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Cross Section Comparisons 27 Oct 2010, 06 UTC

Cross Section Comparisons 27 Oct 2010, 06 UTC . John D. McMillen. CTRL. MY. WDM6. SBUYLIN. Lake Effect Period Total Precip. Cross Section Locations. 0600 UTC 27 Oct 10. CTRL. MY. A. A. A. A. B. B. B. B. WDM6. SBUYLIN.

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Cross Section Comparisons 27 Oct 2010, 06 UTC

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  1. Cross SectionComparisons27 Oct 2010, 06 UTC John D. McMillen

  2. CTRL MY WDM6 SBUYLIN Lake Effect Period Total Precip

  3. Cross Section Locations

  4. 0600 UTC 27 Oct 10 CTRL MY A A A A B B B B WDM6 SBUYLIN Plots of Total precipitation mixing ratio (black,g kg^-1, Low 0.05, Interval 0.5), Total cloud mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), and Divergence (1x10^-5 s^-1,Low -500, High -50; -100x10^-5 s^-1 is the scale of convective convergence). Values are averaged across the cross section.

  5. 0600 UTC 27 Oct 10 CTRL MY A’ A’ A’ A’ B’ B’ B’ B’ WDM6 SBUYLIN Plots of Total precipitation mixing ratio (black,g kg^-1, Low 0.05, Interval 0.5), Total cloud mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), and Divergence (1x10^-5 s^-1,Low -500, High -50; -100x10^-5 s^-1 is the scale of convective convergence). Values are averaged across the cross section.

  6. 0600 UTC 27 Oct 10 CTRL MY A” A” A” A” B” B” B” B” WDM6 SBUYLIN Plots of Total precipitation mixing ratio (black,g kg^-1, Low 0.05, Interval 0.5), Total cloud mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), and Divergence (1x10^-5 s^-1,Low -500, High -50; -100x10^-5 s^-1 is the scale of convective convergence). Values are averaged across the cross section.

  7. 0600 UTC 27 Oct 10 CTRL MY A A A A B B B B WDM6 SBUYLIN Plots of Circulation vectors (largest vertical motions ~ 2 m s^-1, largest horizontal motions ~ 12 m s^-1), Latent heat release due to condensation and fusion (black thin lines, interval 1 C), and Divergence (red thick lines, -50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  8. 0600 UTC 27 Oct 10 CTRL MY A’ A’ A’ A’ B’ B’ B’ B’ WDM6 SBUYLIN Plots of Circulation vectors (largest vertical motions ~ 2 m s^-1, largest horizontal motions ~ 12 m s^-1), Latent heat release due to condensation and fusion (black thin lines, interval 1 C), and Divergence (red thick lines, -50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  9. 0600 UTC 27 Oct 10 CTRL MY A” A” A” A” B” B” B” B” WDM6 SBUYLIN Plots of Circulation vectors (largest vertical motions ~ 1 m s^-1, largest horizontal motions ~ 12 m s^-1), Latent heat release due to condensation and fusion (black thin lines, interval 1 C), and Divergence (red thick lines, -50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  10. 0600 UTC 27 Oct 10 CTRL MY A A A A B B B B WDM6 SBUYLIN Plots of Simulated radar reflectivity (colored contours), and Divergence (-50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  11. 0600 UTC 27 Oct 10 CTRL MY A’ A’ A’ A’ B’ B’ B’ B’ WDM6 SBUYLIN Plots of Simulated radar reflectivity (colored contours), and Divergence (-50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  12. 0600 UTC 27 Oct 10 CTRL MY A” A” A” A” B” B” B” B” WDM6 SBUYLIN Plots of Simulated radar reflectivity (colored contours), and Divergence (-50x10^-5 s^-1 contoured for reference). Values are averaged across the cross section.

  13. 0600 UTC 27 Oct 10 CTRL MY A A A A B B B B WDM6 SBUYLIN Plots of Snow mixing ratio (blue dashed, g kg^-1, Low 0.01, Interval 0.2), Graupel mixing ratio (purple dashed, g kg^-1, Low 0.01, Interval 0.2), Rain mixing ratio (green dashed, g kg^-1, Low 0.01, Interval 0.2), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

  14. 0600 UTC 27 Oct 10 CTRL MY A’ A’ A’ A’ B’ B’ B’ B’ WDM6 SBUYLIN Plots of Snow mixing ratio (blue dashed, g kg^-1, Low 0.01, Interval 0.2), Graupel mixing ratio (purple dashed, g kg^-1, Low 0.01, Interval 0.2), Rain mixing ratio (green dashed, g kg^-1, Low 0.01, Interval 0.2), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

  15. 0600 UTC 27 Oct 10 CTRL MY A” A” A” A” B” B” B” B” WDM6 SBUYLIN Plots of Snow mixing ratio (blue dashed, g kg^-1, Low 0.01, Interval 0.2), Graupel mixing ratio (purple dashed, g kg^-1, Low 0.01, Interval 0.2), Rain mixing ratio (green dashed, g kg^-1, Low 0.01, Interval 0.2), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

  16. 0600 UTC 27 Oct 10 CTRL MY A A A A B B B B WDM6 SBUYLIN Plots of Cloud liquid water mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), Cloud ice mixing ratio (gray dashed, g kg^-1, Low 0.01, Interval 0.02), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

  17. 0600 UTC 27 Oct 10 CTRL MY A’ A’ A’ A’ B’ B’ B’ B’ WDM6 SBUYLIN Plots of Cloud liquid water mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), Cloud ice mixing ratio (gray dashed, g kg^-1, Low 0.01, Interval 0.02), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

  18. 0600 UTC 27 Oct 10 CTRL MY A” A” A” A” B” B” B” B” WDM6 SBUYLIN Plots of Cloud liquid water mixing ratio (blue, g kg^-1, Low 0.01, Interval 0.5), Cloud ice mixing ratio (gray dashed, g kg^-1, Low 0.01, Interval 0.02), and Divergence (red, -50x10^-5 s^-1 contoured). Values are averaged across the cross section.

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