Presentation is loading. Please wait.

Presentation is loading. Please wait.

Comparison of NCEP HiResWindow Forecast Reflectivity Imagery with Observed CONUS Reflectivity Imagery for the December 25-26, 2010 Winter Storm Jonathan.

Published byDragoslav Begović Modified over 5 years ago

Similar presentations

Presentation on theme: "Comparison of NCEP HiResWindow Forecast Reflectivity Imagery with Observed CONUS Reflectivity Imagery for the December 25-26, 2010 Winter Storm Jonathan."— Presentation transcript:

1 Comparison of NCEP HiResWindow Forecast Reflectivity Imagery with Observed CONUS Reflectivity Imagery for the December 25-26, 2010 Winter Storm Jonathan Blaes NOAA/NWS Raleigh, NC

2 NCEP HiResWindow forecasts from 00 UTC 12/24

3 NCEP HiResWindow fcst from 00 UTC 12/24
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

4 NCEP HiResWindow fcst from 00 UTC 12/24
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

5 NCEP HiResWindow forecasts from 12 UTC 12/24

6 NCEP HiResWindow fcst from 12 UTC 12/24
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

7 NCEP HiResWindow fcst from 12 UTC 12/24
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

8 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

9 NCEP HiResWindow forecasts from 00 UTC 12/25

10 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

11 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

12 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

13 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

14 NCEP HiResWindow forecast from 12 UTC 12/25

15 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

16 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

17 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

18 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

19 NCEP HiResWindow forecast from 00 UTC 12/26

20 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

21 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

22 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/27

23 NCEP HiResWindow forecasts from 12 UTC 12/26

24 NCEP HiResWindow fcst from 12 UTC 12/26
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

25 NCEP HiResWindow fcst from 12 UTC 12/26
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/27

26

27 NCEP HiResWindow forecasts verifying at 12 UTC 12/25

28 NCEP HiResWindow fcst from 00 UTC 12/24
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

29 NCEP HiResWindow fcst from 12 UTC 12/24
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

30 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 12 UTC 12/25 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/25

31 NCEP HiResWindow forecasts verifying at 00 UTC 12/26

32 NCEP HiResWindow fcst from 00 UTC 12/24
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

33 NCEP HiResWindow fcst from 12 UTC 12/24
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

34 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

35 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 00 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/26

36 NCEP HiResWindow forecasts verifying at 12 UTC 12/26

37 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

38 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

39 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

40 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 12 UTC 12/26 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/26

41 NCEP HiResWindow forecasts verifying at 00 UTC 12/27

42 NCEP HiResWindow fcst from 00 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

43 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

44 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

45 NCEP HiResWindow fcst from 12 UTC 12/26
NCEP HiResWindow NMM (upper left) 12 hr reflectivity fcst valid 00 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 00 UTC 12/27

46 NCEP HiResWindow forecasts verifying at 12 UTC 12/27

47 NCEP HiResWindow fcst from 12 UTC 12/25
NCEP HiResWindow NMM (upper left) 48 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/27

48 NCEP HiResWindow fcst from 00 UTC 12/26
NCEP HiResWindow NMM (upper left) 36 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/27

49 NCEP HiResWindow fcst from 12 UTC 12/26
NCEP HiResWindow NMM (upper left) 24 hr reflectivity fcst valid 12 UTC 12/27 NCEP HiResWindow ARW (upper right) CONUS reflectivity Valid 12 UTC 12/27

Download ppt "Comparison of NCEP HiResWindow Forecast Reflectivity Imagery with Observed CONUS Reflectivity Imagery for the December 25-26, 2010 Winter Storm Jonathan."

Similar presentations

Mei Xu, Jamie Wolff and Michelle Harrold National Center for Atmospheric Research (NCAR) Research Applications Laboratory (RAL) and Developmental Testbed.

Mei Xu, Jamie Wolff and Michelle Harrold National Center for Atmospheric Research (NCAR) Research Applications Laboratory (RAL) and Developmental Testbed.
5 th International Conference of Mesoscale Meteor. And Typhoons, Boulder, CO 31 October 2006 National Scale Probabilistic Storm Forecasting for Aviation.

5 th International Conference of Mesoscale Meteor. And Typhoons, Boulder, CO 31 October 2006 National Scale Probabilistic Storm Forecasting for Aviation.
Storm Prediction Center Highlights NCEP Production Suite Review December 3, 2013 Steven Weiss, Israel Jirak, Chris Melick, Andy Dean, Patrick Marsh, and.

Storm Prediction Center Highlights NCEP Production Suite Review December 3, 2013 Steven Weiss, Israel Jirak, Chris Melick, Andy Dean, Patrick Marsh, and.
A Brief Guide to MDL's SREF Winter Guidance (SWinG) Version 1.0 January 2013.

A Brief Guide to MDL's SREF Winter Guidance (SWinG) Version 1.0 January 2013.
1 NMM, ARW in NCEP Operations Pre-WRF NMM at NCEP May 2000: nonhydrostatic option released in upgrade to NCEP’s workstation EtaNCEP’s workstation Eta May.

1 NMM, ARW in NCEP Operations Pre-WRF NMM at NCEP May 2000: nonhydrostatic option released in upgrade to NCEP’s workstation EtaNCEP’s workstation Eta May.
Aspects of 6 June 2007: A Null “Moderate Risk” of Severe Weather Jonathan Kurtz Department of Geosciences University of Nebraska at Lincoln NOAA/NWS Omaha/Valley,

Aspects of 6 June 2007: A Null “Moderate Risk” of Severe Weather Jonathan Kurtz Department of Geosciences University of Nebraska at Lincoln NOAA/NWS Omaha/Valley,
Rapid Refresh and RTMA. RUC: AKA-Rapid Refresh A major issue is how to assimilate and use the rapidly increasing array of off-time or continuous observations.

Rapid Refresh and RTMA. RUC: AKA-Rapid Refresh A major issue is how to assimilate and use the rapidly increasing array of off-time or continuous observations.
NCEP Model Comparisons over the East and West Coast of the US Lynn McMurdie Garrett Wedam Cliff Mass May 27, 2009 Wedam, McMurdie and Mass, 2009: Comparison.

NCEP Model Comparisons over the East and West Coast of the US Lynn McMurdie Garrett Wedam Cliff Mass May 27, 2009 Wedam, McMurdie and Mass, 2009: Comparison.
An Investigation of Cool Season Extratropical Cyclone Forecast Errors Within Operational Models Brian A. Colle 1 and Michael Charles 1,2 1 School of Marine.

An Investigation of Cool Season Extratropical Cyclone Forecast Errors Within Operational Models Brian A. Colle 1 and Michael Charles 1,2 1 School of Marine.
January 24, 2005 The LAPS “hot start” Initializing mesoscale forecast models with active cloud and precipitation processes Paul Schultz NOAA Forecast Systems.

January 24, 2005 The LAPS “hot start” Initializing mesoscale forecast models with active cloud and precipitation processes Paul Schultz NOAA Forecast Systems.
The Collaborative Effort Between Stony Brook University and the National Weather Service Part 3 – Integration of Mesoscale Models in Operational Weather.

The Collaborative Effort Between Stony Brook University and the National Weather Service Part 3 – Integration of Mesoscale Models in Operational Weather.
Qualitative Verification of the Operational GFS and Ensemble Mean for 1200 UTC 13 March 2003 Mike Richards Metr 503.

Qualitative Verification of the Operational GFS and Ensemble Mean for 1200 UTC 13 March 2003 Mike Richards Metr 503.
HPC Forecast issued 7 UTC 24 Dec SREF Forecast from 3 UTC 24 Dec Prob > 2” Prob > 8”Prob > 12” 48-72 h Forecast valid 12 UTC 26 Dec – 12 UTC 27 Dec DC:

HPC Forecast issued 7 UTC 24 Dec SREF Forecast from 3 UTC 24 Dec Prob > 2” Prob > 8”Prob > 12” h Forecast valid 12 UTC 26 Dec – 12 UTC 27 Dec DC:
GFS (left), ECMWF (right) 500 mb Height, Winds, and Temp 00 hr forecast valid 12z 24 Dec 2010.

GFS (left), ECMWF (right) 500 mb Height, Winds, and Temp 00 hr forecast valid 12z 24 Dec 2010.
SNOWIN’ TO BEAT THE BAND Using Satellite and Local Analysis and Prediction System Output to Diagnose the Rapid Development of a Mesoscale Snow Band Eleanor.

SNOWIN’ TO BEAT THE BAND Using Satellite and Local Analysis and Prediction System Output to Diagnose the Rapid Development of a Mesoscale Snow Band Eleanor.
GFS (green), ECMWF (blue) 500 mb height 00 hr forecasts 12z 24 Dec. 2010.

GFS (green), ECMWF (blue) 500 mb height 00 hr forecasts 12z 24 Dec
Univ of AZ WRF Model Verification. Method NCEP Stage IV data used for precipitation verification – Stage IV is composite of rain fall observations and.

Univ of AZ WRF Model Verification. Method NCEP Stage IV data used for precipitation verification – Stage IV is composite of rain fall observations and.
00 UTC 18 Dec Runs 204 h forecast of 540 DM height valid 12 UTC 26 Dec.

00 UTC 18 Dec Runs 204 h forecast of 540 DM height valid 12 UTC 26 Dec.
Robert LaPlante NOAA/NWS Cleveland, OH David Schwab Jia Wang NOAA/GLERL Ann Arbor, MI 22 March 2011.

Robert LaPlante NOAA/NWS Cleveland, OH David Schwab Jia Wang NOAA/GLERL Ann Arbor, MI 22 March 2011.
1 04/03/02 01:30 utc IR. 2 04/03/02 02:00 utc IR.

1 04/03/02 01:30 utc IR. 2 04/03/02 02:00 utc IR.

Similar presentations

Ads by Google