Collaborations (1H)
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NEWSLETTER National Weather No
NEWSLETTER National Weather No. 08 – 9 September 2008 Association 33rd NWA Annual Meeting: Where You Need to Be! Louisville, Ky., Oct. 11 - 16 An Enchanted Monday Night Spend the evening on an Ohio River Cruise — step aboard the 93-year-old Belle of Louisville paddle wheel river Inside This Edition boat as she hosts our meeting’s ice Annual Meeting ...........................1 breaker! This grand event is sponsored by Midland Radio, Baron Services, President’s Message ......................1 Vaisala, Inc., Weatherbug, and the NWA. Scholarship Winners ................... 2 www.belleoflouisville.org New NWA Corporate Members ... 2 Our River Cruise Sponsors Membership Special .................... 2 www.baronservices.com The NOAA Hazardous Weather www.midlandradio.com Testbed ........................................ 4 www.vaisala.com http://weather.weatherbug.com/about-us.html Professional Development Opportunities ................................7 7th Annual NWA Scholarship Golf Outing Shawnee Golf Course; Saturday, Oct. 11 (details on back ) Scholarship Golf Outing .............. 8 www.shawneegolfcourse.com/golf/proto/playshawneegolf/ Dates 2 Remember ........................8 Don’t Get Stranded: Reserve an Airport Shuttle to the Hotel Sandollar Limousine Service www.sandollarlimo.com/AirportShuttle.htm President’s Message: Join in on the Excitement! The 33rd Annual Meeting of the National Weather Association is upon us, literally and figuratively. The excitement is building at NWA World Headquarters and apparently for many of you as evidenced by the record number of submitted abstracts. NWA Executive Director Steve Harned tells me all available rooms at the Galt House were sold out in anticipation of our October gathering. The vision I offered nine months ago of an annual meeting designed to improve the future of operational forecasting through discussion and analysis of historical weather events is a reality thanks to the Herculean efforts of the Annual Program Committee chaired by John Gordon (NWS MIC in Louisville). -
Climate Services in Asia Pacific Emerging Trends and Prospects Chia-Ping Cheng, Hen-I Lin, Simon Wang, Po-Ting Dean Liu, and Kung-Yueh Camyale Chao
Meeting Summary Climate Services in Asia Pacific Emerging Trends and Prospects Chia-Ping Cheng, Hen-I Lin, Simon Wang, Po-Ting Dean Liu, and Kung-Yueh Camyale Chao Asia Pacific Climate Service Workshop What: A balanced mixture of governmental, industrial, and academic experts working in the Asia Pacific weather/climate services, disaster prevention agencies, private companies, and research institutions gathered to discuss the emerging trends of climate services while proposing ways for future development of climate services in the Asia Pacific region. When: 28–29 October 2019 Where: Taipei, Taiwan https://doi.org/10.1175/BAMS-D-20-0093.1 Corresponding author: Po-Ting Dean Liu, [email protected] In final form 9 April 2020 ©2020 American Meteorological Society For information regarding reuse of this content and general copyright information, consult the AMS Copyright Policy. AMERICAN METEOROLOGICAL SOCIETY UnauthenticatedSEPTEMBER | 2020DownloadedE1568 09/26/21 09:51 PM UTC AFFILIATIONS: Cheng—Central Weather Bureau, Taipei, Taiwan; Lin and Liu—Chung-Hua Institution for Economic Research, Taipei, Taiwan; Wang—Utah Climate Center, and Department Plants, Soils and Climate, Utah State University, Logan, Utah; Chao—International Climate Development Institute, Taipei, Taiwan n light of the intensifying climate anomalies and increasing extreme weather worldwide, the need for developing national climate services to help citizens mitigate risks and initiate adap- Itation is rapidly becoming critical. The Asia Pacific region has seen its poverty, inequalities, and disaster risks from climate events closely intertwined (United Nations 2019). Therefore, it is crucial for Asia Pacific to engage in timely and coordinated development of climate services in all nations (Kim et al. -
Scientific Collaborations (2014-2019)
Scientific Collaborations (2014-2019) NOAA ● National Environmental Satellite, Data and Information Service ○ Center for Satellite Applications and Research ○ CoastWatch ○ National Centers for Environmental Information ○ OceanWatch ● National Marine Fisheries Service ○ Alaska Fisheries Science Center ○ Northeast Fisheries Science Center ○ Northwest Fisheries Science Center ○ Pacific Islands Fisheries Science Center ○ Office of Science and Technology ○ Southeast Fisheries Science Center ○ Southeast Regional Office ○ Southwest Fisheries Science Center ● National Ocean Service ○ U.S. Integrated Ocean Observing System ■ Caribbean Regional Association for Coastal Ocean Observing (CARICOOS) ■ Gulf of Mexico Coastal Ocean Observing System (GCOOS) ● Gulf of Mexico Coastal Acidification Network (GCAN) ■ Mid-Atlantic Coastal Ocean Observing System (MARACOOS) ■ Pacific Islands Ocean Observing System (PacIOOS) ■ Southeast Coastal Ocean Observing Regional Association (SECOORA) ● Southeast Ocean and Coastal Acidification Network (SOCAN) ○ National Centers for Coastal Ocean Science ○ National Geodetic Survey ○ Office of National Marine Sanctuaries ■ Florida Keys National Marine Sanctuary ■ Flower Gardens Bank National Marine Sanctuary ■ National Marine Sanctuary of American Samoa ■ Olympic Coast National Marine Sanctuary ○ Office of Response and Restoration ● National Weather Service ○ Climate Prediction Center ○ Environmental Modeling Center ○ National Centers for Environmental Prediction ○ National Data Buoy Center ○ National Hurricane Center 1 ○ Office -
Sources – Best and Worst Cities for Your Skin – Chemberry
Sonne Luft Stress Durchschnittliche Stauaufkommen im Durchschnittliche Luftqualität Durchschnittliche Jährliche Luftgeschwind wöchentliche Verkehr während der Durchschnittlicher r UV- (Gewicht der Luftfeuchtigkeit Land Stadt Durchschnittstemperat Sonnentage (pro Jahr) igkeit pro Jahr Anzahl an Hauptverkehrszeit täglicher Strahlungswert Partikel ug/m3 (% Dampfwasser in der ur(ºC) (km/h) Arbeitsstunden pro (zusätzliche Reisezeit Zigarettenkonsum pro (pro Jahr) Luft) Atmosphäre) Person im Laufe des Jahres) Raucher Quellen Quellen Quellen Quellen Quellen Quellen Quellen Quellen Quellen Argentinien Buenos Aires Climate-data Weather and Climate Weather Atlas WHO Global Ambient WeatherAir Quality Spark DatabaseWeather (update and 2016) Climate Feenstra, et al (2015), Tom"The TomNext Traffic Generation Index of theInstitute Penn World for Health Table" Metrics American and EconomicEvaluation Review, (IHME). 105(10),Global Smoking 3150-3182 Prevalence and Cigarette Consumption 1980-2012. Seattle, United States: Institute for Health Metrics and Evaluation (IHME), 2014. Australien Melbourne Australian Government BureauWeather of Meteorology and Climate Weather Atlas WHO Global Ambient WeatherAir Quality Spark DatabaseWeather (update and 2018) Climate Feenstra, et al (2015), Tom"The TomNext Traffic Generation Index of theInstitute Penn World for Health Table" Metrics American and EconomicEvaluation Review, (IHME). 105(10),Global Smoking 3150-3182 Prevalence and Cigarette Consumption 1980-2012. Seattle, United States: Institute for Health Metrics and Evaluation (IHME), 2014. Australien Sydney Australian Government BureauWeather of Meteorology and Climate Weather Atlas WHO Global Ambient WeatherAir Quality Spark DatabaseWeather (update and 2018) Climate Feenstra, et al (2015), Tom"The TomNext Traffic Generation Index of theInstitute Penn World for Health Table" Metrics American and EconomicEvaluation Review, (IHME). 105(10),Global Smoking 3150-3182 Prevalence and Cigarette Consumption 1980-2012. -
16A.4 Polarimetric Classification of Winter Weather Precipitation Type Using Thermodynamic Input from Numerical Models
16A.4 POLARIMETRIC CLASSIFICATION OF WINTER WEATHER PRECIPITATION TYPE USING THERMODYNAMIC INPUT FROM NUMERICAL MODELS Terry J. Schuur, Alexander V. Ryzhkov, and Heather D. Reeves Cooperative Institute for Mesoscale Meteorological Studies, University of Oklahoma and NOAA/OAR/National Severe Storms Laboratory 1. INTRODUCTION related to the generation of supercooled liquid water (Hogan et al. 2002), 4) regions The classification of cold-season of high ZDR and KDP that are believed to be precipitation type at the surface is associated with dendritic growth and/or ice complicated by the broad range of crystal generation (Moisseev et al. 2008; precipitation types that might result from Andric et al. 2009; Kennedy and Rutledge processes that occur below the height of the 2011), and 5) an apparent tendency for ZDR radar’s lowest elevation sweep. For in the snow region to increase upon the example, a deep layer of subfreezing air onset of storm decay as regions of dry, near the surface might lead to either a aggregated snow (characterized by low ZDR) complete refreezing of drops (ice pellets) or are replaced by pristine ice crystals refreezing upon contact with the surface (characterized by high ZDR). (freezing rain). Both of these precipitation In this study, we present results from the types are difficult to determine using radar continued evolution of a polarimetric data alone. Existing classification schemes, classification algorithm that is designed to such as the polarimetric Hydrometeor take advantage of thermodynamic output Classification Algorithm (HCA, Park et al. from a numerical model in the classification 2009) currently being deployed on the WSR- process. -
Top Things to Do in Norman
An Insider’s Guide to Visiting Norman, Oklahoma For free maps, visitor's guides, help with accommodations, lots of good advice on the area: Norman Convention and Visitors Bureau Most bold listings below contain Norman Ranked 6th Best Place to live links to web pages! Check Live to live in in the U.S. by Money Magazine, 2008 Our favorite things to do in Norman/Oklahoma City Stroll around the OU Campus! National Weather Center (public tours M,W,F 1 p.m.) Includes NOAA’s Storm Prediction Center, the Norman National Weather Service Forecast Office, National Severe Storms Laboratory, University of Oklahoma School of Meteorology, the NWC observation deck, classroom and laboratory facilities. Sam Noble Oklahoma Museum of Natural History The largest university-based museum in the country, this 50,000-square-foot museum features five outstanding galleries that depict more than 300 million years of Oklahoma's natural history. Fred Jones Jr. Museum of Art “The Fred,” 555 Elm Ave. Located right across the street from Catlett Music Center and the Music Practice Building! The Weitzenhoffer Collection in the Museum includes works by such artists as Degas, Gauguin, Monet, Pissarro, Renoir, Toulouse- Lautrec, Van Gogh, Vuillard, and others. Not to be missed, and right across the street from Catlett! Oklahoma City Art Museum Largest Dale Chihuly glass exhibit in the world – truly exceptional. Suggest checking out the excellent food in the Museum Cafe before or after your visit. Oklahoma City National Memorial and Museum (bombing memorial) 620 N. Harvey Ave., Oklahoma City Bricktown Entertainment District, Great restaurants, entertainment venues and ride the Bricktown water taxis on the canal in historic downtown Oklahoma City Some Norman restaurants we enjoy: Benvenuti’s, 105 W. -
July 12, 2012
July 12, 2012 Fiscal Year 2013 IMPLEMENTATION PLAN FOR NATIONAL WEATHER SERVICE TRAINING AND EDUCATION (7/12/12) 1 Table of Contents Section/Title Page 1. Introduction ......................................................................................................................... 3 2. Plan Actuals/Assumptions .................................................................................................. 3 3. Appendices ........................................................................................................................... 3 Appendices Appendix 1: OCWWS Training Division (OS6) Activities – Table 1 ...................................................... 4 I. OS6 Managed Training .................................................................................................................. 4 II. OS6 Infrastructure .......................................................................................................................... 4 Appendix 2: NWS Training Center – Table 2 .......................................................................................... 5 I. In-Residence Training ..................................................................................................................... 5 II. Distance Learning Training Development / Delivery ................................................................... 5 III. NWSTC Infrastructure ................................................................................................................... 6 Appendix 3: Warning Decision Training -
Climate, Water, Weather
Aware is published by NOAA’s National Weather Service to enhance communications within the Agency and with the emergency management community. Aware Volume 4, October 2007 Climate, Water, Weather Reaching Out to Our Emergency Management Partners Inside By Ken Graham, OCWWS Integrated Services Director [email protected] Aware As I write this from the National Emergency Management Association (NEMA) conference in Oklahoma City, I reflect on some common themes from the state directors. The partnership between the emergency managers and NWS not only 2 Digital Services continues strong, but continues to grow. With technology advancing at what seems the speed of light, availability of 3 Disaster products containing weather information has grown exponentially. Emergency Management managers are receiving volumes of information on the Internet, ranging from traditional text products to impact hazard graphics. 5 Dissemination In presentations and conversations here at NEMA, it is clear our partners need us to shift our emphasis from products to services. Our partners need 10 Fire Weather products that tie a plethora of information together into a package they can 11 Flood Awareness/ easily use. Emergency Operation Center (EOC) support requires impact services Hydrology that communicate climate, water and weather impacts from NWS offices, at the EOC or at the scene of the disaster. 12 Hurricane Several state emergency management directors commented that they have Preparedness plenty of information but lack the resources to better use that information. During numerous tornado and hurricane events, I have observed at EOCs and at 13 Outreach press conferences that NWS partners need to know impacts so lifesaving decisions can be made. -
Final Report of the Weather and Climate Team
Final Report of the Weather and Climate Team Kelvin K. Droegemeier (Chairman) Kenneth C. Crawford Elbert W. (Joe) Friday James F. (Jeff) Kimpel Kathleen Miller Bill Nations Dennis O’Brien Lindy Ritz John T. Snow Jean Vieux Don Wood 13 November 2003 1 Acknowledgements The EDGE Weather and Climate Team expresses its sincere appreciation to Ms. Mary Mowdy, liaison from the Oklahoma State Regents for Higher Education, for her assistance and especially for maintaining an effective line of communication with the Regents’ Office and Chancellor Risser. The Team also gratefully acknowledges the guidance provided by Ms. Les Risser and Ms. Debra Stuart of the Regents’ Office, and by Ms. Terri Leyton of the Center for Analysis and Prediction of Storms and Sasaki Applied Meteorology Research Institute at the University of Oklahoma. Finally, the Team expresses its sincere thanks to the citizens of Oklahoma for their valuable comments and suggestions, and to Governor Henry, for the privilege of serving on the Weather and Climate Team. 2 Table of Contents Executive Summary 3 1. The U.S. Weather and Climate Enterprise: A Big-Picture View of a Unique Economic Development Opportunity . 7 a. Economic and Societal Aspects of Weather, Climate Variability 7 b. Participants and their Roles: A Changing Landscape . 8 c. Weather and Climate Guidance: Mitigating Loss and Creating Benefit Through Sound Decision Making . 10 d. Future Directions and Opportunities for Economic Development 11 2. Evolution and Current Status of Weather and Climate Activities in Oklahoma . 13 a. History . 13 b. Links to Industry, Benefits to Oklahomans and the World . 15 c. -
ITSC-16 Attendee List
ITSC-16 Attendee List First name Last Name Affiliation Thomas Achtor UW SSEC Filipe Aires LMD/IPSL/CNRS Rita Valeria Andreoli de Souza INPE/CPTEC Paolo Antonelli SSEC Raymond Armante LMD/CNRS/IPSL Arlindo Arriaga EUMETSAT Nigel Atkinson Met Office, UK Thomas Auligne NCAR Hartmut Aumann Jet Propulsion Laboratory Nancy Baker Naval Research Laboratory Carlos Bastarz INPE/CPTEC William Bell Met Office Bill Bellon SSEC Huang Bing Aviation Meteorological Institute Beijing William Blackwell MIT Lincoln Laboratory Hal Bloom NOAA/NESDIS/GOES-R Denis Blumstein CNES Eva Borbas CIMSS Niels Bormann ECMWF Aurélie Bouchard METEO FRANCE Sid Boukabara NOAA/NESDIS Pascal Brunel MétéoFrance James Cameron Met Office, UK Brett Candy Met Office Laure Chaumat NOVELTIS Zhaohui Cheng NOAA/NESDIS/STAR Qi Chengli National Satellite Meteorological Center, CMA Andrew Collard ECMWF Chantal Cote Environment Canada David Crain ITT Cyril Crevoisier LMD/CNRS/IPSL Godelieve Deblonde Environment Canada John Derber DOC/NOAA/NWS/NCEP/EMC Peiming Dong Chinese Academy of Meteorological Sciences Fanny Duffourg Météo-France/CNRM Simon Elliott EUMETSAT Stephen English Met Office John Eyre Met Office Rodrigo Augusto Ferreira de Souza INPE/CPTEC Lars Fiedler EUMETSAT Louis Garand Environment Canada Jairo Gomes Jr. CPTEC Norman Grant EADS-Astrium David Griersmith Australian Bureau of Meteorology Liam Gumley University of Wisconsin-Madison Wei Han Chinese Academy of Meteorological Sciences Yong Han NOAA/NESDIS/STAR Brett Harris Bureau of Meteorology Dirceu Herdies CPTEC Reinhold Hess -
Taiwan Area Mesoscale Experiment (Tamex): Political Tension and Disaster Mitigation
TAIWAN AREA MESOSCALE EXPERIMENT (TAMEX): POLITICAL TENSION AND DISASTER MITIGATION by Yin Hang Phoebe Tang A thesis submitted to Johns Hopkins University in conformity with the requirements for the degree of Master of Arts Baltimore, Maryland August, 2017 Abstract Every May mei-‐yu. and June, Taiwan undergoes mei-‐yu a period of potentially disastrous heavy rain called The rain system induced by on May 28, 1981 caused significant damages to Taiwan, prompting government officials to initiate the Taiwan Area Mesoscale Experiment (TAMEX). TAMEX was carried out by Taiwanese and American meteorologists from 1983 to 1992. They collaborated and took measurements of the atmosphere over and near Taiwan. Japanese meteorologists also participated by providing data. The meteorologists aimed to improve heavy rain forecast accuracy mei -‐ by yu gaining a better understanding of the structure, formation, duration, and evolution of . The project, however, faced political obstacles owing to Taiwan’s unofficial diplomatic relations with Japan and the United States. This thesis investigates how political relations and scientific research influenced each other in the context of disaster mitigation. Even though Cold War politics prevented meteorologists from rating collabo with each other formally, they constructed unofficial channels of exchanges. These exchanges were mostly justified scientifically and academically. In face of political obstacles, the pragmatic justification of disaster mitigation was also mobilized. This thesis thus argues that the need for disaster mitigation helps overcome political tension. Meteorologists collaborated informally to mitigate natural hazards during TAMEX. In the process, international networks were built and expanded. d These resulte in further collaborations between the meteorologists, such as in the Constellation Observing System for Meteorology, Ionosphere, and Climate Program. -
CWB Press Release.Doc | 13 September 2016 | Doc158923
PROTECTING PEOPLE AND ASSETS FOR IMMEDIATE RELEASE Enterprise, AL, September 15, 2016 Enterprise Electronics Corporation (EEC) Wins Contract to Supply Defender C350 Systems to Taiwan! ENTERPRISE, AL, SEPTEMBER 15, 2016 – EEC is proud to announce that it has been awarded a contract by the Central Weather Bureau (CWB) in Taiwan to deliver 2 EEC Defender C350 dual-polarization Doppler weather radar systems. EEC, along with our partner GECL, secured the contract award based on evaluation of overall experience, technical merit, and most competitive price. “EEC continues to lead the market in delivering the most advanced weather radar systems in the world,” notes Kurt Kleess, EEC’s Senior Vice President of International Sales. “We are thrilled to be working on this new project, which will further expand network of numerous EEC weather radar and satellite systems we have delivered into Taiwan.” Kleess continues, “For geographic areas with diverse and dynamic weather conditions, nothing offers greater value than EEC’s Defender Series of C and S-Band radars. This holds especially true in Taiwan, where their complex terrain, coupled by a constant threat of typhoons, requires the most professional radar systems available.” Enterprise Electronics Corporation 128 S. Industrial Blvd., Enterprise, AL 36330, USA p: +1 334.347.3478 | f: +1 334.393.4556 eecradar.com EEC Defender C350 System About CWB Established in 1941, the CWB is the government meteorological research and forecasting institution in Taiwan. In addition to meteorology, the CWB also makes astronomical observations, reports on sea conditions, and conducts research into seismology and provides earthquake reports. The CWB is headquartered in Taipei City and is administered by the Ministry of Transportation and Communications.