THUNDERSTORM PREDICTION FOR USE IN AIR TRAFFIC CONTROL (0-6 HOURS TIME RANGE)
This report updates results, described in a previous interim report, of efforts to develop short range (0-6 hr) thunderstorm forecasts for aviation. In the 0-2 hr range, systematic comparisons were made of the capabilities of three techniques of varying complexity in predicting the movement of radar echoes associated with thundery activity. Ten- and 30-minute data sequences of radar data were used produce 10-, 30-, 60-, and 90-minute forecasts. Results show that in general, the complex technique has little advantage over simple techniques which can be implemented locally on the mini-computer. In the 2-6 hr range, a combination of classical and model output statistics (MOS) were used to develop probability forecasts of thunderstorm activity over most of the U. S. east of the Rockies. Forecasts valid for the periods 1700-2100, 2000-2400, and 2300-0300 GMT are now available for the spring and summer seasons and are being transmitted to the field three times daily by teletype.
- See also AD-A025 958.
National Weather ServiceTechniques Development Laboratory
Silver Spring, MD United States
- Alaka, M A
- Charba, J P
- Elvander, R C
- Publication Date: 1977-7
- Pagination: 36 p.
- TRT Terms: Air traffic control; Air traffic controllers; Aviation safety; Civil aviation; Digital computers; Forecasting; Mathematical analysis; Meteorological phenomena; Meteorology; Minicomputers; Model atmosphere; Moisture content; Probability; Radar tracking; Sonar; Thunderstorms; Time duration; Weather forecasting; Weather radar
- Old TRIS Terms: Digital systems; Echo ranging; Meteorological data; Short range time
- Subject Areas: Aviation; Data and Information Technology; Geotechnology; Operations and Traffic Management;
- Accession Number: 00167331
- Record Type: Publication
- Source Agency: National Technical Information Service
- Report/Paper Numbers: FAA-RD-77-40 Final Rpt.
- Contract Numbers: DOT-FA74WAI-488
- Files: NTIS, TRIS
- Created Date: Dec 8 1978 12:00AM