Krista Laursen, Associate Editor, Journal of Atmospheric and Oceanic Technology (JTECH).

Dave Parsons, Editor, Journal of Atmospheric Science.

Tammy Weckwerth, Associate Editor, Monthly Weather Review.

Steve Cohn

• Member, American Meteor. Soc. (AMS) Committee on Measurements

Charles Frush

• Member, The International Society for Optical Engineering (SPIE)
• Member, American Association for the Advancement of Science (AAAS)
• Member, Institute for Electrical and Electronic Engineering (IEEE)
• Member, Association for Computer Machinery (ACM)

Peter Hildebrand

• Chair, American Meteor. Soc. Radio Frequency Policy Statement Drafting Committee
• Member, U.S. Science Steering Committee, Mesoscale Alpine Project (MAP)
• Member, American Meteor. Soc. Committee on Radar Meteorology

Terry Hock

• Chair, AVAPS Users Group

Jeff Keeler

• Chair, NEXRAD Open RDA Advisory Panel

Steven Oncley

• Member, American Meteor. Soc. Committee on Boundary Layers and Turbulence

David Parsons

• Chair, AMS Review Panel for Mesoscale Processes, Severe Storms Monograph
• Technical Advisor, Working group on Profilers, Office of the Federal Coordinator
• Member, ARM Open Ocean Advisory Group

Jeffrey Keeler

• Member, NEXRAD Open RDA Advisory Panel

Larry Radke

• Chair, NASA FIRE Meeting
• Chair, NCAR/NAP Aerosol Program
• Adjunct Professor, Atmospheric Sciences, University of Washington
• Sr. Research Associate, Graduate Faculty of Aerospace Engineering, Univ. of Colorado.

Ron Ruth

• Member, American Meteor. Soc. (AMS)

Jeff Stith

• Member, American Meteor. Soc. (AMS) Cloud Physics Committee
• Storm penetrating aircraft session chairperson, Boulder, CO, 21-22 October 1999.

Jim Wilson

• Chair, Review Panel for Severe Convective Systems Monograph
• Member, NOAA/NWS NEXRAD Technical Advisory Committee
• Member, USWRP Quantitative Precipitation Forecasting Working Group

Volker Wulfmeyer

• Member, Global Energy & Water Cycle Exper. (GEWEX), WCRP
• Member, AMS, Scientific and Technical Advisory Committee Laser Atmospheric Studies

Peter Hildebrand
IEEE Elected Senior Member, June 1999.

Peter Hildebrand
Best of Conference & Best of Session Awards for presentation "Measurement of Precipitation in Mountainous Terrain Using Airborne Doppler Weather Rader", 4th Int. Airborne Remote Sensing Conf., Ottawa, Ontario, Canada, 21-24 June 1999.

Jothiram Vivekanandan
Ice Detection Using Radiometers UCAR patent award, December 1999.

Issued 12/31/96 – Radar Acquisition System
Inventor(s) Mitchell A. Randall; Eric Loew
Description – (PIRAQ) Single board processor/converter combination of generally existing technologies never previously combined due to hardware limitations.

Issued 9/10/96 – Portable Intelligent Whole Air Sampling System
Inventor(s) Walter F. Dabberdt; Kenneth D. Norris; Steven R. Semmer; Anthony C. Delany
Description – Automated sampler system for field sampling having multiple syringes mounted on a carousel where each syringe can draw an air sample of a predetermined size at a predetermined time and at a predetermined speed. The laboratory apparatus withdraws the sample by reversing the automated process.

Issued 8/20/96 – Integrated Control system for Preparing and Deploying Sounding Devices and Managing Telemetry Therefrom
Inventor – Charles L. Martin
Description – Software control system for pre-launch preparation and scheduling launch. Software also displays raw data received from sonde and manipulates antenna direction.

Issued 1/23/96 – Low Cost Telemetry Receiving System
Inventor – Terrence F. Hock
Description – Directional antenna with shaped beam and one rotating point. (formerly titled "NEXUS Receiver Antenna").

Issued 11/28/95 – Receiver Antenna for Bistatic Doppler Radar Network
Inventor(s) Mitchell A. Randall; Christopher L. Holloway; Joshua M.A.R. Wurman
Description – See Receiver for Bistatic Doppler Radar Network

Issued 11/21/95 – Receiver for Bistatic Doppler Radar Network
Inventor(s) – Charles L. Frush; Joshua M.A.R. Wurman
Description – See Bistatic Multiple-Doppler Radar Network

Issued 4/25/95 – Bistatic Multiple Doppler Radar Network
Inventor(s) – Charles L. Frush; Joshua M.A.R. Wurman
Description – A multiple doppler radar network can be constructed using only one, traditional, transmitting pencil-beam radar and one or more passive, non-transmitting receiving sites. Radiation scattered from the pencil beam of the transmitting radar as it penetrates weather targets can be detected at the receive-only sites as well as the transmitter. In a bistatic system, the location of the targets in Cartesian space can be calculated from the pointing angle of the transmitting antenna and the time between transmission of a radar pulse from the transmitter and detection at a passive receiver site.

Issued 2/16/93 – Self-Guided Recoverable Airborne Instrument Module
Inventor - Dean K. Lauritsen
Description – A reusable radiosonde utilizing the GPS navigation system for tracking of precise location and self-guided landing; the sonde (or other instrument package) is "unpowered" but has wing surfaces and a mechanism for steering ad guidance for precisely landing the sonde(s) at a predetermined location; any airborne "instrument" package can be carried and guided on descent – not limited to radiosonde implementation.