1992Bulletin of the American Meteorological SocietyOpen access

Development of a Real-Time Interactive Storm-Monitoring Program in Phoenix, Arizona

Randall S. Cerveny, Steven M. Calderon, Michael W. Franjevic, Norman C. Hoffmann

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Abstract

The Arizona Thunderstorm Chase (AZTC) program, a cooperative project between the National Weather Service (NWS) in Phoenix and Arizona State University (ASU), uses trained ASU students as mobile observers with real-time communications ability to gather and transmit information concerning thunderstorm conditions within the Phoenix metropolitan area to NWS Phoenix. The AZTC program serves a variety of purposes, including: (a) rapid transmission of real-time observations of severe thunderstorm signatures, resulting in the issuance of more timely severe storm warnings; (b) more immediate assessment of damage patterns common to severe thunderstorms that could also lead to the issuance of severe storm warnings, or confirm the presence of a severe storm in a warned area, thereby aiding the warning verification process; (c) giving university students an innovative field experience in forecasting and measuring movement, intensity, and characteristics of monsoonal thunderstorms in Arizona; (d) collecting on-site research information on the phenomena associated with monsoonal thunderstorms via meteorological measurements and photography in cooperation with national projects; and (e) obtaining thunderstorm activity information and observer products for climatological archives and for interested media groups and the general public.

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The Arizona Thunderstorm Chase (AZTC) program, a cooperative project between the National Weather Service (NWS) in Phoenix and Arizona State University (ASU), uses trained ASU students as mobile observers with real-time communications ability to gather and transmit information concerning thunderstorm conditions within the Phoenix metropolitan area to NWS Phoenix. The AZTC program serves a variety of purposes, including: (a) rapid transmission of real-time observations of severe thunderstorm signatures, resulting in the issuance of more timely severe storm warnings; (b) more immediate assessment of damage patterns common to severe thunderstorms that could also lead to the issuance of severe storm warnings, or confirm the presence of a severe storm in a warned area, thereby aiding the warning verification process; (c) giving university students an innovative field experience in forecasting and measuring movement, intensity, and characteristics of monsoonal thunderstorms in Arizona; (d) collecting on-site research information on the phenomena associated with monsoonal thunderstorms via meteorological measurements and photography in cooperation with national projects; and (e) obtaining thunderstorm activity information and observer products for climatological archives and for interested media groups and the general public.

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Available abstract

The Arizona Thunderstorm Chase (AZTC) program, a cooperative project between the National Weather Service (NWS) in Phoenix and Arizona State University (ASU), uses trained ASU students as mobile observers with real-time communications ability to gather and transmit information concerning thunderstorm conditions within the Phoenix metropolitan area to NWS Phoenix. The AZTC program serves a variety of purposes, including: (a) rapid transmission of real-time observations of severe thunderstorm signatures, resulting in the issuance of more timely severe storm warnings; (b) more immediate assessment of damage patterns common to severe thunderstorms that could also lead to the issuance of severe storm warnings, or confirm the presence of a severe storm in a warned area, thereby aiding the warning verification process; (c) giving university students an innovative field experience in forecasting and measuring movement, intensity, and characteristics of monsoonal thunderstorms in Arizona; (d) collecting on-site research information on the phenomena associated with monsoonal thunderstorms via meteorological measurements and photography in cooperation with national projects; and (e) obtaining thunderstorm activity information and observer products for climatological archives and for interested media groups and the general public.

Key concepts: Thunderstorm, National weather service, Phoenix, Storm, Meteorology, Warning system, Variety (cybernetics), Environmental science

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