An Annotated Bibliography on the Evaluation and Statistical Issues of Weather Modification

Total Page:16

File Type:pdf, Size:1020Kb

An Annotated Bibliography on the Evaluation and Statistical Issues of Weather Modification State Water Survey Division METEOROLOGY SECTION AT THE UNIVERSITY OF ILLINOIS SWS Contract Report 265 AN ANNOTATED BIBLIOGRAPHY ON THE EVALUATION AND STATISTICAL ISSUES OF WEATHER MODIFICATION Volume 2 of the OSET Final Reports prepared by Chin-Fei Hsu to National Science Foundation NSF ATM79-05007 Stanley A. Changnon, Jr. Principal Investigator Champaign, Illinois June 1981 TABLE OF CONTENTS Page INTRODUCTION .............................................................. 1 ACKNOWLEDGEMENT ............................................................ 2 PUBLICATIONS WITH AN EXTENSIVE BIBLIOGRAPHY ON WEATHER MODIFICATION ............................................... 3 BIBLIOGRAPHY ............................................................ 4 KEYWORD INDEX .............................................................. 66 AUTHOR INDEX ............................................................... 83 INTRODUCTION A collection of publications dealing with statistical issues and with weather modification has been compiled and stored in the CDC computer at the University of Illinois. These are publications which have appeared in journals or books, or in the form of technical and scientific reports. References chosen emphasize the evaluation' and the 'design' of weather modification. The concept of evaluation referred to here is fairly broad and includes all phases in assessing weather modification results. Our OSET project addresses mainly the evaluation of operational weather modification. Its major objectives have been 1) the development of statistical-physical techniques for evaluation of operational projects, 2) the evaluation of operational projects to test the techniques, 3) the planning for future operational projects, including development of operational criteria, and 4) evaluating the utilization of meteorological covariates. As one approach to achieve some of these objectives, an extensive literature search was carried out. This report culminates the results obtained from this effort for the statistical evaluation part of the OSET project. The publications listed here include not only those referring to operational projects, but also those to randomized experiments. Keywords and phrases were extracted from each reference to reflect its major content and scope of the research. Primary rationale for the choice of keywords rested in the design and evaluation aspects of weather modification. More specifically, issues of interests include: 1) statistical evaluation design-- target-control setup, area size, unit; 2) statistical evaluation techniques, assumed distribution functions, problem areas; 3) data--response variables, covariates, experimental units, sampling method; 4) project location, duration; 5) seeding related operations-- seeding rate, seeding criteria, seeding agent, seeding hypothesis, etc.; 6) instrumentation--radar, aircraft, delivery system; 7) assessed seeding effects, and their statistical significance; 8) impact studies-- agricultural, socio-economical effects, etc. Advantages of using keywords, instead of coded numbers or whole abstracts, rest in the ease of extracting information, flexibility in updating, relatively large amount of information included, and most importantly, their usefulness. For example, in order to find information about the evaluation of NHRE, one would look for references listed under both 'evaluation' and 'NHRE'. At the end of the report there are two sets of indexes. One is the AUTHOR 2 INDEX, and the other is the KEYWORD INDEX. Keywords extracted from each reference give clues to its important findings. Thus, readers interested in a particular subject can easily find relevant information from the KEYWORD INDEX. Each reference is given a five-character code; an example is 50L01. The first 2 characters of this code designate the year, 1950, when the reference was published; the third character is the first letter of the first author's last name; and the last 2 characters represent a sequential number of that reference among those with identical first 3 characters. As an ongoing effort, publications included in this report contain only a fraction of available literature, and the selection is largely that of author's. However, we do hope that those publications not included here will later be added, and readers are encouraged to send in any publications not included in this report to the author. For convenience, publications which have an extensive bibliography on the subject of weather modification are listed separately in a chapter. Additional publications with bibliography can also be found under 'bibliography' in the KEYWORD INDEX. These references were helpful in compilling the present bibliography. ACKNOWLEDGEMENT This work was supported by grants from National Science Foundataion ENV 77-01103 and ATM 79-05007, and was under the general direction of S. A. Changnon, Jr., Chief of the Illinois State Water Survey. Deep appreciation is extended to Rebecca Chan, Victoria Borre, and Alfred Cheng who provided considerable computer programming assistance in processing references and in updating both INDEXES. Furthermore, without the tireless help from the librarians of the Water Survey, many publications would never have appeared in this report. Rigby, M. E., 1957: Bibliography of scientific reports and literature. BIBLIOGRAPHY ON PUBLICATIONS WITH AN EXTENSIVE Final Report, Advisory Comm. on Wea. Control, Volume II, U.S. Government WEATHER MODIFICATION Printing Office, Washington, D. C., 322-409. Author index, subject index, geographical index. State of California, 1955: Bibliography of published reports on cloud physics and problems. Cambridge Breuer, G., 1976: Weather modification: Prospects and weather modification. Wea. Mod. Operat. in Calif., Calif. Water Resous. University Press, 178 pp. Board, Bull. No. 16, 69-78. citations from NTIS data base. PB80-811037, Brown, R. J., 1980: Cloud seeding, Taborsky, O., and G. Thuronyi, 1960: Annotated bibliography on weather pp. Contains 132 abstracts Nat. Tech. Inform. Service, Springfield, VA, 109 modification. Meteor. Geoastrophy. Abs., 11(12), 2181-2415. Containing 1016 covering 1976-May 1980. abstracts, 278 supplementary articles, author index, subject index, geographical index. Brown, R. J., (ed.), 1977: Weather modification effects and management (A Tech. Inform. Serv., NTIS/PS-77/1106. bibliography with abstracts). National Taborsky, O., and G. Thuronyi, 1962: Annotated bibliography on weather covering 1964-October 1977. Contains 204 abstracts excluding cloud physics, modification and microphysics of clouds. Meteor. Geoastrophy. Abs., 13(3), 702-762. Contains 254 items, author index, subject index, and geographical edition, NOAA Envlsonmental Data Service, 1978: Weather modification. Second index. packaged literature search 78-3, Washington, DC, 195 pp. Contains 1112 citations covering 1972-1973. Thuronyi, G., 1953: Annotated bibliography on weather modification. Meteor. Abs. and Bibliog., 4(8), 963-968. Farhar, B. C., 1978: An annotated bibliography on the social aspects of weatheer Sci., University of Colorado, 49 pp. 60 modification. Inst. Behavior Thuronyi, G., 1955: Annotated bibliography on weather modification. Selected abstracts. Meteor. Abs. and Bibliog., 6(10), 1433-1513. Contains 550 items. on weather modification 1960-1969. Grimes, A. E., 1972: An annotated bibliography Thuronyi, G., 1963: Annotated bibliography on weather modification and 858 evaluation, cloud NOAATM EDS ESIC-1, 407 pp. abstracts, statistical microphysics of clouds. Meteor. Geoastrophy. Abs., 14(1), 144-244. Contains physies, legal, author index, subject index, geographic index. economical, 390 abstracts, author index, subject index, and geographical index. A. Cooley, 1976: Bibliography of statistical and Hanson, M. A., C. L. Bach, and E. G., 1964: Recent literature on weather and climate modification. in weather modification. Report No. M388 (ONR Thuronyi, metaorologlcal methodology Meteor. Geoastrophy. Abs., 15(7), 1518-1553. Contains 123 abstracts. TR-110), Department of Statistics, Florida State University, Tallahassee, FL, 138 pp. U. S. Weather Bureau, 1955: A short bibliography on artificial production of rain. LS-5507, 8 pp. Hanson, M. A., L. E. Baker, and C. H. Hunter, 1977: Bibliography of statistical modification. Report No. M440 (ONR and meteorological methodology in weather Westcott, N., 1980: Annotated bibliography on predictor variables for weather Tallahassee, FL, TR-126), Department of Statistics, Florida State University, modification applications. Progress Report, Illinois State Water Survey, 57 pp. Urbana, IL, 117 pp. Contains 174 abstracts with author index, geographic region index, and weather type index. Hanson, M. A., L. E. Baker, E. A. Cooley, and C. H. Hunter, 1979: A bibliography of weather modification experiments. Williams, M. C., 1972: Progress in the South Dakota weather modification. Commun. Statist.-Theor. &Meth., A8(11), 1129-1153. Proc. South Plains Region Cloudtop Conf., Texas Water Develop. Board, 111-126. of experiments. Jenkinson, A. F., 1955: Some statistical aspects a rain-making Zikeev, N. T., and G. A. Doumani, 1967: Weather modification in the Soviet Union, Meteor. Res. Comm., MRP 931, 15 pp. 1946-1966: A selected annotated bibliography. Library of Congress, Washington, D. C., 78 pp. Julian, P. R., and A. H. Murphy, 1972: Probability and statistics in meteorology: A review of some recent development. Presented at the 52nd Annual Meeting, Amer. Meteor. Soc., New Orleans, 31 pp. Krick, I. P., 1956: A bibliography
Recommended publications
  • Summary of a Program Review Held at Huntsville, Alabama October 19-21, 1982
    Summary of a program review held at Huntsville, Alabama October 19-21, 1982 - TECH LIBRARY KAFEI, NM lllllllsllllllRlRllffllilrml OOSSE!?b NASA Conference Publication 2259 NASA/MSFCFY-82 Atmospheric Processes Research Review Compiled by Robert E. Turner George C. Marshall Space Flight Center Marshall Space Flight Center, Alabama Summary of a program review held at Huntsville, Alabama October 19-21, 1982 National Aeronautics and Space Administration Sclontlflc and Tochnlcal InformatIon Branch 1983 ACKNOWLEDGMENTS The productive inputs and comments from the participants and attendees in the Atmospheric Processes Research Review contributed very much to the success of the review. The opportunity provided for everyone to become better acquainted with the work of other investigators and to see how the research relates to the overall objective of NASA's Atmospheric Processes Research Program was an important aspect of the review. Appreciation is expressed to all those who participated in the review. The organizers trust that participation will provide each with a better frame of reference from which to proceed with the next year's research activities. ii PREFACE Each year NASA supports research in various disciplinary program areas. The coordination and exchange of information among those sponsored by NASA to conduct research studies are important elements of each program. The Office of Space Science and Applications and the Office of Aeronautics and Space Technology, via Announcements of Opportunity (AO), Application Notices (AN),etc., invites interested investigators throughout the country to communicate their research ideas within NASA and in institutions. The proposals in the Atmospheric Processes Research area selected and assigned to the NASA Marshall Space Flight Center's (MSFC's) Atmospheric Sciences Division for technical monitorship, together with the research efforts included in the FY-82 MSFC Research and Technology Operating Plan (RTOP1 I are the source of principal focus for the NASA/MSFC FY-82 Atmospheric Processes Research Review.
    [Show full text]
  • Boundary Layer Experiment—1983 Edwin W
    Roland B. Stull and Boundary Layer Experiment—1983 Edwin W. Eloranta Department of Meteorology University of Wisconsin Madison, WI 53706 Abstract flat pasture by ANL. This system measured the three components of velocity, as well as the thermal structure Interactions between fair-weather cumulus clouds and mixed-layer of the lowest 1.5 km of the boundary layer. ANL also thermals were the focus of a one-month field experiment in Oklahoma. erected a 5 m tower equipped with chemistry and fast- This experiment, called Boundary Layer Experiment—1983 (BLX83), response turbulence sensors, installed a net radiometer, combined remote sensors, surface observations, balloon platforms, and aircraft measurements to study the kinematics at the top of the and launched kytoons that provided profiles of the daytime convective boundary layer. Emphasis was placed on the lowest 800 m of the boundary layer. In addition, a stereo study of the entrainment zone, and on the relationship between indi- camera system was used at the ANL site to provide vidual thermals as identified by lidar and turbulent motions and photographs of local cloud conditions. fluxes as measured by aircraft and sodar. 2) An unmanned Portable Automated Mesonet (PAM II) station, which was designed and operated by NCAR, and also was located at the ANL site. In addition to the 1. Introduction standard variables of mean pressure, temperature, hu- midity, rainfall, and wind speed and direction, this sta- A field experiment was conducted in Oklahoma for the pur- tion provided net radiation data. pose of measuring the interaction between the boundary 3) The UW lidar system (Kunkel et al, 1977; Sroga et al., layer and fair-weather cumulus clouds.
    [Show full text]
  • P1.16 the National Severe Storms Laboratory: 40 Years Young and Going Strong
    P1.16 THE NATIONAL SEVERE STORMS LABORATORY: 40 YEARS YOUNG AND GOING STRONG Rodger A. Brown Keli Tarp NOAA, National Severe Storms Laboratory NOAA Public Affairs Norman, Oklahoma Norman, Oklahoma 1. INTRODUCTION WSR-57 radar was monitoring the storms In 1964, a small group of researchers started continuously and measuring the reflectivity. This a new organization that would forever change the research led to improved commercial airline safety severe storm scene in the United States and guidelines in the vicinity of thunderstorms that are around the world. The U.S. Weather Bureau’s still in use today. National Severe Storms Project (NSSP) moved from Kansas City to Norman, Oklahoma and 3. WEATHER RADAR RESEARCH AND changed its name to the National Severe Storms DEVELOPMENT LEADING TO WSR-88D Laboratory (NSSL). The mission of the laboratory is to increase scientific understanding of severe The very foundation of today’s National storms that leads to better forecasts and warnings Severe Storms Laboratory lies in weather radar of hazardous weather conditions. research and development that began before its During its first 25 years, NSSL continued formation in 1964. Part of NSSL’s initial role was NSSP’s (and its predecessors’) long-standing to maximize the use of the WSR-57 surveillance tradition of improving understanding of severe radar for the Weather Bureau. NSSL continues to storms by conducting a data collection program push the weather research community to the edge each spring that included surface and upper air through its research and development efforts such mesonetworks, research aircraft, and radars. as Doppler radar, operational WSR-88D Doppler Over the years, Doppler radars (including dual radar and now dual polarization and phased array polarization), an instrumented TV transmitter radar.
    [Show full text]
  • NOA/NIST/Insurance Industry Workshop on the Wind Peril, Chantilly
    NIST PukiCATIONS NISTIR 6089 NOAA/NIST/INSURANCE INDUSTRY WORKSHOP ON THE WIND PERIL CHANTILLY, VA - JUNE 4-5, 1996 Building and Fire Research Laboratory Gaithersburg, Maryland 20899 NIST United States Department of Commerce >logy Administration il Institute of Standards and Technology 100 .U56 NO.6089 1990 NISTIR 6089 NOAA/NIST/INSURANCE INDUSTRY WORKSHOP ON THE WIND PERIL CHANTILLY, VA - JUNE 4-5, 1996 Richard D. Marshall Joseph H. Golden January 1998 Building and Fire Research Laboratory National Oceanic and Atmospheric National Institute of Standards and Technology Administration Gaithersburg, MD 20899 U.S. Department of Commerce U.S. Department of Commerce William M. Daley, Secretary Technology Administration Gary R. Bachula, Under Secretaryfor Technology National Institute of Standards and Technology Raymond G. Kammer, Director ABSTRACT This report presents findings and recommendations developed in the course of a two-day NOAA/NIST/Insurance Industry Wind Peril Workshop held at Chantilly, Virginia, on June 4-5, 1996. The workshop brought together administrators and researchers from NOAA and NIST laboratories involved with weather research and building technology and representatives of the casualty insurance industry, including officials from the Insurance Institute for Property Loss Reduction (IIPLR). Also attending were representative of the Federal Emergency Management Agency (FEMA) and the National Science Foundation (NSF). Ongoing research and development efforts that can impact the wind peril were described in detail, as were the needs and concerns of the casualty insurance industry with regard to wind losses, including losses due to wind-driven hail. It was determined that there are numerous ongoing research projects within the Department of Commerce laboratories that could have a beneficial impact on the wind peril and that this impact could be greatly amplified with the establishment of a National Wind-Peril Mitigation Program modeled generally after the National Earthquake Hazard Reduction Program (NEHRP).
    [Show full text]
  • Dual Polarization Is Coming to NEXRAD! Beginning in 2011, All WSR- Functionality
    NEXRAD Now December 2010 Issue 20 Dual Polarization is Coming to NEXRAD! Beginning in 2011, all WSR- functionality. The contractor had the What’s 88Ds will undergo a modification to requirement to implement dual implement dual polarization capabil- polarization on the existing WSR- Inside? ity. This new technology allows the 88D antenna and integrate new func- Page 3 WSR-88D to simultaneously trans- tionality into the Radar Data Acqui- Improving the VWP mit and receive in the horizontal and sition subsystem. The Government Page 6 vertical planes, providing an addi- retained responsibility to ingest new The New Architectured tional dimension of weather features dual polarization data at the Radar WSR-88D Level II Data and giving the weather forecaster Product Generator and make avail- Collection, Distribution, and Archive Network additional and improved tools to able base and derived dual polariza- serve the public. tion products to the forecaster/users. Page 10 ROC Stars Dual Polarization technology has Throughout the program there been the subject of research since the have been two main technical areas Page 11 Information “Tid Bits” 1970’s. However, it was not until of focus: for Improved WSR-88D the Joint Polarization Experiment Sensitivity – Because dual polar- Operations (JPOLE) was conducted by the ization requires splitting of the trans- Page 16 National Severe Storms Laboratory mitted signal into horizontal and What’s Your Question? (NSSL) in 2002-2003 the technology vertical components we expected Page 17 was demonstrated to provide signifi- slight reduction in radar sensitivity. GIS Methods for cant benefits to the forecaster. The Prior to contract award, NSSL stud- Evaluating Wind operational benefits include ied the subject in a WFO setting and Turbine Impacts on improved rainfall estimation, dis- concluded the effect should not be NEXRAD crimination of precipitation types, operationally significant.
    [Show full text]
  • Bryant E. Natural Hazards (Updated Ed., CUP, 2005)(ISBN
    This page intentionally left blank NATURAL HAZARDS Natural hazards afflict all corners of the Earth; often unexpected, seemingly unavoidable and frequently catastrophic in their impact. This revised edition is a comprehensive, inter-disciplinary treatment of the full range of natural hazards. Accessible, readable and well supported by over 150 maps, diagrams and photographs, it is a standard text for students and an invaluable guide for professionals in the field. Clearly and concisely, the author describes and explains how hazards occur, examines prediction methods, considers recent and historical hazard events and explores the social impact of such disasters. This revised edition makes good use of the wealth of recent research into climate change and its effects. Edward Bryant is Associate Dean of Science at Wollongong University in Australia. Among his other publications is Tsunami: The Underrated Hazard (Cambridge University Press, 2001). He has particular interest in climatic change and coastal evolution. Praise for the First Edition: ‘Professor Bryant’s heroic compilation is an excellent guide.’ Scientific American NATURAL SECOND EDITION HAZARDS EDWARD BRYANT Cambridge, New York, Melbourne, Madrid, Cape Town, Singapore, São Paulo Cambridge University Press The Edinburgh Building, Cambridge , UK Published in the United States of America by Cambridge University Press, New York www.cambridge.org Information on this title: www.cambridge.org/9780521537438 © Edward Bryant 2005 This book is in copyright. Subject to statutory exception and to the provision of relevant collective licensing agreements, no reproduction of any part may take place without the written permission of Cambridge University Press. First published in print format 2005 - ---- eBook (EBL) - --- eBook (EBL) - ---- paperback - --- paperback Cambridge University Press has no responsibility for the persistence or accuracy of s for external or third-party internet websites referred to in this book, and does not guarantee that any content on such websites is, or will remain, accurate or appropriate.
    [Show full text]
  • Acronym Dictionary and Glossary
    Acronym Dictionary and Glossary CSR ACRONYM DEFINITIONS CSR Acronym Definitions A-D http://www.csrstds.com/acro-a-d.htm. CSR Acronym Defintions E-H http://www.csrstds.com/acro-e-h.htm. CSR Acronym Definitions I-M http://www.csrstds.com/acro-i-m.htm. CSR Acronym Definitions N-R http://www.csrstds.com/acro-n-r.htm. Acronym Definitions last updated November 26, 2001. If you have changes or corrections, please e-mail them to [email protected]. Thank you. Communications Standards Review e-mail: [email protected] SSEC Acronyms List SSEC Acronyms List http://www.ssec.wisc.edu/pubs/acronyms.htm. Updated 17 December 2001 by the SSEC Webmaster. (current December 2001) ANSI ASC X12N - Acronym Dictionary OCTOBER 1997 ASC X12N ACRONYM DICTIONARY http://www.wpc-edi.com/AcronymDictionary/Index.html ASC X12N ACRONYM DICTIONARY http://www.wpc-edi.com/AcronymDictionary/Dictionary.html Acronym Dictionary http://www.wpc-edi.com/AcronymDictionary/Dictionary.htm. Dictionary A List of Xcellweb Features plus a collection of Internet expressions Xcellweb Services/Dictionary http://www.xcellweb.com/html/dictionary.htm. [email protected] (503) 968-4307 MAD The MIPS Acronym Dictionary Don't get even, get MAD! [email protected] Sunday, October 28, 2001 Leviton Manufacturing Co., Inc. © Copyright 1998 www.levitontelcom.com • e-mail: [email protected] Newton’s Telecom Dictionary BABEL: A LISTING OF COMPUTER ORIENTED ABBREVIATIONS AND ACRONYMS Date Updated: 10/20/93 Version 93C Copyright (c) 1989-1993 Irving Kind All Rights Reserved Irving Kind Internet: [email protected] c/o K &D MCIMail: 545-3562 One Church Lane Baltimore, MD 21208 Sep 1993 version = BABEL93C Sep 1994 version = BABEL94C CSGNetwork's Online Computer, Telephony & Electronics Reference Computer Support Group & CSGNetwork.Com Online Computer, Telephony and Electronics Glossary and Dictionary wysiwyg://79/http://www.csgnetwork.com/glossaryp.htm.
    [Show full text]
  • In the Representation of Cumulus
    Gerald M. Stokes* and The Atmospheric Radiation Stephen E. Schwartz+ Measurement (ARM) Program: Programmatic Background and Design of the Cloud and Radiation Test Bed Abstract ence of clouds and the role of cloud radiative feed­ back. The United States Global Change Research The Atmospheric Radiation Measurement (ARM) Program, sup­ Program (USGCRP) (CEES 1990) identified the sci­ ported by the U.S. Department of Energy, is a major new program entific issues surrounding climate and hydrological of atmospheric measurement and modeling. The program is in­ systems as its highest priority concern. Among those tended to improve the understanding of processes that affect atmospheric radiation and the description of these processes in issues, the USGCRP also identified the role of clouds climate models. An accurate description of atmospheric radiation as the top priority research area. ARM, a major activity and its interaction with clouds and cloud processes is necessary to within the USGCRP, is designed to meet these re­ improve the performance of and confidence in models used to study search needs and is an outgrowth and direct continu­ and predict climate change. The ARM Program will employ five (this ation of the Department of Energy's (DOE's) decade­ paper was prepared priorto a decision to limit the numberof primary measurement sites to three) highly instrumented primary measure­ long effort to improve general circulation models ment sites for up to 10 years at land and ocean locations, from the (GCMs) and other climate models, providing reliable Tropics to the Arctic, and will conduct observations for shorter simulations of regional and long-term climate change periods at additional sites and in specialized campaigns.
    [Show full text]
  • Natural Hazards, Second Edition
    This page intentionally left blank NATURAL HAZARDS Natural hazards afflict all corners of the Earth; often unexpected, seemingly unavoidable and frequently catastrophic in their impact. This revised edition is a comprehensive, inter-disciplinary treatment of the full range of natural hazards. Accessible, readable and well supported by over 150 maps, diagrams and photographs, it is a standard text for students and an invaluable guide for professionals in the field. Clearly and concisely, the author describes and explains how hazards occur, examines prediction methods, considers recent and historical hazard events and explores the social impact of such disasters. This revised edition makes good use of the wealth of recent research into climate change and its effects. Edward Bryant is Associate Dean of Science at Wollongong University in Australia. Among his other publications is Tsunami: The Underrated Hazard (Cambridge University Press, 2001). He has particular interest in climatic change and coastal evolution. Praise for the First Edition: ‘Professor Bryant’s heroic compilation is an excellent guide.’ Scientific American NATURAL SECOND EDITION HAZARDS EDWARD BRYANT Cambridge, New York, Melbourne, Madrid, Cape Town, Singapore, São Paulo Cambridge University Press The Edinburgh Building, Cambridge , UK Published in the United States of America by Cambridge University Press, New York www.cambridge.org Information on this title: www.cambridge.org/9780521537438 © Edward Bryant 2005 This book is in copyright. Subject to statutory exception and to the provision of relevant collective licensing agreements, no reproduction of any part may take place without the written permission of Cambridge University Press. First published in print format 2005 - ---- eBook (EBL) - --- eBook (EBL) - ---- paperback - --- paperback Cambridge University Press has no responsibility for the persistence or accuracy of s for external or third-party internet websites referred to in this book, and does not guarantee that any content on such websites is, or will remain, accurate or appropriate.
    [Show full text]
  • 1 the FARM (Flexible Array of Radars and Mesonets)
    1 The FARM (Flexible Array of Radars and Mesonets) 2 3 Joshua Wurman, Karen Kosiba, Brian Pereira, Paul Robinson, 4 Andrew Frambach, Alycia Gilliland, Trevor White, Josh Aikins 5 Robert J. Trapp, Stephen Nesbitt 6 University of Illinois, Champaign, Illinois 7 8 Maiana N. Hanshaw 9 CoreLogic, Boulder, Colorado 10 11 Jon Lutz 12 Unaffiliated, Boulder, Colorado 13 14 Corresponding Author: Joshua Wurman, [email protected] 15 1 16 Revision submitted to the Bulletin of the American Meteorological Society 17 05 March 2021 1 Early Online Release: This preliminary version has been accepted for publication in Bulletin of the American Meteorological Society, may be fully cited, and has been assigned DOI 10.1175/BAMS-D-20-0285.1. The final typeset copyedited article will replace the EOR at the above DOI when it is published. © 2021 American Meteorological Society Unauthenticated | Downloaded 10/04/21 02:12 AM UTC 18 ABSTRACT 19 The Flexible Array of Radars and Mesonets (FARM) Facility is an extensive 20 mobile/quickly-deployable (MQD) multiple-Doppler radar and in-situ instrumentation 21 network. 22 The FARM includes four radars: two 3-cm dual-polarization, dual-frequency (DPDF) , 23 Doppler On Wheels DOW6/DOW7, the Rapid-Scan DOW (RSDOW), and a quickly- 24 deployable (QD) DPDF 5-cm COW C-band On Wheels (COW). 25 The FARM includes 3 mobile mesonet (MM) vehicles with 3.5-m masts, an array of 26 rugged QD weather stations (PODNET), QD weather stations deployed on 27 infrastructure such as light/power poles (POLENET), four disdrometers, six MQD upper 28 air sounding systems and a Mobile Operations and Repair Center (MORC).
    [Show full text]
  • 19860013688.Pdf
    NASA Contractor Report 3960 Analysis of Airborne Doppler oppler Radar, and Tall Tower Measurements eric Flows in uiescent and Stormy Weather H. B. Bluestein R. Rabin University of OkZaboma National Severe Storms Laboratory Norman, OkZaboma Norman, OkZahoma R. J. Doviak and M. D. Eilts A. Sundara-Rajan NationaZ Severe Storms Laboratory Cooperative Institute for Norman, OkZaboma M esoscaZe MeteoroZogicaZ Studies Norman, OkZahoma E. W. McCaul University of OkZaboma D. S. Zrnic’ Norman, OkZaboma NationaZ Severe Storms Laboratory Norman, OkZahoma Prepared for George C. Marshall Space Flight Center under Contract NAS8-34749 National Aeronautics and Space Administration Scientific and Technical Information Branch 1986 J PREFACE AND ACKNOWLEDGMENTS The first experiment to combine airborne Doppler lidar and ground based dual Doppler-radar measurements of wind to detail the lower tropospheric flows in quiescent and stormy weather was conducted in Central Oklahoma during four days of June-July 1981. Data from these unique remote sensing instruments, coupled with those from conventional and novel in-situ facilities such as a 500 m tall meteorologically instrumented tower, rawinsonde, and a dense network of surface based sensors, have been analyzed to enhance the under- standing of wind, waves, and turbulence. The data collected for this study and the analyses presented in this report had the multifaceted purposes of (1) comparing winds mapped by ground-based dual Doppl er radars, by anemometers on a tall tower, and by NASA's innovative airborne Doppler lidar, (2) comparing measured atmospheric boundary layer flow with flows predicted by theoretical models; (3) investigating the kinematic structure of air mass boundaries that precede the development of severe storms and, (4) studying the kinematic structure of thunderstorm phenomena (e.g.
    [Show full text]
  • Nvvc Ubrar/ University of Oklahoma Final Report on the JOINT DOPPLER OPERATIONAL PROJECT (JDOP) 1976 - 1978
    NOAA Technical Memorandum ERL NSSL-86 Property of NVvC Ubrar/ University of Oklahoma Final Report on the JOINT DOPPLER OPERATIONAL PROJECT (JDOP) 1976 - 1978 Prepared by STAFF. of: National Severe Storms Laboratory, NOAA/ERL Weather Radar Branch, Air Force Geophysics Laboratory Equipment Development Laboratory, National Weather Service Air Weather Service, United States Air Force National Severe Storms Laboratory Norman, Oklahoma March 1979 UNITED STATES NATIONAL OCEANIC AND EnVIronmental Research DEPARTMENT OF COMMERCE ATMOSPHERIC ADMINISTRA liON laboratones Juanita M. Kreps. Secretary Richard A. Frank. Administrator Wilmot N. Hess, Director NOTICE Mention of a commercial company or product does not constitute an endorsement by NOAA Environmental Research Laboratories. Use for publicity or advertising purposes of information from this publication concerning proprie­ tary products or the tests of such products is not authorized. • i i Final Report on the JOINT DOPPLER OPERATIONAL PROJECT (JDOP) 1976-1978 PART I - METEOROLOGICAL APPLICATIONS Prepared by Don Burgess, Ralph J. Donaldson, Tom Sieland, and John Hinkelman PART II - DOPPLER RADAR ENGINEERING Prepared by Dale Sirmans, Kenneth Shreeve, Kenneth Glover, and Isadore Goldman APPENDICES Prepared by Joel David Bonewitz, Kenneth Shreeve and Kenneth Glover iii AFGL ,--__-'M"--_-----, M COLOR TELEVISIONS NWS&AWS DISPLAYS FOR FORECASTER OPERATIONS V SATELLITE M I T M DISPLAY STORM TRACK M TELEPHONES FOR NWS&AWSCOMM. WEATHER TELETYPEWRITERS M Frontispiece--Above: Doppler Radar Facility at the National Severe Storms Laboratory, used as the test facility for the Joint Doppler Operational Project (JDOP), 1977-78. Below: Placement of staff and equipment during JDOP operations . in 1978. Staff included Meteorologists (M), Engineers (E), and Technicians (T) from National Weather Service, Air Weather Service, Air Force Geophysics Laboratory, and National Severe Storms Laboratory working together to process, analyze, inter­ pret, and archive Doppler.
    [Show full text]