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APPLICATIONS OF METEOSAT SECOND GENERATION (MSG)

APPLICATIONS OF METEOSAT SECOND GENERATION (MSG). DAY-TIME CONVECTION EUROPEAN EXAMPLES Author: Jochen Kerkmann (EUMETSAT) (kerkmann@eumetsat.de) Contributors: D. Rosenfeld (HUJ), M. Setvak (CHMI). Note:

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APPLICATIONS OF METEOSAT SECOND GENERATION (MSG)

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  1. APPLICATIONS OF METEOSAT SECOND GENERATION (MSG) DAY-TIME CONVECTION EUROPEAN EXAMPLES Author: Jochen Kerkmann (EUMETSAT) (kerkmann@eumetsat.de) Contributors: D. Rosenfeld (HUJ), M. Setvak (CHMI)

  2. Note: in this Powerpoint presentation (in most cases) the SEVIRI images are not inverted, i.e. displayed as solar channels. If a channel is inverted, this is denoted by the small letter "i".

  3. Severe Convection Italy 20 May 2003

  4. Severe Convection 1.6 mm 0.8 mm 0.6 mm Met-8 2003 05 20 13:30 UTC

  5. 0.8 mm 3.9r mm 10.8 mm Met-8 2003 05 20 12:30 UTC, Animation 1/5

  6. 0.8 mm 3.9r mm 10.8 mm Met-8 2003 05 20 12:45 UTC, Animation 2/5

  7. 0.8 mm 3.9r mm 10.8 mm Met-8 2003 05 20 13:00 UTC, Animation 3/5

  8. 0.8 mm 3.9r mm 10.8 mm Met-8 2003 05 20 13:15 UTC, Animation 4/5

  9. 0.8 mm 3.9r mm 10.8 mm Met-8 2003 05 20 13:30 UTC, Animation 5/5

  10. IR3.9 shows much more cloud top structures than IR10.8 (very sensitive to particle size) 3 1 3 1 1 1 1 1 3 3 1 1 3 3 2 2 1= ice clouds with very small particles 2= ice clouds with small particles 3= ice clouds with large ice particles IR3.9: Cloud Particle Size Channel 04 (IR3.9) Channel 09 (IR10.8) MSG-1, 20 May 2003, 13:30 UTC

  11. Click on the icon tosee the animation(12:00-14:30 UTC,AVI, 509 KB) ! MSG-1 20 May 2003 12:00 UTC Channel 04 (IR3.9)

  12. RGB 05-06,04-09,03-01Severe Convection RGB 02,04r,09 RGB 05-06,04-09,03-01 (for comparison) better identification of young, severe storms MSG-1, 20 May 2003, 13:30 UTC

  13. Severe Convection Germany 5 June 2003

  14. Severe Convection MSG-1 5 June 2003 14:45 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  15. Click on the icon tosee the animation(12:00-14:45 UTC,AVI, 4019 KB) ! MSG-1 5 June 2003 12:00 UTC Channel 03 (NIR1.6)

  16. Click on the icon tosee the animation(12:00-14:45 UTC,AVI, 14636 KB) ! MSG-1 5 June 2003 12:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  17. New Convective Development Top T. -65°C 10:45 UTC 11:00 UTC 11:15 UTC 11:30 5 June 2003, RGB VIS0.6-NIR1.6-IR10.8

  18. Click on the icon to see the animation (10:00-14:45 UTC, AVI, 8098 KB) ! New Convective Development Top T. -65°C MSG-1, 5 June 2003, 11:15 UTC RGB WV6.2 - WV7.3, IR3.9 - IR10.8, NIR1.6 - VIS0.8

  19. New Convective Development Top T. -63°C 14:15 UTC 14:30 UTC 14:45 5 June 2003, RGB VIS0.6-NIR1.6-IR10.8

  20. Severe ConvectionThe Netherlands and Germany 8 June 2003

  21. Severe Convection MSG-1 8 June 2003 11:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  22. MSG-1 8 June 2003 11:00 UTC Channel 12 (HRVIS)

  23. MSG-1 8 June 2003 11:00 UTC Channel 09i (IR10.8)

  24. MSG-1 8 June 2003 11:00 UTC Channel 04i (IR3.9)

  25. MSG-1 8 June 2003 11:00 UTC Channel 03 (NIR1.6)

  26. MSG-1 8 June 2003 11:00 UTC Channel 06i (WV7.3)

  27. MSG-1 8 June 2003 11:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  28. MSG-1 8 June 2003 11:00 UTC RGB Composite R = VIS0.6 G = IR3.9 B = IR10.8

  29. Click on the icon tosee the animation(09:00-11:00 UTC,AVI, 10978 KB) ! MSG-1 8 June 2003 09:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  30. Early Stage Top T. -4°C First Conv. Top T. -23°C First Icing Top T. - 50°C Large Icing Top T. -67°C 09:00 UTC 09:30 UTC 09:45 UTC 10:00 8 June 2003, RGB VIS0.6-NIR1.6-IR10.8

  31. New Conv. Development 10:45 UTC 11:00 UTC 12:00 UTC 13:00 8 June 2003, RGB VIS0.6-NIR1.6-IR10.8

  32. Very Early Stage Top T. +12°C Early Stage Top T. -5°C First Icing Top T. -51°C Large Icing Top T. -61°C 09:00 UTC 09:30 UTC 10:00 UTC 10:45 8 June 2003, RGB VIS0.6-NIR1.6-IR10.8

  33. Severe Convection Germany 13 June 2003

  34. Severe Convection MSG-1 13 June 2003 12:00 UTC RGB Composite R = NIR1.6 G = VIS0.8 B = VIS0.6

  35. Severe Convection MSG-1 13 June 2003 12:00 UTC Channel 12 (HRVIS)

  36. MSG-1 13 June 2003 12:00 UTC Channel 09i (IR10.8)

  37. MSG-1 13 June 2003 12:00 UTC Channel 04i (IR3.9)

  38. MSG-1 13 June 2003 12:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  39. MSG-1 13 June 2003 12:00 UTC RGB Composite R = VIS0.6 G = NIR1.6 B = IR10.8

  40. MSG-1 13 June 2003 12:00 UTC RGB Composite R = VIS0.6 G = IR3.9 B = IR10.8

  41. RGB 05-06,04-09,03-01Severe Convection RGB 02,04r,09 RGB 05-06,04-09,03-01 (for comparison) better identification of young, severe storms MSG-1, 13 June 2003, 12:00 UTC

  42. Severe Convection Northern Italy 14 August 2003

  43. Severe Convection MSG-1, 14 August 2003, 13:45 UTC, RGB Composite NIR1.6-VIS0.8-VIS0.6

  44. NOAA AVHRR, 14 August 2003, 15:07 UTC, RGB Composite

  45. Convective outflow boundary MSG-1, 14 August 2003, 13:45 UTC, Channel 03 (NIR1.6)

  46. Click on theicon to see the animation(12:00-14:15 UTC, AVI, 14065 KB) ! MSG-1, 14 August 2003, 12:00 UTC, RGB Composite VIS0.6-NIR1.6-IR10.8

  47. Severe Convection Mediterranean 15 October 2003

  48. Click on theicon to see the animation(00:00-24:00 UTC, AVI,7873 KB) ! MSG-1 15 Oct 2003 08:00 UTC Channel 09 (IR10.8) Enhanced-V Storm

  49. Enhanced-V Storm Flanking Line MSG-1 15 Oct 2003 08:00 UTC Channel 09 (IR10.8)

  50. Enhanced-V Storm Flanking Line MSG-1 15 Oct 2003 08:00 UTC Channel 12 (HRV)

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