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Figure 3 – uploaded by Donald W Burgess

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Figure 2. Time/height diagrams of a) reflectivity (top) and b) azimuthal vorticity (bottom). Dots are individual data points. Up pointing arrows along x-axis mark cell changes. T and dark bars along x-axis indicate tornado times.

Figure 2 Time/height diagrams of a) reflectivity (top) and b) azimuthal vorticity (bottom). Dots are individual data points. Up pointing arrows along x-axis mark cell changes. T and dark bars along x-axis indicate tornado times.

Related Figures (5)

Figure 1. KTLX WSR-88D images of Oklahoma City storm at a) 2101, b) 2201, and c) 2216 UTC. Top (bottom) image is composite reflectivity (0.5° reflectivity). Arrows in a) indicate storm of interest, in b) left-moving parts of the storm. White line indicates tornado tracks.
Figure 1. KTLX WSR-88D images of Oklahoma City storm at a) 2101, b) 2201, and c) 2216 UTC. Top (bottom) image is composite reflectivity (0.5° reflectivity). Arrows in a) indicate storm of interest, in b) left-moving parts of the storm. White line indicates tornado tracks.
Figure 3. Graph of reflectivity parameters.
Figure 3. Graph of reflectivity parameters.
Figure 4. Graph of mid-level (4.5 km), low-level (1.0 km) azimuthal vorticity, and tornado F-Scale.
Figure 4. Graph of mid-level (4.5 km), low-level (1.0 km) azimuthal vorticity, and tornado F-Scale.
Figure 5. Graph of 0.5 km radial convergence, 0.5 km azimuthal vorticity, and tornado F-scale.
Figure 5. Graph of 0.5 km radial convergence, 0.5 km azimuthal vorticity, and tornado F-scale.
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