21. Edinburgh Earth Observatory and GIS modelling (Geography); measuring and modelling landatmosphere fluxes of trace gases (Ecology); modelling atmospheric transmissivity and stratospheric ozone (Meteorology http://www.geos.ed.ac.uk/research/eeo/

Skip to content Science and Engineering at The University of Edinburgh Site search: School of GeoSciences The Edinburgh Earth Observatory Login Section Contents Edinburgh Earth Observatory eeo research eeo people events eeo seminars ... EO network Study PhD Opportunities Masters Programmes University Homepage School of GeoSciences ... Research Edinburgh Earth Observatory The Edinburgh Earth Observatory (EEO) Aim of the Edinburgh Earth Observatory The Edinburgh Earth Observatory (EEO) is a multidisciplinary research unit which provides a strategic focus and support base for the University's expertise in the Geosciences. Our main research focus is on understandings the Earth and its environment through the effective exploitation of both in situ and remote observations. Rationale There is now a greater need than ever before for information on the current state of the Earth System and its processes. Further research and long-term monitoring are required to help formulate and quantify the emerging scientific based understanding of planet Earth. Such insight allows for the assessment of impacts and accurate prediction of future change. Many national and international organisations have identified the need for co-operation and integrated programmes for global observations. The Group on Earth Observations (GEO) has recently implemented a 10 year plan to increase the effectiveness of Earth observations and create a Global Earth Observation System of Systems (GEOSS) . The Edinburgh Earth Observatory (EEO) aims to contribute to this goal by co-ordinating research and outreach within Edinburgh and with its partners.

22. ESRL Global Monitoring Division - Trinidad Head The NOAA Earth System Research Laboratory was formed to observe and understand the Earth system and to develop products, through a commitment to research that will advance the http://www.esrl.noaa.gov/gmd/obop/thd/

U.S. Department of Commerce NOAA Research Search ESRL: Calendar People Publications Skip navigation Site navigation: Global Monitoring Division About About GMD Organization chart ... Intranet About THD THD Home Page Current Weather Site Information Site Summary Photo Gallery Data Data Visualization Station Meteorology Baseline Observatories Barrow Trinidad Head Mauna Loa American Samoa South Pole Summit Trinidad Head Observatory Examples of Data: Methane Surface Ozone Meteorology Trinidad Head Observatory (THD) is located along the rugged northern coast of California approximately 40 km (25 miles) north of Eureka, California, the main regional population center. The coastal climate is dominated by maritime influences, with moderate year-round temperatures and moderate-to-high humidity. To the immediate west of Trinidad Head is the unobstructed Pacific Ocean and to the east are redwood dominated forest lands. The town of Trinidad represents the primary community in the immediate vicinity and supports approximately 400 year-round residents. The Telonicher Marine Laboratory (TML), a satellite facility of Humboldt State University (HSU), is also located in Trinidad. Because of the characteristics of a relatively remote coastal location (insignificant anthropogenic influences and prevailing maritime airflow) the Trinidad Head site is an important location, providing an opportunity to observe and monitor both regional and global influences. Trinidad Head Observatory began operation in 2002.

23. Surface Ozone Concentration In Europe: Links With The Regional-scale Atmospheric A daily Europewide synoptic classification highlights marked differences between surface ozone/meteorology relationships in summer and winter. http://adsabs.harvard.edu/abs/1992JGR....97.9819D

Sign on SAO/NASA ADS Physics Abstract Service Find Similar Abstracts (with default settings below References in the article Citations to the Article (12) Citation History ... Translate This Page Title: Surface ozone concentration in Europe: links with the regional-scale atmospheric circulation Authors: Publication: Journal of Geophysical Research, Volume 97, Issue D9, p. 9819-9832 ( JGR Homepage Publication Date: Origin: AGU AGU Keywords: Atmospheric Composition and Structure: Troposphere-composition and chemistry, Atmospheric Composition and Structure: Pollution-urban and regional, Meteorology and Atmospheric Dynamics: Climatology, Meteorology and Atmospheric Dynamics: Synoptic-scale meteorology Bibliographic Code: Abstract Bibtex entry for this abstract Preferred format for this abstract (see Preferences Find Similar Abstracts: Use: Authors Title Keywords (in text query field) Abstract Text Return: Query Results Return items starting with number Query Form Database: Astronomy Physics arXiv e-prints

24. Hierarchical Techniques Ozone Prediction Processes Ozone Meteorology O(s,t) M(s,t) Fields in spaces timet Station Data ***SamplingSupport Issues ***Met. Ozone data notco-located) Science ***Atmos Dynamics http://www.epa.gov/ttn/amtic/files/ambient/pm25/workshop/spatial/berliner.pdf

25. ESRL Global Monitoring Division Dobson Total Ozone Meteorology Trajectories STC * Ocean Station C 54.0035.00 6.0 United States Carbon Cycle Surface Flasks STM * Ocean Station M http://www.esrl.noaa.gov/gmd/dv/site/site_table2.html

U.S. Department of Commerce NOAA Research Search ESRL: Calendar People Publications Skip navigation Site navigation: Global Monitoring Division About About GMD Organization chart ... Intranet Topics: Data Products Data Products Home Greenhouse Gas Index (AGGI) Ozone Depleting Gas Index (ODGI) GLOBALVIEW ... CarbonTracker Data Visualization Interactive Atmospheric Data Visualization (IADV) Trace Gases South Pole Ozone Hole Ozone and Water Vapor ... Station Meteorology Data Information Observation Sites Sampling Locations Ref. Gas Calibration Data Data Access FTP Data Finder FTP Access to Data Files Observation Sites >> Sites listed by Station Code '*' Indicates discontinued site. Code Name Latitude Longitude Elevation (Meters) Country Projects AAO Airborne Aerosol Observing, Bondville, Illinois United States ABP Arembepe, Bahia Brazil ABQ Albuquerque, New Mexico United States ALT Alert, Nunavut Canada AMS Amsterdam Island France AMT Argyle, Maine United States APP Appalachian State United States ARH Arrival Heights, Antarctica New Zealand ARN El Arenosillo Spain ASC Ascension Island United Kingdom ASK Assekrem Algeria AVI St. Croix, Virgin Islands

26. Highways Of A Global Traveler: Tracking Tropospheric Ozone : UNT Digital Library atmospheric composition air pollution Ozone http://digital.library.unt.edu/ark:/67531/metadc11880/

var addthis_pub="wlh0002"; Navigation Content Home Search ... Read this Text Highways of a Global Traveler: Tracking Tropospheric Ozone Brief Record Full Record Description: On the stage of global change, ozone plays the role of both hero and villain. This brief document discusses about the tracking of Tropospheric Ozone, where ozone forms and where it travels have become key concerns for international health and economic policy-making. Creator: Allen, Jeannie Creation Date: Partner(s): UNT Libraries About Browse Partner's Holdings Collection(s): Environmental Policy Collection About Browse this Collection Creator (Author): Allen, Jeannie Creator (Designer): Simmon, Robert Publisher Info: Publisher Name: NASA Earth Observatory Publisher Info: http://earthobservatory.nasa.gov/

27. Great Smoky Mountains National Park - Links To...air & Sky Resources (U.S. Natio Ozone Meteorology Ozone mapping forecasting of Eastern United States Tennessee, North Carolina, and Great Smoky Mountains regions Meteorology http://www.nps.gov/grsm/naturescience/dff509-links.htm

28. Midwestern Smog Pushes Ozone To Limit Pollutants Wafting East Trip D.C. Area Sen It was our standard highozone meteorology. Although the Washington area's infamous traffic and the popularity of SUVs often are blamed for the region's smog problems, which were http://www.mindfully.org/Air/2003/Midwestern-Pollutants-East10aug03.htm

Home Air Energy Farm ... Water Midwestern Smog Pushes Ozone to Limit Pollutants Wafting East Trip D.C. Area Sensors PETER WHORISKEY / Washington Post 10aug03 One tranquil night in June, the air pollution monitors at Shenandoah National Park registered a swift and curious spike in smog, and the trouble wasn't coming from the sanctuary's abundant trees and wildlife. The pollutants were blowing in from the Midwest, wafting toward the East Coast and along the way tripping air-quality monitors in pristine refuges and threatening worse concentrations in cities. For the Washington area, it was the start of the worst stretch of ozone pollution this summer. Between June 24 and June 26, when air-quality regulators tracked the movement of a mass of ozone-laden air across the eastern United States, smog monitors from Annandale to western Prince George's County recorded levels in excess of federal health limits. "We got a lot of bad air from the Ohio River Valley," said Charles Piety, a University of Maryland meteorologist who studies these flows for the state. "It was our standard high-ozone meteorology." Although the Washington area's infamous traffic and the popularity of SUVs often are blamed for the region's smog problems, which were classified as "severe" by federal officials this year, a significant source of the area's pollution lies beyond local control. Some scientists say that half and sometimes more of the offending ozone is from out of town. And as the pollution monitors at Shenandoah show, it's arriving in concentrations high enough to violate federal health limits even without a boost from local emissions.

29. A Hierarchical Bayesian Model To Estimate And Forecast Ozone Through Space And T accurately identify departures from these periods. r,2004 Elsevier Ltd. All rights reserved. Keywords Statistical model; Space–time models; Air pollution; Ozone; Meteorology http://academic.research.microsoft.com/Paper/2578182.aspx

var SiteRoot = 'http://academic.research.microsoft.com'; SHARE Author Conference Journal Year Look for results that meet for the following criteria: since equal to before Publication A hierarchical bayesian model to estimate and forecast ozone through s... Edit A hierarchical bayesian model to estimate and forecast ozone through space and time Citations: 2 N. Mcmillan S. M. Bortnicka M. E. Irwinb ... L. M. Berlinerc Abstract A Bayesian hierarchical regime switching model describing the spatial–temporal behavior of ozone (O3) within a domain covering Lake Michigan during spring–summer 1999 is developed. The model incorporates linkages between ozone and meteorology. It is specifically formulated to identify meteorological regimes conducive of high ozone levels and allow ozone behavior during these periods to be different from typical ozone behavior. The model is used to estimate or forecast spatial fields of O3 conditional on observed (or forecasted) meteorology including temperature, humidity, pressure, and wind speed Published in 2005.

30. McGraw-Hill's AccessScience stratospheric ozone meteorology Atmospheric ozone that is relatively concentrated in the lower stratosphere in a layer between 9 and 18 miles (15 and 30 kilometers) above the http://www.accessscience.com/overflow.aspx?searchStr=Ozone&stype=4&term=

31. Science In Your Watershed - Information Discovery Ozone Meteorology National Park Service monitoring across the United States. AQI Forecast A site devoted to dissemination of information about air quality and the Air Quality Index. http://water.usgs.gov/wsc/information.html

USGS Home Contact USGS Search USGS Science In Your Watershed Home Locate Watersheds Links By Watershed Information Discovery: Active Projects Databases Publications Reports ... Education Case Studies: Analysis Assessment Characterization Management Geographic Information: GIS GIS Education GIS Software Customer Service ... Search USGS Science in Your Watershed The "Information Discovery" pages are designed to help you find links to research, planning, management, and development activities at the watershed level. Active Projects - Find active watershed projects in the USGS. Biological Resources Status and Trends - Publications by Science Center and National Status and Trends Reports Databases - Listing of available databases from the USGS and other agencies associated with watersheds. Factsheets - USGS - Summaries of research, investigations, and particular activities listed by theme. Locate Your Watershed - Use the map interface to locate your 8-digit HUC, watershed by clicking on the map. A listing of major USGS water resource links, abstracts and publications are dynamically searched from the " Additional Information for this Watershed " link below each 8-digit HUC - Cataloging Unit Boundary Map.

32. Fall 2003 Seminar Schedule Chemistry of aerosol formation from alkeneozone meteorology Mar. 28 Dr. Samuel Bowring, Massachusetts Institute of Technology Apr. 4 Dr. James Crawford, NASA Langley http://www-old.eas.gatech.edu/school/Fall2003/

33. Gardner This will enable an examination of any interannual variability in the ozone-meteorology relationship. References Davies, T.D., Kelly, P.M., Low, P.S. and Pierce, C.E. 1992. http://www.geocomputation.org/1996/abs037.htm

An Investigation into the Importance of Meteorology in Determining Surface Ozone Concentrations - a Neural Network Approach Matthew W. Gardner School of Environmental Science, University of East Anglia, Norwich, Norfolk NR4 7TJ, United Kingdom Abstract Surface ozone concentrations are determined by a complex interaction between radiative chemical and meteorological processes. Ozone is classified as a secondary pollutant since it is not released directly into the atmosphere, but is photochemically produced in the presence of its precursors and sunlight. Ozone concentrations are strongly linked to the meteorological conditions in the boundary layer and also to long-range transport of both ozone and its precursors. Land-sea breezes also influence ozone concentrations at coastal sites. To date there exists a discrepancy between the timescale with which ozone chemistry is known to operate and the study of the meteorology-ozone relationship. Ozone chemistry is measured and modelled on timescales of minutes to hours whereas the majority of work investigating the effect of meteorology on surface ozone concentrations has been undertaken on timescales of days to years. The objective of this research was to investigate the effect of local meteorology on surface ozone concentrations on an hourly basis for a period of at least one year. A feed-forward back propagation neural network was developed to model hourly ozone concentrations from simple meteorological data. The data are from Weybourne, a coastal site in North Norfolk; and include hourly observations of temperature, humidity, irradiance, wind speed, direction and ozone concentrations for the whole year of 1994. No chemical data was used as input to the model. By using purely meteorological input data the degree of ozone concentration variability resulting from changes in weather conditions could be assessed. Any remaining variability could then be attributed to other causes such as the chemical interaction between hydrocarbons and the oxides of nitrogen. Previous work by Boznar et al. (1992) has already illustrated the successful use of a neural network to predict SO

34. Analysis Of Regional Meteorology And Surface Ozone During The TexAQS II Field Pr ozone; meteorology; WRFChem Atmospheric Composition and Structure Pollution urban and regional; Atmospheric http://www.agu.org/pubs/crossref/2009/2008JD011675.shtml

Skip to main content AGU Home Fast Find Lastname: Year: -Select Journal- Geochem. Geophys. Geosyst. Geophys. Res. Lett. Global Biogeochem. Cycles JGR-All Sections JGR-Atmospheres JGR-Biogeosciences JGR-Earth Surface JGR-Oceans JGR-Planets JGR-Solid Earth JGR-Space Physics Paleoceanography Radio Sci. Rev. Geophys. Space Weather Tectonics Water Resour. Res. Advanced Search AGU: Journal of Geophysical Research, Atmospheres Subscribe Journal Details Home AGU Journals Article Resources Dynamic Article Print PDF Purchase Article E-mail Abstract ... Join AGU Journal Services E-Alert Sign-Up RSS Feeds Cited By Scitopia ... Contact AGU Bookmarks Connotea CiteULike del.ico.us BibSonomy Keywords ozone meteorology WRF-Chem Index Terms Atmospheric Composition and Structure: Pollution: urban and regional Atmospheric Composition and Structure: Troposphere: constituent transport and chemistry Atmospheric Processes: Boundary layer processes Abstract Cited By (2) Abstract JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 114, D00F14, 22 PP., 2009 doi:10.1029/2008JD011675

35. INSTAAR Societal Outreach For example, Detlev Helmig mentored seven students with research on volatile organic emissions, ozone, meteorology, and atmospheric toxins. Bill Bowman has taken the lead role for a http://instaar.colorado.edu/education/outreach.html

Home Introduction Research People ... Courses Outreach Other Resources Contact Us Societal Outreach Recent examples Outreach websites launched by Detlev Helmig and colleagues: Research and outreach website by Craig Lee: Ice on the Edge Outreach website by Natalie Mladenov and colleagues: Underground Safari 2005-2006 Outreach Summary In May 2005, INSTAAR continued its successful series of open houses by hosting 172 eighth-graders from Southern Hills Middle School. The energetic students collected samples and learned about relationships among stream flow, water quality, and insect ecology at nearby Boulder Creek. By visiting a few of the many labs at INSTAAR and the National Snow and Ice Data Center (NSIDC), the students learned how materials such as bones and soils are radiocarbon dated, how climate controls the extent of glaciers and sea ice, and how past droughts are recorded in tree rings. In addition to the hands-on exercises, students learned about early human migration into Europe and the evolution of the Bering Land Bridge. The open house helped convey diverse aspects of earth science, use of sophisticated instrumentation and modeling, and the relevance of earth science for important global and local issues. INSTAAR continued strong involvement with several CU initiatives to directly involve undergraduates and minority students in scientific research. These included the Summer Undergraduate Research Fellowship (SURF) program, the Summer Multicultural Access to Research Training (SMART) program, the Significant Opportunities in Atmospheric Research and Science (SOARS) program, and others. For example, Detlev Helmig mentored seven students with research on volatile organic emissions, ozone, meteorology, and atmospheric toxins.

36. Met Office Education: Kids - Weather Words - Meteorology Lots of fun and games, all about the weather, provided by the Met Office. http://www.metoffice.gov.uk/education/kids/weather_words_meteorology.html

The Met Office Education Website is part of www. metoffice .gov.uk Skip Navigation ... For Teachers Search Education Home Kids Fun and Games Raindrop letter game ... Weather Words Weather Words ABC DEF GHI JKL ... Ozone Meteorology The study of the atmosphere and all its elements, including weather and how to forecast it. Accessibility Jobs Contact us Legal ... www.metoffice.gov.uk

37. TexAQS II Field Study: Recent Presentations - Texas Commission On Environmental The Representativeness of Ozone Meteorology during TexAQS II John NielsenGammon Analysis of Houston SE Texas Ozonesonde Data Gary Morris An Insight into the Vertical Structure of http://www.tceq.state.tx.us/implementation/air/airmod/texaqs/texaqs_presentation

@import url(http://www.tceq.state.tx.us/portal_css/TCEQ%20Theme/base-cachekey3872.css); @import url(http://www.tceq.state.tx.us/portal_css/TCEQ%20Theme/tceq-cachekey0286.css); @import url(http://www.tceq.state.tx.us/portal_css/TCEQ%20Theme/resourcecollective.solr.resourcesstyle-cachekey9290.css); @import url(http://www.tceq.state.tx.us/portal_css/TCEQ%20Theme/pipbox-cachekey1355.css); @import url(http://www.tceq.state.tx.us/portal_css/TCEQ%20Theme/ploneCustom-cachekey4062.css); A to Z Index Org Chart Home AIR ... Governments Site Navigation Cleanups, Remediation Emergency Response Licensing Permits, Registrations ... Contact Us How 's our Customer Service? Please fill out our Customer Satisfaction Survey You are here: Home Implementation Air Quality Air Modeling ... TexAQS II Air Quality Field Study TexAQS II Field Study: Recent Presentations Questions or Comments: aqp@tceq.state.tx.us Info TexAQS II Field Study: Recent Presentations Presentation files from the most recent TexAQS II conference. PDF Workshop Agenda TexAQS II Abstracts Posters displayed at workshop Presentations Title Author(s) x Surface Networks, Ozone Regional Transport Network

38. Texas Air Quality Study II (TexAQS II) TexAQS Briefing by ktolson, February 16, 2005 •Page 14of 27 TexAQS II, 2005 Projects • Finalized enhanced surface monitoring plan (Dec 2004) Includes ozone, meteorology http://files.harc.edu/Sites/TERC/About/Events/Other200503/TexAQSII.pdf

39. Edinburgh Earth Observatory and GIS modelling (Geography); measuring and modelling landatmosphere fluxes of trace gases (Ecology); modelling atmospheric transmissivity and stratospheric ozone (Meteorology http://www.isaes2011.org.uk/research/eeo/

Skip to content Science and Engineering at The University of Edinburgh Site search: School of GeoSciences The Edinburgh Earth Observatory Site navigation Site menu About us Contacts Staff Lists Personal Home Pages ... Prospectus - For current students - Programmes and Course Pages - For staff - Teaching Organisation Masters Masters Programme - Taught Programmes - ... Research - Groups - Earth and Planetary Science Global Change Human Geography Edinburgh Earth Observatory ... Facilities - Consortia - ABACUS ESR Lake Ellsworth GEOSPACE ... Scottish Centre for Carbon Storage Institutes Earth Science Geography Services Administration IT Services Health and Safety Site Documentation ... Small Ads University University Home College of Science and Engineering Library Careers ... Login Internal breadcrumbs: Home ISAES 2011 Research Section Contents Edinburgh Earth Observatory eeo research eeo people events eeo seminars ... EO network Study PhD Opportunities Masters Programmes The Edinburgh Earth Observatory (EEO) Aim of the Edinburgh Earth Observatory The Edinburgh Earth Observatory (EEO) is a multidisciplinary research unit which provides a strategic focus and support base for the University's expertise in the Geosciences. Our main research focus is on understandings the Earth and its environment through the effective exploitation of both in situ and remote observations. Rationale There is now a greater need than ever before for information on the current state of the Earth System and its processes. Further research and long-term monitoring are required to help formulate and quantify the emerging scientific based understanding of planet Earth. Such insight allows for the assessment of impacts and accurate prediction of future change. Many national and international organisations have identified the need for co-operation and integrated programmes for global observations. The

40. Some User's Thoughts On Future Voyager Applications The relevant PAMS data (and various supplemental data sets like ozone meteorology, emissions, ) would be gathered, processed into various common formats, and distributed to http://capita.wustl.edu/NEARDAT/Software/voyusers/newvoy51.htm

Some User's Thoughts on Future Voyager Applications Rich Poirot , VT DEC, June 30, 1997 A. Current Strengths 1. Data Exploration: Although the Voyager Program has not been updated in several years, it remains a very useful tool for screening, visualization and basic analysis of complex air quality-related data sets, especially data with multiple locations, time steps and/or measurement variables. Interactive scripts facilitate simple to moderately complex data manipulation and exploration of spatial, temporal and relational aspects of data. 2. Software Compatibility: Voyager's graphic data views are well suited for copy/pasting to various Windows word processors for quick, compelling data reporting/communication. Good compatibility with Windows spreadsheet programs (Excel) facilitates additional data analysis and charting. The CAPITA Movie program is particularly useful in concert with Voyager. Also the CAPITA Map Edit program and associated gridding/contouring routines are quite nice (though I lack much experience here) for evaluating/ displaying spatially dense data like ozone, PM-10, visibility, met., etc. 3. AIRS Data Acquisition:

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 2     21-40 of 44    Back | 1  | 2  | 3  | Next 20