EXTERNALLY FUNDED RESEARCH PROJECTS:
Engineering Research Center for Collaborative Remote Sensing – Year 8 Revision,
National Science Foundation (10/1/10 – 9/30/11), with F. Car, J. Brotzge, M. Xue,
and K. Kloessel, 10% of $874,376
Studies of Severe Convective Storms and Tornadoes Using Mobile Doppler Radar Data,
National Science Foundation (6/15/10 – 5/31/13) $761,234, 3 years
MRI: Development of a Mobile, Rapid-scan, X-band, Polarimetric Doppler Radar,
National Science Foundation (8/15/08 – 7/31/12) ($875K plus $375K cost sharing from Vice President for Research at OU, total $1.25M)
Radar Studies of Severe Convective Storms and Tornadoes, National Science Foundation
(1/15/07 –1/14/10), principal investigator ($233K for year 1, $256K for year 2, $232K for year 3)
Engineering Research Center for Collaborative Remote Sensing, National Science
Foundation (9/1/03-8/31/08), co-principal investigator ($5.5 M; ~5% beginning 2006)
SGER: Infrared Thermographic Evaluation of Tornadic Convective Systems,
National Science Foundation (5/1/03-6/30//04) principal investigator ($45K)
Severe Convective Storms and Tornadoes, National Science Foundation (5/1/03-4/30/07),
principal investigator ($239K for year1, $220K for year 2, $234K for year 3, $105K for year 4; $798K total)
Studies of Severe Convective Storms and Tornadoes, National Science Foundation
(6/1/00-8/31/03), principal investigator ($163K for year 1, $160K for year 2, $165K for year 3)
Houghton Lecturer, MIT (1/15/99-3/1/99) $12.5 K
Forecasting Downslope Windstorms, University Corporation for Atmospheric Research
(1/1/98-12/31/99), principal investigator ($36K for year 1, $39K for year 2)
The Initiation and Behavior of Severe Convective Storms, National Science Foundation (3/1/97 - 2/28/00), principal investigator ($145K for year 1, $152K for year 2, $160K for year 3)
Studies of Severe Convective Storms, National Science Foundation (1/1/94 - 6/30/96), principal investigator ($153K for year 1, $183K and $135K for years 2 and 3; supplement of $12K and matching funds from OU of $7K in 1994, and $3.7K in 1995)
Analysis and Assimilation of COARE Doppler Radars and Lidars Data, National Science
Foundation ($183 K, year 3) co-principal investigator with Josh Wurman (was under
the direction of Tzvi Gal-Chen until his death in Oct. 1994)
University Corporation for Atmospheric Research (UCAR )Visiting Scientist Position for COMET (Cooperative Program for Operational Meteorology, Eductation, and Training), UCAR (7/15/91-12/31/91), ($45K)
The formation and evolution of convective storms along the dryline, National Science Foundation, (4/1/91-9/93), principal investigator ($181K)
The use of profiler wind data in observational studies, National Science Foundation (2/91- 1/93), co-principal investigator with Fred Carr ($165K)
Mesoscale wind-field analysis using single-Doppler radar data, Center for the Analysis and Prediction of Storms-National Science Foundation (10/90-9/92), principal investigator ($22K)
Analysis of the landfall of Hurricane Gilbert (1988), Hurricane Research Division (National Oceanic and Atmospheric Administration, Atlantic Oceanographic and Meteorological Laboratory) (10/89-5/91), principal investigator ($18K)
Measurements of wind speeds in tornadoes with a portable Doppler radar,
National Science Foundation (5/89-11/91), principal investigator. ($108K)
The University of Oklahoma Severe-Storm Intercept Project, 1987, National Severe Storms Laboratory, National Oceanic and Atmospheric Administration, Cooperative Institute for Mesoscale Meteorological Studies (2/87-2/88), principal investigator; team leader of a chase vehicle. ($23K)
Observational studies of severe convective storms along the dryline, National Science Foundation (8/86-8/89), principal investigator; radar and Doppler radar analysis of severe storms ($165K)
Analysis of airborne Doppler lidar data, National Aeronautics and Space Administration (9/85-8/86), co-principal investigator; radar and lidar analysis. ($21K)
Observational studies on the formation of lines of convection, National Science Foundation (11/83-4/86); principal investigator; analysis of radar, rawinsonde, and satellite data in the vicinity of midlatitude convective lines. ($86K)
The University of Oklahoma Severe Storm Intercept Project - 1983, National Science Foundation (2/83-1/84); principal investigator; team leader of a chase vehicle. ($16K)
Analysis of lidar, radar, and satellite measurements on severe thunderstorms and their environments, National Aeronautics and Space Administration (4/82-4/84) co- principal investigator; dual-Doppler analysis, radar, satellite, and lidar analysis. ($158K)
The University of Oklahoma Severe Storm Intercept Project - 1982, National Science Foundation (4/82-4/83); principal investigator; team leader of a chase vehicle. ($10K)
A study of the relationship between severe thunderstorm activity and deformation at the dryline/front intersection, National Science Foundation (1/80-6/82); principal investigator; mesoscale and synoptic-scale analysis; analysis of conventional radar data. ($22K)
Initiation and evolution of severe convective storms, National Science Foundation (7/79- 3/80); acting principal investigator.
The University of Oklahoma Severe Storm Intercept Project - 1979, U. S. Dept. of Commerce-National Oceanic and Atmospheric Administration (3/79-12/79); principal investigator; team leader of chase vehicle. ($14K)
An investigation of non-tornadic severe thunderstorms, National Science Foundation (9/77-1/79); principal investigator; dual-and single Doppler analysis; analysis of conventional radar, mesonetwork, instrumented tower, aircraft, synoptic, and rawinsonde data, and of photographs. ($29K)
A contribution to the Severe Storms Intercept Project - 1978, U. S. Dept. of Commerce- National Oceanic and Atmospheric Administration (4/78-6/78); principal investigator; team leader of a chase vehicle. ($19K)
A contribution to the Tornado Intercept Project - 1977, U. S. Dept. of Commerce-National Oceanic and Atmospheric Administration (4/77-6/77); co-director; team leader of a chase vehicle. ($16K)
PROFESSIONAL SERVICE (selected):
National Science Foundation, review panel for NCAR/RAL, member (2011)
AMS Beacon volunteer, 2011 Annual Meeting
National Science Foundation Observing Facilities Assessment Panel (OFAP), Vice Chair,
2005; Chair, 2006 – 2009.
Steering Committee for VORTEX 2, member (2007 – 2010)
Member, NAS Committee on Strategic Guidance for NSF’s Support of the Atmospheric
Sciences (2005 – 2006)
Co-chair, program for Symposium on radar and lidar at AMS annual meeting, 2008
Co-editor, Sanders Symposium Monograph (2004 - 2007)
Member, AMS Committee on Radar Meteorology (2004 - 2007)
Consultant for Science Storms Project, Museum of Science and Industry, Chicago, IL (2006- now)
Member, NOAA May 4 – 11, 2003 Tornado Outbreak Science Review Team (2003)
Member, AMS Annual Weather Review Program (2003)
Member, organizing committee for Sanders Symposium (2003)
Board on Atmospheric Sciences and Climate (BASC), National Research Council,
member (2000-2003)
BASC Terrorism Steering Committee (2002)
National Research Council Committee on Tools for Tracking Chemical/Biological/Nuclear
Releases in the Atmosphere: Implications for Homeland Security (2002)
BASC Committee on Weather Radar Technology Beyond NEXRAD (2001-2002 )
Panel member, NSF on-site review of Atmospheric Technology Division (ATD) at NCAR
(2001)
National Science Foundation Observing Facilities Advisory Panel (OFAP), member (1997- 1999), vice chair (1998), chair (1999)
Co-organizer, NSF/NCAR Workshop on ground-based mobile instruments, Boulder, CO (2000)
Invited testimony for Subcommittees on Basic Research and Energy & the Environment, Committee on Science, U. S. House of Representatives, Washington, D. C., 16 June 1999 (broadcast on C-SPAN, delayed): “Tornadoes: Understanding, Modeling, and Forecasting Supercell Storms”
Member, Scientific Advisory Panel for the Weather Observatory exhibition at the Peggy Notebaert Nature Museum of the Chicago Academy of Sciences (1999-2003)
Associate Editor, Monthly Weather Review (1998-2001)
Co-organizer, VORTEX Workshop, Pacific Grove, CA (1997)
Chair, American Meterological Society Committee on Severe Local Storms (1993-1995), Member (1983-1985), (1991-1995)
University Corporation for Atmospheric Research University Relations Committee, member (1990-1993)
Board of Meteorological and Oceanographic Education in Universities, American Meteorological Society, (1990-1992)
University Corporation for Atmospheric Research Members' Scientific Programs Evaluation Committee (SPEC), member (1987-1989), chair (1989)
Member and Fellow, American Meteorological Society
Fellow, Cooperative Institute for Mesoscale Meteorological Studies (CIMMS)
Member, Awards Committee, American Meteorological Society (1995)
Member, Editorial Board, American Meteorological Society Glossary of Meteorology,
editor for Mesometeorology/Severe Local Storms (1995-2001)
Member, U. S. Weather Research Project Prospectus Development Team 8, Quantitative
Precipitation Forecasting and Convection (1996)
Head of Panel on Synoptic Meteorology for monograph to be published by the American Meteorological Society (1996-1999)
Member, American Meteorological Society Ad Hoc Committee on the ITS (Intelligent Transportation System) Highway System (1994-1995)
Former member, Sigma Xi, Scientific Honorary
Former member, Eta Kappa Nu, Electrical Engineering Honorary
Fellow, Royal Meteorological Society (1983-1989)
Member, American Meteorological Society Program Committee for Third Symposium on Education (1993)
Member, Environmental Safeguards Committee of the North Dakota Weather Modification Board (1985)
Invited lecturer at UNIDATA workshop on "Teaching Mesoscale Meteorology in the Age of the Modernized Weather Service," National Center for Atmospheric Research, Boulder, CO, June 1994
Invited lecturer for the National Center for Atmpospheric Research Synoptic Meteorology
Colloquium, Boulder, CO, summer 1988
Invited lecturer for the 1988 National Center for Atmospheric Research Synoptic Meteorology Instruction Workshop, Boulder, CO, summer 1988
Member, University Corporation for Atmospheric Research Committee on Forecaster Training (COMFORT) (1988)
Consultant for National Aeronautics and Space Administration on weather-related flight rules for Orbiter landing operations (1987)
University Corporation for Atmospheric Research Curriculum Working Group for
COMET (Cooperative Program for Operational Meteorology, Education, and Training),
member (1989-1993)
Member, National Aeronautics and Space Administration multi-agency Airborne/Spaceborne Mobile Platforms Panel (1987)
UNIVERSITY SERVICE (selected):
Chair, Search Committee for faculty position, School of Meteorology (2010-2011)
Member, Graduate Studies Committee (2004 - 2008)
Chair, Search Committee for faculty position in radar meteorology and cloud physics,
School of Meteorology (2003-2004)
Member, Board of Scientific and Professional Writing, School of Meteorology, University
of Oklahoma (2003 - )
Chair, Duchon Search Committee, School of Meteorology, University of Oklahoma (2002)
Member, Committee A (elected body of three members representing each department; participates in decisions concerning faculty evaluations, budget matters, salary increases, awards, hiring, tenure and promotion) School of Meteorology, University of Oklahoma (1985-1987, 1989-1991, 1994 - 1996, 2000- 2002)
Member, Joint Mobile Research Facility (JMRF) Utilization Panel, Univ. of Oklahoma,
Norman, OK (1997)
Fellow, Cooperative Institute for Mesoscale Meteorological Studies, Norman, OK.
Member, Ad Hoc Committee on Personnel, School of Meteorology, 1996-1997
President, American Meteorological Society, Central Oklahoma Chapter (1979)
Chair, Graduate Studies Committee, School of Meteorology, University of Oklahoma (1979-81)
Member, Lowry Chair Search Committee (1995-1996)
Member, College of Geosciences Academic Appeals/Misconduct Board (1987-1988)
Member, University of Oklahoma Associates Physical Sciences Subcommittee (1985)
Member, Faculty Advisory Committee for University of Oklahoma Associates Funds for Instruction (1987)
Member, Film Review Committee, University of Oklahoma (1983-1984)
Faculty sponsor, Another Film Club, University of Oklahoma (1985)
Faculty sponsor, OU International Folkdancers, University of Oklahoma (1987-1991)
Member, University of Oklahoma Hillel Board of Directors (1987-1989)
Educational Counselor for Massachusetts Institute of Technology (1980-1987)
FIELD EXPERIMENT EXPERIENCE:
Weather radar operator for Massachusetts Institute of Technology radar group aboard R.V. Gillis during the GARP (Global Atmospheric Research Project) Atlantic Tropical Experiment (GATE), Phase III (Aug. - Sept., 1974)
Joint Doppler Operational Project (JDOP) - 1978 (spring 1978)
SESAME (Severe Environmental Storms And Mesoscale Experiment) - 1979 (spring 1979)
Participant, Hurricane Field Program, Hurricane Research Division, Atlantic Oceanographic and Meteorology Laboratory (Aug.-Sept. 1984)
DOPLIGHT (DOPpler/LIGHTning)'87 (spring 1987)
Radar Scientist for the Taiwan Area Mesoscale Experiment (TAMEX) (June, 1987)
Cooperative Oklahoma Profiler Studies (COPS-91) (spring 1991)
University of Oklahoma Severe Storm Intercept Project (1977-present)
Waterspout Expedition, Florida Keys (National Geographic Society and National Oceanic and Atmospheric Administration) (August 1993)
VORTEX-94,95 (Verification Of the Origin of Rotation in Tornadoes EXperiment) (springs 1994, 1995)
IHOP (International H2O Project) (spring 2002)
ATD test of MISS (Mobile Integrated Sounding System) (summer 2003)
VORTEX-2 (2009, 2010)
COURSES TAUGHT:
Synoptic meteorology (graduate level)
Mesoscale and synoptic meteorology (graduate level)
Synoptic meteorology laboratory (graduate level)
Severe cumulus convection (graduate level)
Dynamics (graduate level)
COMAP [COMET (Cooperative Program for Operational Meteorology) Mesoscale Analysis and Prediction)] (graduate level, for the National Weather Service)
Weather forecasting seminar (graduate level)
Dynamics (junior/senior level; 2-course sequence)
Synoptic meteorology (senior level)
Synoptic meteorology laboratory (senior level)
Atmospheric geophysics (junior level)
Introduction to meteorology (sophomore level)
Introduction to professional meteorology (freshman level)
Computerized weather forecasting contest
Severe thunderstorms (ELDERHOSTEL)
GRADUATE STUDENTS' THESES AND DISSERTATIONS SUPERVISED:
1. C. Sohl, M. S., May 1979, Observations of a Splitting Severe Thunderstorm
2. C. Parks, M. S., May 1981, Synoptic Climatology of Bell-Shaped Thunderstorms
3. E. Berry, M. S., May 1981, The Relationship Between Severe Thunderstorm Activity and Frontogenesis at the Dryline-Front Intersection
4. D. Ridge, M. S., May 1982, Diagnosis of the Comma Cloud of 10 April 1979
5. K. Thomas, M. S., June 1983 (not handed in), A Case Study of a Jet Streak Associated with Severe Weather in the Texas Panhandle on 26 May 1978
6. M. Jain, M. S., Dec. 1983, The Relationship Between Severe, Mesoscale Convective- Line Development and the Environment in Oklahoma
7. E. W. McCaul, Jr., M. S., Feb. 1985, Observations of Oklahoma Convection Using Airborne Doppler Lidar and Ground-Based Doppler Radar
8. G. Marx, M. S., Feb. 1986, The Formation of Non-Severe Mesoscale Convective Lines and their Environment in Oklahoma (non-thesis option)
9. D. Hazen, M. S., Aug. 1988, Doppler-Radar Analysis of a Dissipating Tropical Cyclone Over Land: Hurricane Alicia (1983) in Oklahoma
10. G. Woodall, M. S., Aug. 1988, Observations of a Splitting, Low-Precipitation Severe Storm and its Evolution into a Supercell
11. S. Keighton, M. S., Dec. 1988, Doppler Radar Storm Structure and Lightning Ground Flash Rates in an Oklahoma Mesoscale Convective System: Analysis of the Formation,
Supercell, and Squall-Line Phases of the May 23, 1981 Storm
12. S. Vasiloff, M. S., July 1989, Vorticity Dynamics of a Squall Line: A Doppler Radar Analysis of the 10-11 June 1985 Squall Line
13. S. Hrebenach, M. S., Dec. 1990, The Use of Synthetic Dual-Doppler Analysis to Determine the Horizontal Wind Field in Mesoscale Systems
14. S. Parker, M. S., May 1991, Modes of Supercell Initiation Along the Dryline
15. C.-F. Chang, M. S., Aug. 1991, Synthetic Dual-Doppler Analysis of a Mesoscale Convective System in Oklahoma Using NEXRAD Data
16. D. Dowell, M. S., Jan. 1994, A Comparative Study of Two Supercells: Airborne Doppler Analysis
17. D. Speheger, M. S., April 1994, Diagnosis of an Upper-Level Trough Using Wind Profiler Data
18. T. Crawford, M. S., April 1994, The Dynamics of the Dryline During COPS-91
19. K. Sperow, M. S., November 1995, Airborne Doppler Analysis of the 18 Feb. 1993 TOGA COARE Squall Line Using a New Analysis Method: The Two-Step, Second Order Lax-Wendroff Scheme
20. T. Hutchinson, M. S., November, 1995, Prefrontal Wind Shifts: A Climatology and Case Studies
21. A. Wood, M. S., May 1997, Airborne Doppler Analysis of Supercell Storms on 8-9
June 1994 in Northeastern Colorado
22. T. Crawford, Ph. D., Sept. 1998, Development of a diagmostic surface energy budget model using Oklahoma Mesonet and ARM data
23. S. Gaddy, M. S., April 1999, Airborne Dual-Doppler Radar Analysis of a Supercell Hailstorm
24. P. Banacos, M. S., Nov. 1999, The Wind and Thermal Structure Surrounding Synoptic-Scale Cyclones and Anticyclones over Central North Americs: A Climatological Analysis
25. D. Dowell, Ph. D., Dec. 1999, A Pseudo-Dual-Doppler Analysis of Cyclic Tornadogenesis
26. C. Weiss, M. S., Jan. 2000, An Analysis of Mesoscale Features in the Vicinity of a Dryline-Outflow Boundary Intersection
27. G. Lehmiller, M. S., Dec. 2000, Wind structure in a supercell thunderstorm as
measured by a UHF wind profiler(non-thesis option)
28. P. Leptuch, M. S., May 2001, Forecasting Downslope Windstorms in the Vicinity of
Boulder, Colorado: An Empirical Statistical Technique
29. M. Kramar, M. S. , Dec. 2003, The “Owl Horn” Radar Signature in Developing
Southern-Plains Thunderstorms
30. C. Weiss, Ph. D., July 2004, Variational Pseudo Multiple-Doppler Analyses of a
Dryline Utilizing Very-High Resolution Mobile Doppler Radar Data
31. R. Tanamachi, M. S., Dec. 2004, The Horizontal Wind Field of the 15 May 1999
Stockton, Kansas Tornado as Revealed by Ground-Based Velocity-Track Display (GBVTD) Analysis of W-band Radar Data
32. M. French, M. S., 2006, The 15 May 2003 Shamrock, TX Supercell: A Dual-Doppler
Analysis and EnKF Data Assimilation Experiment
33. J. Houser, M. S., July 2008, Mesoscale Observations of a Cold Frontal Winter-
Storm Event in Central Oklahoma
34. J. Snyder, M. S., July 2008, Attenuation Correction Techniques and Hydrometeor
Classification of High-Resolution, X-band, Dual-Polarized Mobile Doppler Radar
Data of Severe Convective Storms
35. R. Tanamachi, Ph. D., Feb. 2011, Multiple Cyclic Tornado Production Modes in the 5 May 2007 Greensburg, Kansas Supercell Storm
36. M. French, Ph. D (in progress)
37. J. Houser, Ph. D. (in progress)
38. J. Snyder, Ph. D. (in progress)
39. M. Kumjian, Ph. D. (in progress) (co-chair with Alexander Ryzhkov)
40. V. Mahale, M. S. (in progress) (co-chair with Jerry Brotzge)
RESEARCH IN PROGRESS:
Mapping the wind field in tornadoes and mesocyclones with mobile W-band and polarization-diversity, X-band, pulsed Doppler radars from the University of Massachusetts, a phased-array X-band pulsed Doppler radar from the Naval Postgraduate School, and a mobile Doppler lidar. Objectives are to understand the structure of tornadoes and how they develop.
Analyzing the wind field in convective storms using ground-based, mobile, W-band and X-band, Doppler radar data: Objectives are to understand the structure and evolution of convective storms, and why some produce tornadoes, while others do not.
INVITED LECTURES (selected):
“The Science and Technology of Stormchasing,” Museum of Science and Industry (invited), “Inventive Genius Lecture Series for Members,” Chicago, IL, 10 April 2010
“Technological advances in studying severe storms: My personal perspective, 1977 – 2009 and beyond,” The Weather Channel (invited), Annual Speaker Forum, Atlanta, GA, 23 and 24 Feb. 2010
Advanced Studies Program, NCAR, Colloquium, Summer 2006, “The Challenge of Convective
Forecasting (lectures on 11 July and 20 July on mesoscale boundaries and the future of
mesoscale observations)
“Mobile Doppler-radar observations of tornadoes,” invited talk, NCAR/ASP, Boulder, CO, 17
Nov. 2004
“Mobile-Doppler-radar observations of tornadoes and dust devils,” Earth and Atmospheric
Sciences, Cornell University, Ithaca, NY, 9 Nov. 2004
“Mobile-Doppler radar observations of tornadoes,”24th Annual Michelson Memorial Lecture, U.
S. Naval Academy, Annapolis, MD. 27 Sept. 2004
“A Brief History of Storm Chasing: 25 Years Before the Mast of the Tornado,” Dept. of
Atmospheric Sciences, Univ. of Washington, Seattle, 26 Feb. 2004”
“Mobile-Doppler radar observations of tornadoes and dust devils,” Lamont-Doherty Earth
Science Colloquium, Lamont-Doherty Earth Observatory of Columbia Univ.,
Palisades, NY, 24 Oct. 2003
“Ground-based mobile Doppler-radar observations of tornadoes and dust devils,” XIII
General Assembly of the International Union of Geodesy and Geophysics (IUGG),
Sapporo, Japan, 1 July 2003
“Supercells,” A Celebration of the Career of Prof. Keith Browning, University of Reading,
Reading, U. K., 13 June 2003
“Role of climate change in severe weather events,” National Disasters Roundtable (Forum 5),
From climate to weather: Impacts on society and economy, National Academy of
Sciences, Washington, D. C., 28 June 2002
“A quarter century of storm chasing: From the dark ages to the enlightnment,” TAMSCAMS
meeting, Texas A&M Univ., 26 Feb. 2002
“Titillating tales of trailing tornadoes,” banquet address, Chi Epsilon Pi, 32nd Annual Spring
Banquet, Penn. State Univ, State College, PA, 4 April 2001
“What we’ve learned from chasing storms: The real story,” HASTI (Hoosier Assoc. of Science
Teachers, Inc.) annual convention, Indianapolis, IN, 8 Feb. 2001
“Tornado dynamics and tornadic storms,” Workshop on tornadoes and hail, Risk Prediction
Initiative, Hamilton, Bermuda, 16 Nov. 2000
“The latest on tornadoes,” Keynote Address (invited), First Southern New England Weather
Conference, Needham, MA, 21 Oct. 2000
“Tornado Alley: Monster Storms of the Great Plains,” Hayes Lecture, Buffalo Museum of
Science, Buffalo, NY, 20 Feb. 2000
“Probing Tornadoes with Mobile Doppler Radars,” Houghton/Dept. Lecture, Dept. of Earth, Atmospheric, and Planetary Sciences, Mass. Institute of Technology, Cambridge, MA, 5
Feb. 1999
“Severe Convective Storms,” Houghton Lecture Series, Dept. of Earth, Atmospheric, and
Planetary Sciences, Mass. Institute of Technology, Cambridge, MA, 10, 12, 22, 24, 26 Feb. 1999, 1 March 1999
“Probing of tornadoes with mobile Doppler radars,” Dept. of Atmospheric Sciences, Institute
of Atmospheric Physics, Univ. of Arizona, Tucson, AZ, 12 March 1999
“Probing tornadoes with mobile Doppler radars,” Dept. of Atmospheric, Oceanic, and Space
Sciences, Univ. of Michigan, Ann Arbor, MI, 8 April 1999
“Tornadoes: Understanding, Modeling, and Forecasting Supercell Storms.” Invited testimony
for Subcommittees on Basic Research and Energy & the Environment, Committee on Science, U. S. House of Representatives, Washington, D. C., 16 June 1999 (broadcast on C-SPAN, delayed)
“What we learn from chasing tornadoes,” Sigma Xi Distinguished Lecturer, Claremont
McKenna College, Marian Miner Cook Athenaeum, Claremont, CA, 28 Oct. 1998
“What storm chasing is really like,” Millersville University Science Lectureship, Millersville
Univ., Millersville, PA, 12 Nov. 1998 (to elementary and middle school students)
“The history of storm chasing: A personal account,” Millersville University Science
Lectureship, Millersville Univ., Millersville, PA, 12 Nov. 1998 (to a general audience)
“Tornadoes: Recent observational studies,” Physics Dept., Univ. of Maryland, 8 Dec. 1998
“Interactions of supercells initiated along lines: Why some convective storms are more equal
than others in a supercell environment,” Dept. of Meteorology, Univ. of Maryland, 10 Dec. 1998
“Interactions of numerically simulated supercells along lines,” Dept. of Geophysics, Peking
University, Beijing, China, 5 Oct. 1998
“Airborne Doppler-radar analysis of supercells,” Dept. of Geophysics, Peking University,
Beijing, China, 5 Oct. 1998
“Why convective storms triggered in a ‘supercell environment’ don’t all become supercells:
Results from a numerical experiment,” Dept. of Atmospheric Sciences, Univ. of Arizona,Tucson, AZ, 27 Feb. 1998
“Airborne Doppler radar data analysis and interpretations,” Global Hydrology and Climate
Center, Atmospheric Science Dept., Univ. of Alabama in Huntsville, Huntsville, AL, 18 March 1998
“The History of Storm Chasing,” local American Meteorological Society chapter, Huntsville,
AL,18 March 1998
“A brief history of storm- and tornado-intercept field programs,”invited talk, Golden Jubilee
Symposium on Tornado Forecasting, Univ. of Oklahoma, Norman, OK, 24 March 1998
Presentation (invited) on severe weather/convection at the NCAR/NOAA Lower-Tropospheric
Water Vapor Workshop, NCAR, Boulder, CO, 30 June 1998
“Why convective storms triggered in a ‘supercell environment’ don’t all become supercells:
Results from a numerical experiment,” Dept. of Atmospheric Science, Colorado State Univ., Ft. Collins, CO, 12 Feb. 1998
“What we know we still don’t know about tornadoes and why: The most recent results from
VORTEX,” 9th Annual Steamboat Weather Summit, Steamboat Springs, CO, 29 Jan. 1998
“On the use of ground-based, mobile Doppler radars to study tornadogenesis,” Rosenstiel
School of Marine and Atmospheric Science, Meteorology and Physical Oceanography seminar, 7 Jan. 1997
“Tornadoes in the mountains: Atmospheric gorillas in the mist,” 24 Jan. 1997, Steamboat
Weather Summit, Steamboat Springs, CO
“Probing of tornadoes and their parent circulations with portable and mobile Doppler radars,”
Dept. of Atmospheric Sciences, Univ. of Arizona, 7 Feb. 1997
“What’s my (dry)line? Results from COPS-91,” Dept. of Earth and Atmospheric Sciences,
State Univ. of New York at Albany, 7 March 1997
“Unlocking the Mysteries of the Tornado: Twenty Years of Storm Chasing for Fun and
Science,” Invited banquet speaker, 22nd Annual Northeastern Storm Conference, Saratoga Springs, NY, 8 March 1997
“How and why meteorologists really intercept tornadoes: The official non-Twister version.”
The Association of American Geographers, 93rd Annual Meeting, Ft. Worth, TX, invited speaker at Climate Specialty Group Plenary, 4 April 1997
“Tornadoes,” invited guest speaker at Third Annual Catastrophe Symposium, Chicago, IL, Aon Re Worldwide, Panel Discussion “New Forecasting Methods in Assessment of Wind
Perils,” 10 April 1997
“The past and future of storm chasing,” AMS Luncheon Banquet invited speaker, 26th Conf.
on Broadcast Meteorology, Snowbird, UT, 19 June 1997
“A history of scientific storm chasing,” invited speaker, Phi Beta Kappa Annual Founders’ The Jerome Namias Lecture, sponsored by The Blue Hill Observatory, Milton Academy, Milton, MA,“The history of stormchasing: A personal account,” 31 Oct. 1997
New York Academy of Sciences, New York, NY, "Tornadoes and severe thunderstorms," 23 Nov. 1993
Annual conference of the Science Teachers Association of Texas, Austin, TX "Studying tornadoes and severe thunderstorms close up," 5 Nov. 1993
American Geophysical Union lecture, National Science Teachers Association 41st National Convention, Kansas City, MO, "The atmosphere: Beauty and the beast," (with R. Ryan), 2 April 1993
American Association for the Advancement of Science annual meeting, Science for the Naked Eye, Boston, MA, "Chasing tornadoes (and catching them!)," 15 Feb. 1993 National Aeronautics and Space Administration/ Goddard Space Flight Center, Greenbelt, MD, "Tornadoes in the Southern Plains: Visual observations and meteorological
measurements," 6 March 1992
International Association of Fire Chiefs Annual Conference and Exposition, Washington, D. C., "Chasing tornadoes on the Great Plains," 30 Aug. 1988.
The 1988 International Disaster Management Conference, Orlando, FL, "Understanding tornadoes," 12 Feb. 1988.
IBM T. J. Watson Research Center, Yorktown Heights, NY, "Observations of severe thunderstorms and tornadoes in the Southern Plains," 28 Oct. 1986
OTHER ACTIVITIES (selected):
Frequent reviewer of manuscripts submitted to Mon. Wea. Rev., J. Atmos. Sci., Bull. Amer. Meteor. Soc., Weather and Forecasting, and Quart. J. Roy. Meteor. Soc.
Frequent reviewer of proposals submitted to the National Science Foundation
Reviewer of proposals sent to the National Geographic Society
Frequent chair of sessions at national and international scientific conferences and workshops
Have been featured or mentioned in national magazines such as Discover, Popular Science, Scientific American, Atlantic Monthly, Insight, Life, Geo, Outside , Le Figaro Magazine, Parade , Chronicle of Higher Education, Weatherwise, and Time
Have been interviewed on National Public Radio shows Morning Edition and All Things Considered (1995)
Appeared on the television program NOVA on tornadoes (1985) (Public Broadcasting System)
Appeared on the television program 20/20 on tornadoes (1986) (American Broadcasting Company)
Appeared on CNN hour special on tornadoes (1998)
Appeared on the television program Nightwatch on tornadoes (1988) (CBS)
Appeared on the television special "Storm Chasers" (1994) Channel 4, U.K.
Appeared on the television special "Weather News of the World" (1994) (NHK-Japanese TV)
Appeared on the television program CBS Morning Show (1995) (CBS)
Appeared on National Geographic Television special "Cyclones" (1995) (NBC and PBS)
Appeared in the IMAX film "Stormchasers," premiered fall 1995 across the U. S. and
abroad
Appeared on the television program “Nature Tech: Tornadoes” on the History Channel
(2003)
Invited juror for Norman Arts and Humanities League and Firehouse Art Center Eighth Biennial Photography Contest, Spring 1989
Weather forecaster for Massachusetts Institute of Technology radio station (1970-71)
Member of Tech Engineering News staff, Massachusetts Institute of Technology (1968- 1970)
PHOTOGRAPHS:
• EXHIBITIONS
Taipei Astronomical Museum, Taipei, The Republic of China,Taiwan (under construction as of Dec. 1996)
Peabody Museum, Yale University (1990)
LaVillette Museum, Paris, France (1985)
Maryland Science Center, Baltimore (1985)
Omniplex Science and Arts Museum, Oklahoma City (1985)
University of Oklahoma Museum of Art, Norman (1981)
Massachusetts Institute of Technology, Bldg. 7 Lobby (1973)
• MAGAZINES
Time (including the cover)
Scientific American
Audubon
Discover
Natural History Magazine
National Geographic World
American Scientist
Popular Science
Geo (Germany, France)
Focus (Italy)
Weatherwise
Bulletin of the American Meteorological Society
The Chronicle of Higher Education
Outside
Le Figaro Magazine
Parade
Weekly Reader
Disney Adventures
Odyssey
• BOOKS AND ENCYCLOPEDIAS (selected)
World Meteorological Organization International Cloud Atlas, Vol. II, Geneva, Switzerland (including the cover)
World Meteorological Organization Marine Cloud Album, Geneva, Switzerland
World Book Encyclopedia
Encyclopedia of Science and Technology, 6th Ed., McGraw-Hill
Encyclopedia of Climate and Weather, Oxford Univ. Press
The USA Today Weather Book
• CALENDARS
Weather Guide (various years)
BACKGROUND AND OUTSIDE INTERESTS:
Raised in Boston, Massachusetts, and Miami Beach, Florida. Enjoy photography (photographs of meteorological phenomena have been printed in over 100 national and international books, magazines, and calendars, and have appeared in exhibitions at the Massachusetts Institute of Technology, the Maryland Science Center, the Peabody Museum at Yale University, and the Fred Jones Museum of Art at the University of Oklahoma), international folk dancing, cross-country skiing, hiking, bicycling, jogging, tennis, shell collecting, and “doo-wop” music. Amateur radio operator since age 12.
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