21. Weather Forecasting Using The University Of Michigan Weather Underground To make a good forecast you must know some meteorology and have a hunch what isgoing to happen based general HINTS ON WEATHER forecasting. CLIMATOLOGY http://atm.geo.nsf.gov/instruction/forecast_contest.html

Weather Forecasting Using the University of Michigan Weather Underground Adapted to the World Wide Web from a file on the University of Michigan Gopher. Another adaptation was done on a file describing techniques for making weather observations at the schools so the students can contribute their own observations to the online database. Weather forecasting is a science and an art. To make a good forecast you must know some meteorology and have a hunch what is going to happen based on experience. Forecasting temperature and precipitation will be discussed here since they are the most relevant parameters to the public. Before attempting to perform a weather forecast, one should understand a few key concepts in atmospheric science. These concepts include: Synoptic scale (large scale) meteorology: Air masses, fronts, and pressure systems. Mesoscale (local scale) meteorology: Effects of topography, bodies of water, the urban heat island, etc. Vertical structure of the atmosphere: How and why pressure, temperature, and density decrease with altitude. The following discussion will assume the reader is familiar with these concepts.

22. SYDNEY HAILSTORM THE BUREAU OF meteorology S forecasting AND WARNING PERFORMANCE FOR THE This night Shift Supervisor had almost 30 years general forecasting experience http://www.bom.gov.au/inside/services_policy/storms/sydney_hail/hail_report.shtm

REPORT BY THE DIRECTOR OF METEOROLOGY ON THE BUREAU OF METEOROLOGY'S FORECASTING AND WARNING PERFORMANCE FOR THE SYDNEY HAILSTORM OF 14 APRIL 1999 CONTENTS Page SUMMARY i INTRODUCTION FORECASTING OF SEVERE WEATHER THE SEVERE STORM WARNING SYSTEM FOR SYDNEY THE METEOROLOGY OF THE STORM OF 14 APRIL ... FURTHER REVIEW FIGURES Figure 1. Map of the storm area, showing place names, Local Government Areas (LGAs) and a schematic depiction of the radar-indicated track of the storm (See Figure 9 for a more detailed storm track.) Figure 2. Average monthly distribution of severe thunderstorms in New South Wales. Figure 3. Average hourly distribution of severe thunderstorms in New South Wales. Figure 4. The structure of the forecasting and warning components of the Sydney Regional Forecasting Centre and the Sydney Airport Meteorological Unit. Figure 5. Mean Sea Level Pressure Chart for 4 p.m. EST 14 April 1999. Figure 6. Wind pattern over southeast Australia at the 500 hPa level (approx. 5.5 km) for 4 p.m. EST 14 April 1999. Figure 7.

23. Federation And Meteorology, War History Of The Australian Meteorological Service general Reorganisation for War. When the Australian synoptic weather and Thus, when war came, the central forecasting section of the Directorate of http://www.austehc.unimelb.edu.au/fam/0673.html

Page 673 Federation and Meteorology Table of Contents War History of the Australian Meteorological Service Foreword Preface ... Chapter 5: Meteorology in Aviation Chapter 6: Central Forecasting Services General Reorganisation for War Security and Censorship Code and Cipher Development National Synoptic Broadcasts Services to Armed Forces ... Contact us Chapter 6: Central Forecasting Services General Reorganisation for War Before hostilities began the staff of the forecasting section at headquarters comprised the supervising meteorologist, Mr H. E. Camm, four duty forecasters, the same number of meteorological assistants, two general assistants and a messenger, but, in order to meet the heavy demands of service formations and essential industries, the establishment was increased during the war by the addition of one senior forecasting officer, a meteorological assistant and three other persons. In 1940, also, a small subsection was formed to attend to preparation and distribution of weather ciphers and recoding tables. It was placed under the control of a former Commonwealth Meteorologist in Mr W. A. Watt, who volunteered to return from retirement for the purpose. People in Bright Sparcs Watt, William Shand

24. Federation And Meteorology, Radio Technical Officers, Page 1176 level wind data for high flying aircraft and for general forecasting purposes . After I d done general maintenance, I d check the sensitivity of the http://www.austehc.unimelb.edu.au/fam/1176.html

Page 1176 Federation and Meteorology Table of Contents Radio Technical Officers Foreword Acknowledgements ... Introduction Chapter 1: The Early Years Chapter 2: The Training School Chapter 3: Equipment Installation Records Chapter 4: The 'Techs' in Antarctica Chapter 5: The 'Techs' Tell Their Stories ... Contact us Chapter 1: The Early Years Reginald William Stout (Reg or 'Stoutie') retired in 1981 as a Principal Technical Officer responsible for the field planning and installation of major meteorological projects throughout Australia. Reg could well be considered as a father figure to many 'met techs' as he was the first recruited Radio Mechanic to enter Bureau service in 1948. His extensive 40 year service stretches unbrokenly back to the years of WWII and has encompassed the entire field of maintenance, siting and installation of the Bureau's electronic observational equipment. It could well be said that if there was a radio, a radiosonde or a radar installed somewhere then 'Stoutie' had a hand in it. His recollections of those early years make interesting reading. With the passing of Allan Cornish and Bill Brann I shall endeavour to give my personal reminiscences as best as I can over my 40 years. I could miss some names so please excuse. I have fond memories of the Directors that I worked for over the years.

25. FSU Undergraduate Academic Program Guide (2005-2006) are needed in research, forecasting, and operational positions to study, MET 2700 (3) general meteorology MET 2101 (3) Physical Climatology http://www.academic-guide.fsu.edu/meteorology.htm

Students First Academic Guide Meteorology METEOROLOGY View 4-Year Academic Map College: Arts and Sciences Degree: B. A. or B. S. Limited Access: NO Contact: Dr. Paul Ruscher Address: 363 Love Building, FSU Tallahassee, FL 32306-4520 Phone: (850) 644-2752 E-Mail: ruscher@met.fsu.edu Description of Major By tradition, meteorology is divided into four branches: physical, dynamical, synoptic, and applied meteorology. Physical meteorologists deal with such areas as the physics of rain formation, atmospheric electricity, and atmospheric optics; dynamical meteorologists work in such areas as the mathematical representation of atmospheric flow patterns and the numerical prediction of these patterns; synoptic meteorologists are involved with the description of atmospheric disturbances and with weather forecasting; and applied meteorologists deal with the application of meteorological and climatological knowledge to such areas as agriculture, architecture, ecology, and air pollution. The undergraduate program provides a broad overview of these branches of meteorology while graduate students are encouraged to specialize in one of them. Meteorologists are needed in research, forecasting, and operational positions to study, interpret and predict weather and climate processes and patterns and to relate these to human activities. Severe storms, floods, droughts and air pollution are examples of atmospheric phenomena, which influence health, safety, transportation, agriculture, and business activities.

26. WCSU Undergraduate Catalog - [section] A general introduction to meteorology. Topics to be discussed include the MTR 230, 231 Weather Analysis and forecasting I II 4 SH Each Semester http://www.wcsu.edu/catalogs/undergraduate/sas/courses/mtr.asp

Text-only Undergraduate Catalog Table of Contents Ancell School of Business ... School of Professional Studies Meteorology MTR 150 Meteorology 4 SH A general introduction to meteorology. Topics to be discussed include the physical causes behind atmospheric vertical structure, atmospheric motion, atmospheric stability and cloud formation, warm and cold precipitation, large-scale high and low pressure systems, planetary jet streams, the global circulation, air masses and fronts, midlatitude cyclone structure and evolution, thunderstorms, tornadoes, and hurricanes with an introduction to physical and regional climatology. Fulfills general education science laboratory requirement. Prerequisite: MAT 100 or equivalent. (3 hrs lecture-2 hrs laboratory) General Education: Lab Science MTR/ENV 162 Air Pollution Sources 4 SH This course introduces science, non-science and business students to the various sources of air pollution-natural and man-made. Methods of measuring and monitoring air quality as well as definitions of air quality standards are also presented. The means of controlling air pollution and the various engineering and governmental regulations related to this pollution are investigated. In addition, special emphasis is placed on climate variability due to the changing composition of the minor constituents of the atmosphere. Meets general education science laboratory requirement. (3 hrs lecture-2 hrs laboratory)

27. Meteorology - Student And Graduate Careers, The University Of Queensland meteorology involves the scientific study of the physics and dynamics of the In general, forecasting is a demanding and challenging vocation that http://www.uq.edu.au/careers/?page=31370&pid=

28. Programs Tropical meteorology. general Circulation and Climate Dynamics 361 AdvancedSynoptic Analysis and forecasting Practicum http://www.uwm.edu/Dept/Math/Atmo/programs.html

UCAR Quarterly article on employment on meteorology The Bachelor of Science Program The Bachelor of Science Program in Atmospheric Sciences is designed to prepare students for work as professional meteorologists in a wide range of disciplines, including weather forecasting and analysis air pollution meteorology. The following coursework is required: Required Courses Atm Sci 240 Atm Sci 320 Atm Sci 330 Atm Sci 350 Atm Sci 351 Atm Sci 352 Atm Sci 360 Atm Sci 361 Atm Sci 464 Introduction to Meteorology Atmospheric Chemistry Air Pollution Meteorology Atmospheric Thermodynamics Dynamic Meteorology I Dynamic Meteorology II Synoptic Meteorology Advanced Synoptic Analysis Cloud Physics Elective Courses Atm Sci 460 Atm Sci 465 Atm Sci 470 Atm Sci 480 Atm Sci 500 Atm Sci 505 Atm Sci 511 Atm Sci 513 Atm Sci 520 Atm Sci 531 Atm Sci 690 Mesoscale Circulations Meteorological Instrumentation Tropical Meteorology General Circulation and Climate Dynamics Statistical Methods in Atmospheric Sciences Micrometeorology Radiation Turbulence and Boundary Layer Processes Advanced Dynamic Meteorology Numerical Weather Prediction Topics in Atmospheric Sciences (subtitle) All students majoring in the Atmospheric Sciences must take the following courses: Math 231, 232, 233, 234

29. Weather Forecasting, Weather Forecasts, Meteorology - WeatherScape Forecasting H WeatherScape forecasting Homepage. Specializing in weather forecasting and any questions about WeatherScape forecasting, or about weather in general, http://www.wxscape.com/forecast/index.shtml

[an error occurred while processing this directive] WeatherScape Forecasting is a private weather information service located in upstate New York. Check out the services page to learn more about the services offered by WeatherScape Forecasting. This is the official Web site of WeatherScape Forecasting. This site was designed by WeatherScape Web Design , a subsidiary of WeatherScape Forecasting. If you have any questions about WeatherScape Forecasting, or about weather in general, e-mail WeatherScape Forecasting (or go to the Contact page for more contact information). Services Contact Current Weather You are visitor number since May 19, 1997

30. MY WEATHER PAGE general. There are maps, causes, history, forecasting, and current weather reports . Read about the weather and meteorology in the past, the way people http://www.eagle.ca/~matink/themes/Weather/weather.html

Home Page Safety Net Newsletter Teacher Resources Libraries ... Projects General Information About Temperature Topics covered here include: What is Temperature, The Development of Thermometers and Temperature Scales, Heat and Thermodynamics, The Kinetic Theory, Thermal Radiation, The Temperature of the Universe and more. Bay Kids Weather Page This is a wonderful ThinkQuest site where you can learn all about weather terms, myths, stories, jokes, recipes, and much more. CTC Math/Science Gateway: Meteorology Links to some great weather sites covering many topics. Dan's Wild Wild Weather Page This is an interactive weather page for young people. Drought Facts Explains what happens during abnormally dry weather. El Nino: A Child of the Tropics This excellent web site offers a thorough presentation of the El Nino phenomenon. From its positive to its negative impacts, you'll find it all here. El Nino Around The World This is an excellent weather tutorial site. While there is a great deal of information about the specific phenomenon known as El Nino, this is also broad enough to be used when teaching about weather in general. There are maps, causes, history, forecasting, and current weather reports.There are some nice lesson plans for teachers. The glossary is unique: not only does it provide definitions, but also experiments for each of the weather terms.

31. UNCA Catalog 2003-2004 - Atmospheric Sciences (ATMS) In the Weather forecasting concentration, students learn the basics of weather 214 general meteorology (4) Technical aspects of meteorology for http://www.unca.edu/catalog0304/atms.html

UNCA Catalog: Courses of Instruction UNCA Catalog: Table of Contents Atmospheric Sciences (ATMS) Professor Huang (Chair); Professor Brotak; Lecturer Quinlan The Atmospheric Sciences Department offers a B.S. degree in two concentrations that prepare students for employment immediately upon graduation or for further studies at the graduate level. Both concentrations fulfill federal Civil Service requirements for employment as a meteorologist. A Climatology concentration provides a strong preparation for graduate work with a specialization in climatology and mathematics. The National Climatic Data Center, located in Asheville, represents a unique resource for students. In the Weather Forecasting concentration, students learn the basics of weather analysis and forecasting and how to communicate meteorological information to the public. McIDAS, DIFAX, National Lightning Detection Network and LDM are utilized in courses with a lab component. Students are encouraged to focus their career objectives through enrollment in cooperative education and internship courses. Concentration in Climatology This concentration is designed to prepare a student for advanced work in Atmospheric Science with an emphasis on Climatology.

32. UNCA Catalog 1999-2000 - Atmospheric Sciences (ATMS) In the Weather forecasting concentration, students learn the basics of weatheranalysis 214 general meteorology (4) Technical aspects of meteorology for http://www.unca.edu/catalog9900/atms.html

UNCA Catalog: Courses of Instruction UNCA Catalog: Table of Contents Atmospheric Sciences (ATMS) Associate Professor Huang (Chair); Professors Brotak, Heimbach Concentration in Climatology (B.S.) This concentration is designed to prepare a student for advanced work in Atmospheric Science with an emphasis on Climatology. Required courses in the major36 hours, including: ATMS 103, 214, 305, 310, 320, 340, 405, 410, 411, 420, 455. Required courses outside the major34 hours distributed as follows: CHEM 111, 132; CSCI 142 or 201; MATH 191, 192, 291, 394; PHYS 221, 222; STAT 225. Recommended courses: MATH 341 and STAT 321. Special departmental requirementsCompetency requirement met by a senior comprehensive exam. Oral competency will be demonstrated in a presentation as part of the senior comprehensive examination. Formal preparation for this will be in ATMS 410 and 411. Concentration in Weather Forecasting (B.S.) This concentration is designed for students seeking employment as meteorologists upon receiving the B.S. degree.

33. Meteorology Course Descriptions Weather briefings illustrate applications of forecasting principles and use of Applications of radiation theory to atmospheric energy budgets, general http://www.nps.navy.mil/ofcinst/crs_mr.htm

Date: 22 June 2000 e-mail: gdent@nps.navy.mil METEOROLOGY COURSE DESCRIPTIONS MRR210 REFRESHER, INTRODUCTION TO METEOROLOGY/LAB (NO CREDIT) (Meets last six weeks of quarter.) ( 4 - 2 ). An introductory course that treats the composition and structure of the atmosphere, thermodynamic processes, forces and related small- and large-scale motions, air masses fronts, tropical cyclones, solar and terrestrial radiation, general circulation and weather forecasting. Additionally, laboratory periods are included to illustrate lecture material, including surface and airways communication codes, pressure and streamline/ isotach analyses, introduction to mid-latitude and tropical analyses by the Navy Operational Global Atmospheric Prediction System (NOGAPS) over oceanic regions, plus satellite interpretation. MR0810 THESIS RESEARCH ( - 8 ). Every student conducting thesis research will enroll in this course. MR0999 SEMINAR IN METEOROLOGY (NO CREDIT) ( 2 - ). Students present results of thesis or other approved research investigation. PREREQUISITE: Concurrent preparation of thesis or other acceptable research paper. MR2020 COMPUTER COMPUTATIONS IN AIR-OCEAN SCIENCES ( 2 - 2 ).

34. MET - Meteorology MET 205 general meteorology (4). (3 lecture, 2 laboratory) The basic course The practice of weather forecasting is introduced through weather briefing http://catalog.unco.edu/2005-06HTML/2005-2006-12-66.html

MET - Meteorology MET 101 Meteorology Seminar (1) Seminar course covering the meteorology program and discussing the different career options available including possible internship opportunities. Frequent weather discussions. S/U graded. Intended for meteorology majors. MET 110 Our Violent Atmosphere (3) Weather and climate analyzed in terms of their physical basis and historical, economic and human consequences. Emphasis on impacts of extreme weather: hurricanes, severe thunder-storms, winter storms and floods. (GenEd) MET 205 General Meteorology (4) (3 lecture, 2 laboratory) The basic course in meteorology. The atmosphere, its structure and composition. Radiation, temperature, pressure, wind, humidity, precipitation, clouds, air masses and fronts. Measurements. Weather maps. (GenEd) MET 215 Introduction to Meteorological Analysis (2) (4 laboratory) Prerequisite: MET 205. Meteorological instruments and weather data; weather maps and upper air charts; plotting of charts and basic analysis techniques. An introduction to numerical weather prediction results is included. MET 221 Weather Forecasting Seminar (1) The practice of weather forecasting is introduced through weather briefing and participation in a forecast contest. Numerical guidance and the roles of government and private sector forecasts are discussed.

35. MET - Meteorology MET 205 general meteorology (4). (3 lecture, 2 laboratory) The basic course in Use of weather charts and data in forecasting of current weather and http://catalog.unco.edu/2004-05HTML/UNC_HTML_2004_2005-11-61.html

MET - Meteorology MET 110 Our Violent Atmosphere (3) Weather and climate analyzed in terms of their physical basis and historical, economic and human consequences. Emphasis on impacts of extreme weather: hurricanes, severe thunder-storms, winter storms and floods. (GenEd) MET 205 General Meteorology (4) (3 lecture, 2 laboratory) The basic course in meteorology. The atmosphere, its structure and composition. Radiation, temperature, pressure, wind, humidity, precipitation, clouds, air masses and fronts. Measurements. Weather maps. (GenEd) MET 260 Mesoscale Meteorology (3) Prerequisites: MET 205, MATH 131 or take concurrently. Study of atmospheric phenomena on medium time and space scales. Topics include mountain/valley winds, sea breeze circulations, gravity currents and waves, thunderstorms, hurricanes, and problems in mesoscale forecasting. MET 306 Dynamic Meteorology I (3) (2 lecture, 3 laboratory) Prerequisites: MET 205, MATH 132, PHYS 241. In-depth treatment of gas laws, atmosphere thermodynamics and stability, cloud dynamics and adiabatic charts. MET 315 Meteorological Instruments and Codes (2) (4 laboratory) Prerequisite: MET 205 or MET 306. Meteorological instruments and their operations; weather maps and data exchange; codes and plotting of charts.

36. Meteorological Training It now provides weather forecasting, tropical cyclone warning and various other Synoptic meteorology The general circulation; air masses; fronts; http://www.hko.gov.hk/wservice/tsheet/metrain.htm

Home What's new Access to information Public services ... Back Meteorological Training Introduction: The scope of work of the Hong Kong Observatory has expanded considerably through the years. It now provides weather forecasting, tropical cyclone warning and various other meteorological services to meet the needs of shipping, aviation, industries and the general public. It is also involved in a wide range of other activities such as seismology, physical oceanography, radiation monitoring and assessment and the determination of the official time in Hong Kong. Training in these subjects, which are specialized in nature, is not normally available in local institutions. The department therefore organizes a comprehensive training programme of its own. Course on Meteorology of Southeast Asia (3 weeks) The Course on Meteorology of Southeast Asia aims at providing the candidates with the necessary knowledge on the meteorology of Southeast Asia and in particular, Hong Kong to prepare them for operational forecasting duties in the Central Forecasting Office of the Hong Kong Observatory. Local forecasting techniques and operational procedures will be emphasized. Qualifications for enrolment: Degree-holder of a science or engineering subject or WMO Class III meteorological personnel with equivalent knowledge in Physics and Mathematics, and at least 2 years relevant experience or equivalent and proficiency in written and spoken English.

37. National Weather Association Job Corner A minimum of 2 years general forecasting experience with a DOD Agency as their Expertise in meteorology, experience in numerical weather prediction http://www.nwas.org/jobs.html

NWA Job Corner (The NWA lists jobs from equal opportunity employers at no cost to the employer for the benefit of NWA members. Employers, please call (434) 296-9966 or e-mail to NatWeaAsoc@aol.com to post job notices.) Index of Jobs Texas Agricultural Experiment Station NEW! (9-21-2005) The Physical Science Laboratory NEW! (9-15-2005) Weather Decision Technologies, Inc. (4 positions) NEW! (9-9-2005) KEVN-TV NEW! (9-3-2005) The National Weather Station NEW! (9-3-2005) AMEC NEW! (9-3-2005) NorthWest Weathernet, Inc. Control Systems Research, Inc. DTN (2 openings) Baron Services, Inc. ... Other Job Links TEXAS AGRICULTURAL EXPERIMENT STATION Plant Ecophysiology/Micrometerology: Postdoctoral Research Associate, Texas Agricultural Experiment Station, Vernon, Texas. We are seeking a postdoctoral associate to quantify ecosystem CO and water flux responses to prescribed burning treatments designed to reduce the rate of woody plant encroachment (Prosopis) in southern Great Plains grasslands. Candidate will work with a team of scientists (plant ecology, wildlife, animal nutrition) seeking to determine effects of patch burning treatments within pastures grazed by cattle on ecosystem restoration, carbon flux, carbon sequestration, vegetation, wildlife diversity and livestock behavior. A Ph.D. in an appropriate field is required. Experience with the operation and maintenance of eddy covariance CO flux instrumentation or micrometeorological data collection systems is required. Experience with statistical procedures and portable field instrumentation for measurement of photosynthesis and soil respiration is preferred. Must possess a valid driver's license and be able to work outdoors under extreme weather conditions. The position is available for 2 years. Salary is competitive and includes benefits package. Applicants must apply online at

38. IPL General/Reference Collection: Meteorology/Climatology Science TechnologyEarth SciencesMeteorology/Climatology KeywordsWeather; Forecasts; forecasting; Water Cycle; Storms; Climate; Atmosphere; http://www.ipl.org.ar/ref/RR/static/sci12.40.00.html

the Internet Public Library Meteorology/Climatology Resources Earth Sciences A science that deals with the atmosphere and its phenomena, especially with weather and weather forecasting. Show Me Associations Serials in this category. No further Subcategories Resources in this category are: About Rainbows http://www.unidata.ucar.edu/staff/blynds/rnbw.html Presents the science of rainbows. Hypertext links you to further articles, a glossary and diagrams. There are experiments for studying the nature of rainbows. Includes references. Author: Beverly T. Lynds (blynds@unidata.ucar.edu) Subjects: Keywords: Rainbow The Aurora Page http://www.geo.mtu.edu/weather/aurora/ "Information, links and images about the 'Northern Lights'". Author: Michael Dolan (mtdolan@mtu.edu) Subjects: Keywords: Aurora Borealis; Northern Lights Canada Centre for Remote Sensing Products and Research on Disaster Monitoring (CCRS) http://www.ccrs.nrcan.gc.ca/ccrs/tekrd/rd/apps/em/disasters/dismone.html "CCRS scientific teams assess and demonstrate the potential of remote sensing data to satisfy the information requirements of agencies that have an operational mandate for the management of various types of disasters." Examples are given of how these sensing devices can be used to study and monitor disasters. Author: Canada Centre for Remote Sensing (info@ccrs.nrcan.gc.ca)

39. SFSU Atmospheric And Oceanic Sciences Program These courses comprise the general Education Segment III cluster Our Violent Planet Air pollution meteorology; Weather forecasting; Micrometeorological http://www.sfsu.edu/~puboff/programs/undergrad/meteor.htm

Atmospheric and Oceanic Sciences College of Science and Engineering Undergraduate Programs The undergraduate program in Atmospheric and Oceanic Sciences at San Francisco State University is administered by the Department of Geosciences. The BS in Atmospheric and Oceanic Sciences is unique among atmospheric and oceanic science degrees across the country in that students in both concentrations take a common 25-unit core of coursework designed to investigate the interactions between the atmosphere and oceans. The degree has six emphases within the two concentrations with specific course groupings for students interested in either meteorology or oceanography. The American Meteorological Society (AMS) has drafted a list of criteria to which major programs in atmospheric sciences must adhere in order to meet academic requirements. The curriculum for the meteorology concentration was developed on the bases of these criteria. Students should consult with an adviser before enrolling in the major and before planning a course of study. The adviser helps the student select the emphasis which best meets the employment and career goals of the student. Facilities The campus of SFSU lies within the city of San Francisco, on the San Francisco Peninsula in a spectacular setting overlooking the Pacific Ocean. SFSU's Department of Geosciences, part of the College of Science and Engineering and an affiliate of the University Corporation for Atmospheric Research, is housed on the fifth and sixth floors of Thornton Hall.

40. MET ÉIREANN - MetEvents general forecasting Division The Austin Bourke Medal for Excellence inAgricultural meteorology GO. Quicklinks. Want local weather? Regional Forecasts http://www.met.ie/agmet/

24 September 2005 metEVENTS AGMET AGMET was founded in 1984, and has the full title of "Joint Working Group on Applied Agricultural Meteorology." Membership is open to anyone with an interest in the subject. Currently members are drawn from organisations including Met Éireann, Teagasc, The Geological Survey of Ireland, The Environmental Protection Agency, The Office of Public Works, Universities, and other third-level colleges. The Department of Agriculture, Food and Rural Development (Dublin), and The Department of Agriculture and Rural Development, Northern Ireland.The main activities of Agmet are: The provision of support of agro-meteorology for professionals working in Ireland The publication of books about agriculture and the weather Holding conferences on agro-meteorology The development of agro-meteorology education in Ireland Interaction with other organisations The publications and conferences of Agmet are designed to bring the existing knowledge of agricultural meteorology to a wider audience.

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