Ozone and Climate Change: A Beginner's Guide by Stephen J. Reid, 2000-02-01 Stratospheric Ozone Depletion/UV-B Radiation in the Biosphere (NATO ASI Series / Global Environmental Change)

lists with details

61. Ozone: Too Much Down Here, Not Enough Up There, Alaska Science Forum
    Article about the ozone layer. The meteorology acts to make the antarctic stratosphere extremely cold by isolating it from other regions of the global  
    http://www.gi.alaska.edu/ScienceForum/ASF8/883.html
    
    Extractions: Article #883 by Dan Jaffe and John Herring This article is provided as a public service by the Geophysical Institute, University of Alaska Fairbanks, in cooperation with the UAF research community. Much has been written lately about ozone and its role in protecting us from harmful ultraviolet (UV) light. This is not, however, the only case where humans and ozone interact. For example, most cities produce substantial amounts of ozone from the combination of light and common air pollutants, and that's bad! Ozone is a toxic and unstable gas that is sometimes formed from normal oxygen. It is composed of three oxygen atoms (instead of the two in an oxygen molecule). It can be produced in several ways, usually involving light or electrical discharges. Once produced in the atmosphere it will revert back to normal oxygen in about 10 days, but not before getting involved in a complex series of chemical reactions. Ozone is sometimes intentionally made for its strong oxidizing nature; like hydrogen peroxide, and for the same reasons, it can kill bacteria and other microorganisms. A high-voltage electrical discharge produces ozone which can then be used instead of chlorine as a disinfectant for drinking water and swimming pools . It is also produced by electric motors, and can often be detected by the characteristic sweet smell of electrical equipment. However, be forewarned: ozone is a powerful and highly toxic substance.

62. Meteorology
    Chapman s meteorological studies and his impact on meteorology are more than enough At the Paris Conference on ozone in 1929, Chapman presented a paper,  
    http://www.gi.alaska.edu/chapman/meteorology.html
    
    Extractions: College, Alaska Chapman's meteorological studies and his impact on meteorology are more than enough to secure him a position of lasting influence in this field, even though his major interests are concentrated on other branches of terrestrial and space physics. Along with many others he felt that the word "meteorology" is an inappropriate name for this field, and in a letter published in 1946 entitled "A Plea for the Abolition of Meteorology" he suggested that it be renamed "aeronomy." As this suggestion was not accepted by meteorologists, he proposed later that the term "aeronomy" be adopted for the science of that part of the upper atmosphere "where dissociation and ionization become important." It is impossible to separate Chapman's contributions to the fields of meteorology and aeronomy, since they overlap, but three of his accomplishments of particular interest to modern meteorologists may be singled out for special mention. These are his work on diffusion in the earth's atmosphere, his studies of the photochemistry of atmospheric oxygen as it applies to ozone, and his work on atmospheric tides and oscillations. Among Chapman's many papers applying diffusion theory to stellar and planetary atmospheres, special mention must be made of his and Kendall's theory of the origin of noctilucent clouds, published in 1965. This theory, based on a systematic investigation of the upward diffusion of water vapor and the downward diffusion of meteoric dust, attributes the appearance of these clouds to the simultaneous occurrence of a descent of the turbopause to the mesopause, a low mesopause temperature, and the presence of moist air below the mesopause. While acceptance of their theory will depend on the observation of the three required conditions when noctilucent clouds are present and absent, the theoretical discussion of the diffusion and convection and of their effect on the formation of noctilucent clouds will remain a guide for future studies.

63. HYLE 8-2 (2002): Book Review: Maureen Christie: The Ozone Layer. A Philosophy Of
    Christie starts with early ideas about stratospheric ozone that were rather With regard to computational meteorology, she points out the difference  
    http://www.hyle.org/journal/issues/8-2/rev_schummer.html
    
    Extractions: 2002 by HYLE and Joachim Schummer Maureen Christie: The Ozone Layer. A Philosophy of Science Perspective It is like an irony of the history of science that philosophy of chemistry emerged at a time when disciplinary research became increasingly replaced with transdisciplinary problem-orientated research. From bio-medical research via materials science to nanotechnology, chemists and chemical approaches are strongly involved in these areas. If the boundaries of the philosophies of science were to be defined by the boundaries of classical disciplines, we would not only get into demarcation troubles but also miss some of the most fascinating recent research fields. One such field is the study of the dynamics of the stratosphere, which in the 1970s, by the calculations of two chemists, turned from marginality to the greatest importance to securing future conditions of life. Maureen Christie, in her doctoral thesis in the History and Philosophy of Science at the University of Melbourne, now published by Cambridge University Press, has taken up the challenge of transdisciplinary research in the atmospheric sciences. Quite a classic philosophy of science approach, her interest is in how evidence is provided for scientific theories – however, not in ideal science but in the actual scientific practice, and not in any field but in one of "strong relevance to today" (p. xi). Thus, she came to the recent history of scientific views of stratospheric ozone depletion.

64. Previous Meteorology Paper Titles
    ozone Pollution and meteorology Michael Ratte. Drought and the Southeast United States Drought of 1986- Allan Baldassano  
    http://apollo.lsc.vsc.edu/classes/met481/m481top.html
    
    Extractions: Below are titles of papers and presentations from previous "Senior Seminar" courses and other meteorology courses. They may help students select titles in future years, but students must remember that course requirements and quidelines change over the years. Paper titles are listed first and presentation titles are in parenthesis. The Causes and Effects of lake-effect snow- Tony Petronio Microbursts and Their Effects on Society and Aviation- James Midgley Forecasting the Sea Breeze in Coastal Maine- Scott D. Vibert Statistically modeling the Variability of Significant Tornado Climatology in the United States- Tracy Lynn McCormick Acid Rain: An emerging international problem- Jason Dollard Short Term Severe Thunderstorm Forecasting- Fred Samplatsky A Review of Flooding- Nathaniel Rochedieu An Overview of Research on the Greenland Ice Sheet- Jason B. Michaud Hurricane Andrew: How it Rewrote the Books on Home Construction in South Florida- Keith Rivet Urban Heat Islands: Do They Really Affect our Weather?-

65. An Ozone Climatology Of The Dallas-Fort Worth Area And Its Relationship To Meteo
    ozone meteorology relationships were examined using scatterplots and Most of the meteorology variables only displayed a rate-limiting role with ozone.  
    http://www.stormingmedia.us/08/0836/A083653.html
    
    Extractions: Limitations: APPROVED FOR PUBLIC RELEASE Description: Master's thesis Pages: Report Date: 26 OCT 1998 Report number: Keywords relating to this report: CLIMATOLOGY CORRELATION METEOROLOGY OZONE ... WIND VELOCITY Printed Format - $36.95 Adobe PDF - $25.95 Please check the box for the format you wish to order. Shipping Terms

66. Internet Public Library: Meteorology/Climatology
    ozone Depletion FAQ http//www.faqs.org/faqs/ozonedepletion/ Comprehensive guide to the scientific aspects of stratospheric ozone depletion.  
    http://www.ipl.org/div/subject/browse/sci12.40.00/
    
    Extractions: Education ... Meteorology/Climatology This collection All of the IPL Advanced A science that deals with the atmosphere and its phenomena, especially with weather and weather forecasting. You can also view Magazines Associations on the Net under this heading. About Rainbows http://www.unidata.ucar.edu/staff/blynds/rnbw.html This web site of the Bering Sea, one of the world's major fisheries, follows an explosion of interest in Northern Hemisphere climate study. Scientists here recognize a symmetric problem: climate change impacts ecosystems, and ecosystems serve as indicators for climate change. This site describes ecological and climatic indices for the Bering Sea which will serve as measures of climate and ecosystem status: weather, oceanographic and climate data, sea ice data, and fisheries and other biological data. This transitional website contains the main set of time series which will form the basis of a small set of Bering climate/ecosystem indices.

67. Meteorological Impacts On Continental Ozone Production And Export
    The regional and global impacts of urban/industrial emission sources are coupled through regional meteorology, and the time scales for ozone formation and  
    http://www.ess.uci.edu/~oliver/present/swiss/
    
    Extractions: Meteorological processes control the production of ozone from precursors over polluted urban/industrial regions, as well as the export of ozone from these regions, through the effects of cloud cover, humidity, temperature and rainfall. The regional and global impacts of urban/industrial emission sources are coupled through regional meteorology, and the time scales for ozone formation and destruction differ greatly between clean and polluted environments and between the surface and the upper troposphere. Here we explore how regional meteorological processes affect the quantity and location of ozone production, with particular interest in the relative importance of regional and free-tropospheric ozone production from surface industrial sources. We focus on the East Asian region during the springtime, when meteorological conditions are particularly variable, and study March 2001, when the NASA Transport and Chemical Evolution over the Pacific ( TRACE-P ) measurement campaign was held.

68. EW - Ozone Concentrations In Hamilton - Summer 2003/04
    3.1 Concentrations of ozone, 2. 3.2 meteorology, 4. 3.2.1 Comparison of meteorology and ozone concentrations, 4. 3.2.2 Comparison of meteorological  
    http://www.ew.govt.nz/publications/technicalreports/tr0431.htm
    
    Extractions: Page content Topic navigation Section navigation Print Version Email Us Site Map Home Publications Technical Reports Ozone Concentrations in Hamilton - Summer 2003/04 On This Site: Main Sections About EW Environmental Info For Schools News and Events ... Resource Consents Report: TR04/31 Author: Emily Wilton (Environet Ltd.) Monitoring of ozone concentrations was carried out by Environment Waikato at the Peachgrove Road monitoring site during the summer of 2003/04. This report details the results of the monitoring including a comparison to national ambient air quality guidelines for ozone, an assessment of the meteorological conditions during the monitoring period and an evaluation of the likelihood that results are typical of summer ozone concentrations in Hamilton. Daily variations in ozone concentrations show that, on average, concentrations are highest during the early afternoon (around 2pm) coinciding with the highest average daily temperatures. Concentrations of ozone typically increase from around 7am and decrease from around 2pm to 9pm. It is likely that peak summer ozone concentrations in Hamilton would be higher than those measured during the summer of 2003/04. This conclusion is based on a comparison of wind speeds and temperatures during January to March 2004 to similar periods for 2003 and 2002. This comparison showed similar meteorology for 2003 and 2004 but higher temperatures and lower wind speeds during 2002. Concentrations of ozone in 2002 were therefore likely to be higher than those measured during 2004.

69. How Does Meteorology/weather Influence Ozone Concentrations
    How does meteorology/weather influence ozone concentrations? Air Quality meteorology Rethinking the ozone Problem in Urban and Regional Air Pollution  
    http://capita.wustl.edu/capita/capitareports/globeO3/MetInfluence.htm
    
    Extractions: How does meteorology/weather influence ozone concentrations? The chemical reaction required to form tropospheric ozone occurs most efficiently on hot, sunny days under stagnant and humid air conditions. High humidity and high temperatures enhance the formation of ozone. Low wind speeds lead to the buildup of high local pollutant concentrations. High winds tend to dilute ozone concentrations locally near sources but they also transport ozone to other locations, often causing high ozone concentrations in areas without large sources of NOx and VOCs. Learn more: Run a simulation to see how weather influences ozone Factors influencing ozone Air Quality Meteorology Rethinking the Ozone Problem in Urban and Regional Air Pollution (Chapter 4) READY - Meteorological Modeling and Data UNISYS Weather Weather Underground

70. NARSTO Detailed List Of Science Questions
    What is the sensitivity of urban ozone to regional transport of ozone, to track the impact of emissions, meteorology, ozone and precursors over time to  
    http://www.cgenv.com/Narsto/assess.details.html
    
    Extractions: DETAILED SCIENCE QUESTIONS FOR NARSTO 1998 ASSESSMENT Science question 1. (Addresses Policy question 1.) What are the most significant research developments in tropospheric ozone science over the last decade? Science question 2. (Addresses Policy questions 2,3,4,5.) How does ozone accumulation on urban ( What are the relationships among point source, urban, regional, and larger scale processes and tropospheric ozone levels? What are the regional transport influences on urban-scale ozone and the urban influences on regional tropospheric ozone? How large a region must be considered; do we know how large is large enough?

71. CSIRO - Ozone Depletion
    ozone depletion in the upper atmosphere is the result of humanproduced chemicals, meteorology status report on the 1998 Antarctic ozone hole (and other  
    http://www.csiro.au/index.asp?type=faq&id=OzoneDepletion&stylesheet=sectorInform

72. Climatology And Meteorology
    Global ozone Variations, 19581986 - Link to Carbon Dioxide Information Analysis Center FTP East Anglia Home Page Oceanography, meteorology, Climatology  
    http://www.uwsp.edu/geo/internet/climate.html

73. Meteorology Data And Activity
    meteorology Data and Activity. Background. Groundlevel ozone pollution is mainly a daytime problem during summer months because sunlight plays a primary  
    http://www.tnrcc.state.tx.us/air/monops/lessons/meteoract.html
    
    Extractions: February 25, 1998 Ground-level ozone pollution is mainly a daytime problem during summer months because sunlight plays a primary role in its formation. Nitrogen oxides and hydrocarbons are known as the chief "precursors" of ozone. These compounds react in the presence of sunlight to produce ozone. The sources of these precursor pollutants include cars, trucks, power plants and factories, or wherever natural gas, gasoline, diesel fuel, kerosene, and oil are combusted. These gaseous compounds mix like a thin soup in the atmosphere, and when they interact with sunlight, ozone is formed. Large industrial areas and cities with heavy summer traffic are the main contributors to ozone formation. When temperatures are high and the mixing of air currents is limited, ozone can accumulate to unhealthful levels. The United States Environmental Protection Agency has set the National Ambient Air Quality Standard for ozone at 0.12 parts per million (ppm). Ozone concentrations of 0.125 ppm (125 in parts per billion) or above are considered an exceedance of this standard because of mathematical rounding. The Monitoring Operations Division has more ozone information.

74. WMO 50 - Meteorology Milestones
    1957, Global ozone Observing Station set up of the ozone Layer. 1987, Marine meteorology and Associated Oceanographic Activities Programme established  
    http://www.wmo.ch/wmo50/e/wmo/history_pages/meteorology_e.html
    
    Extractions: First International Meteorological Conference WMO's predecessor, the International Meteorological Organization (IMO) established WMO's Convention agreed at Conference of Directors WMO's Convention enters into force on 23 March WMO established as a specialized agency of the United Nations Global Ozone Observing Station set up World Weather Watch launched Operational Hydrology Programme established Tropical Cyclone Programme established First World Climate Conference held which led to the establishment of the World Climate Programme WMO long-term planning process established Vienna Conference on Framework Convention for the Protection of the Ozone Layer Marine Meteorology and Associated Oceanographic Activities Programme established Montreal Protocol calls for reduction of greenhouse gases WMO/UNEP Intergovernmental Panel on Climate Change established Global Atmosphere Watch established Second World Climate Conference initiates the Global Climate Observing System International Decade for Natural Disaster Reduction begins WMO/UNEP begin process which led to negotiation of the UN Framework Convention on Climate Change UN Conference on Environment and Development (the 'Earth Summit') leads to Agenda 21 Negotiation of UN Convention to Combat Desertification Climate Information and Prediction Services (CLIPS) established

75. My Personal Homepage
    Koffi B, EN Koffi and E De Saeger, 1998 ozone episodes and meteorology in the Part I ozone episodes and large scale meteorology. October 1998. 20 pp.  
    http://www.unifr.ch/geosciences/geographie/Personal/EK/ERLAP_EK.html
    
    Extractions: Institute for Environment and Sustainability, Joint Research Centre, Ispra, Italy Formerly European Reference Laboratory on Air Pollution, Environment Institute, Joint Research Centre, Ispra, Italy In the framework of the EC Directive 92/72 EEC on Air Pollution by ozone, the European Commission had to prepare a report to the Council on the evaluation of photochemical pollution in the Community. The contribution of the Joint Research Centre to this report focuses on the interpretation of the ozone phenomenology during selected episodes in terms of meteorology My personal work consisted of the following tasks: Mapping of the spatio-temporal distribution of the high ozone concentrations over Europe and the associated meteorology (e.g. pressure, temperature, radiation and wind field). Results show two main mechanisms according to the synoptic situations: i) during anticyclonic meteorological situation, photochemical processes are important (the raise of temperature plays an important role in the increase of ozone concentration), ii) during cyclonic situations, observed ozone can come from long distance away Simulation of both direct and back trajectories within ECMWF analyses for the interpretation of advection transport processes involved in ozone episodes. Results show that the analyses can help to explain the origin of ozone precursors and also their transport over long distances

76. POP - Pannonian Ozone Project (IMP-BOKU Environmental Meteorology)
    Environmental meteorology Group Summary The Pannonian ozone Project (POP) was initiated in 1993 with the aim to develop scientific tools to support the  
    http://www.boku.ac.at/imp/envmet/pop.html
    
    Extractions: University of Agricultural Sciences , Vienna, Austria Environmental Meteorology Group Project Catalogue Publications related to this project Staff: Andreas Stohl, Gerhard Wotawa Summary: The Pannonian Ozone Project (POP) was initiated in 1993 with the aim to develop scientific tools to support the planning process for the reduction of summer ozone levels in North-eastern Austria. The project was carried out by the Austrian Research Centre Seibersdorf, the Institute for Meteorology and Physics (University for Agricultural Sciences, Vienna) and the Austrian Federal Environment Agency. POP was funded by the Austrian Federal Ministries for Science and Traffic Affairs, for Environment, Youth and Family, and for Agriculture and Forestry as well as by the Provinial Governments of Vienna, Lower Austria and Burgenland. After 3 years of work the project has achieved the following results: A harmonized data set of air quality measurements from fixed monitoring stations and two aircrafts from two summers in the study area.

77. Department Of Environmental Engineering
    and meteorology, emissions inventory assessment, tropospheric ozone and Kumar, S. and John, K. Trends in ozone Levels and Characteristics of High  
    http://www.even.tamuk.edu/?p=faculty-john

78. Singapore Science Centre ScienceNet Earth Science Meteorology
    ozone depletion in the upper atmosphere is the result of humanproduced However, at all latitudes away from the equator, the layer of ozone that  
    http://www.science.edu.sg/ssc/detailed.jsp?artid=390&type=6&root=2&parent=2&cat=

79. Atmosphere Internet Sites
    Great source of atmospheric ozone information and satellite data. National Weather Service Office of meteorology Home Page.  
    http://www.wsanford.com/~wsanford/atmo.html
    
    Extractions: - USE AT YOUR OWN RISK! Sanford's Top 10 Atmospheric Science-Related Web Sites Meteorology General Interest/Sources of Real-Time Weather Data NOAA/NWS Web Sites ... New Links Based upon content, visual appeal, and how frequently I visit these sites. The DataStreme Project , AMS Project ATMOSPHERE's graduate-level, Internet-based distance learning introductory meteorology course. WeatherNET 4 (WRC-TV) UIUC's The Weather World 2010 Project and The Weather Machine The Purdue Weather Processor Blue-Skies JavaWeather (requires a Java-capable Web browser) WeatherNet - The Mother Lode of all Weather-Related Home Pages! Intellicast The Weather Channel USA TODAY Weather CLIMVIS - Climate Visualizer Meteorology Section of the WWW Virtual Library American Meteorological Society WeatherNET 4 (WRC-TV) Automated Weather Source Home Page ... Automated Weather Source Neighborhood WeatherNet , featuring real-time weather observations from over 1300 automated weather stations installed nationwide. The Weather Channel Online WeatherNet - The Mother Lode of all Weather-Related Home Pages!

80. Activities, History And Present State Of The Division Of Meteorology And Climato
    Optional lectures and seminars, such as atmospheric chemistry, atmospheric ozone, mathematical modeling in meteorology and climatology, GIS,  
    http://www.dmc.fmph.uniba.sk/public_html/ecinnost.html
    
    Extractions: Teaching Profile First lectures on Meteorology and Climatology were read at the Comenius University in 1939. The first university workplace, “ Institute of Meteorology and Climatology ” was established for students of Master study in physics in autumn 1946. There are 9 PhD students in Meteorology and Climatology at present. DMC provided lectures and seminars on Climatology for the geographic study course “ Hydrology and Climatology ” at the Faculty of Natural Sciences of Comenius University. From 1953 to 1980: The basic course of meteorology and climatology begins after two years (5 semesters) of mathematics and physics study. There are included the lectures and seminars on: Optional lectures and seminars, such as atmospheric chemistry, atmospheric ozone, mathematical modeling in meteorology and climatology, GIS, applied meteorology, climatic changes, atmospheric energy balance, etc. are selected according to the students interest.

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