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The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart,...

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The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric and Environmental Sciences University at Albany, State University of New York, Albany, NY 12222 39 th Annual Northeastern Storm Conference Rutland, VT Saturday 8 March 2014
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Page 1: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

The Uber Jet and the Widespread Disruptive Ice Storm

of 21–23 December 2013

Lance F. Bosart, Alicia M. Bentley, and Philippe P. PapinDepartment of Atmospheric and Environmental Sciences

University at Albany, State University of New York, Albany, NY 12222

  39th Annual Northeastern Storm Conference

Rutland, VTSaturday 8 March 2014

Page 2: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

200-hPa maximum wind speed (m s−1)0.5° Climate Forecast System Reanalysis: 1979–2013

Source: Dr. Ryan Maue

Page 3: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

250-hPa wind speed (shaded, m s−1; barbs, kts), geopotential height (black contours, dam), and temperature (red dashed contours, °C)

1200 UTC 22 December 2013

Page 4: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

1200 UTC 22 December 2013La Grande, QC Goose Bay, NL

Page 5: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Additional Soundings

Page 6: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

0000 UTC 22 December 2013Detroit, MI Wilmington,

OH

Page 7: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

0000 UTC 22 December 2013Pittsburgh, PA

Buffalo, NY

Page 8: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

1200 UTC 22 December 2013Albany, NY

Upton, NY

Page 9: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

0000 UTC 23 December 2013Gray, ME

Chatham, MA

Page 10: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Maplist Images

Page 11: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Source: Dr. Jason Cordeira

250-hPa Wind Speed (m s−1)20 30 40 50 60 70 80 90 100 110

Occ

urr

ence

s (1

979–

2012

)4000

3500

3000

2500

2000

1500

1000

500

0

Histogram of 250-hPa maximum wind speedNCEP–NCAR Reanalysis: 1979–2012

Domain: 40°–60°N and 90°–60°W

Page 12: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Source: Dr. Mel Shapiro

−60 −48 −36 −24 −12 0 12 24 36 48

Page 13: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Source: Dr. Mel Shapiro

600

480

360

240

120

0

−120

−240

−360

−480

Page 14: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Backward Trajectories

Page 15: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

KLAN – Lansing, MI CYYZ – Toronto, ON

Source: NOAA HYSPLIT MODEL

240 h backward trajectories ending at:0000 UTC 22 December 2013

240 h backward trajectories ending at:0600 UTC 22 December 2013

Page 16: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

KART – Watertown, NY KBTV – Burlington, VT

Source: NOAA HYSPLIT MODEL

240 h backward trajectories ending at:0600 UTC 22 December 2013

240 h backward trajectories ending at:1200 UTC 22 December 2013

Page 17: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

KMLT – Millinocket, ME CZDB – Debert, NS

Source: NOAA HYSPLIT MODEL

240 h backward trajectories ending at:1200 UTC 22 December 2013

240 h backward trajectories ending at:1800 UTC 22 December 2013

Page 18: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

Backward/Forward Trajectories

Page 19: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

KCLE – Cleveland, OH KCLE – Cleveland, OH

Source: NOAA HYSPLIT MODEL

120 h backward trajectories ending at:0000 UTC 22 December 2013

72 h forward trajectories starting at:0000 UTC 22 December 2013

Page 20: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

CYYZ – Toronto, ON CYYZ – Toronto, ON

Source: NOAA HYSPLIT MODEL

120 h backward trajectories ending at:0000 UTC 22 December 2013

72 h forward trajectories starting at:0000 UTC 22 December 2013

Page 21: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

CYUL – Montreal, QC CYUL – Montreal, QC

Source: NOAA HYSPLIT MODEL

120 h backward trajectories ending at:0000 UTC 22 December 2013

72 h forward trajectories starting at:0000 UTC 22 December 2013

Page 22: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

CYSC – Sherbrooke, QC CYSC – Sherbrooke, QC

Source: NOAA HYSPLIT MODEL

120 h backward trajectories ending at:1200 UTC 22 December 2013

72 h forward trajectories starting at:1200 UTC 22 December 2013

Page 23: The Uber Jet and the Widespread Disruptive Ice Storm of 21–23 December 2013 Lance F. Bosart, Alicia M. Bentley, and Philippe P. Papin Department of Atmospheric.

THE END


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