Mesoscale Analysis of Hurricane Sandy Landfall Winds

by James Schiavone | 2017-03-07 09:59 | ID: 163591 | 102,706,035 bytes |

Supplementary visualizations for manuscript entitled “Mesoscale characterization of observed and simulated winds during Hurricane Sandy’s landfall on New Jersey” by James A. Schiavone, David A. Robinson, Peter Johnsen, Mathieu Gerbush and Alan Norton.

Tabs

Key/Value Pairs

Key	Value
There are no key values yet in this collection.

Files

Title	Filename	Modified date
There are no files yet in this collection.

Images

Title	Filename	Modified date
Figure S-8a Time of maximum surface (10 meter elevation) wind speed at stations from simulation, with times before nominal landfall time of 0000 UTC 30 October 2012 shown in blue and times after landfall shown in red.	TimeW Land Domain.png	2017-03-07 10:11
Figure S-8b Maximum surface (10 meter elevation) wind speed at stations from simulation, with color shading indicating wind speed. Barbs indicate simulated speed and direction of maximum wind speed at observation stations, with each full barb representing 10 m s-1 and a half barb indicating 5 m s-1.	SmaxW Land Domain.png	2017-03-07 10:12
Figure S-8c Average surface (10 meter elevation) wind speed fields of simulation, with color shading indicating wind speed. Average is for 4 hour period symmetrically bracketing nominal landfall time of 0000 UTC 30 October 2012.	4h Mean WRF Wind Land.png	2017-03-07 10:12

Sequences

Title	Modified date
There are no files sequences in this collection.

Tickers

Ticker	Timestamp
There are no tickers in this collection.

Videos

Title	Modified date
Figure S-2 Fort Dix, NJ (DIX) WSR88-D observed radar reflectivity at 305 meters elevation for 24 hours beginning at 1200 UTC 29 October 2012.	2017-06-22 10:13
Figure S-3 Cool air encirclement of Hurricane Sandy core illustrated by simulated 294 K potential temperature 3-D iso-surface below 4 km elevation for 36 hours beginning at 0000 UTC 29 October 2012. Elevation of iso-surface is denoted by colors.	2017-06-22 10:13
Figure S-4 Top view of simulated surface temperature at 2 meter elevation (colors and contours) and vertical cross sections of potential temperature (colors). Animation range is 1800 UTC 28 October 2012 to 1200 UTC 30 October 2012 with 30 minute frame intervals.	2017-06-22 10:14
Figure S-5 Animation of Fig. 7: Simulated 34 m s-1 wind speed 3-D iso-surface below 7 km elevation from 1500 UTC 29 October 2012 to 1200 UTC 30 October 2012 at 3 hour intervals. Elevation of iso-surface is denoted by colors.	2017-07-21 09:50
Figure S-6 Top view of simulated surface wind speed at 10 meter elevation (colors), surface temperature at 2 meter elevation (contours) and horizontal streamlines at 10 meter elevation and vertical cross sections of wind speed (colors).	2017-06-22 10:14
Figure S-7 Animation of Fig. 8a: Top view of simulated surface wind speed at 10 meter elevation (colors), surface temperature at 2 meter elevation (contours), and vertical cross sections of wind speed (colors).	2017-07-19 11:13
Figure S-8 South view of simulated potential temperature (colors) and vertical velocity (contours) at 300 meter elevation for warm wind speed dart. Violet is coolest and red is warmest potential temperature. Black is downward and white is upward vertical velocity.	2017-06-22 10:15
Figure S-9 Animation of Fig. 12a: Fort Dix, NJ (DIX) WSR88-D observed radar radial base velocity at 0.5 degrees elevation angle for 24 hours beginning at 1200 UTC 29 October 2012. Green is velocity toward radar station and red is away from it.	2017-07-19 11:15
Figure S-10a Simulated radar reflectivity for 9 hours beginning at 1800 UTC 29 October 2012, with domain and colors approximately corresponding to those shown in observed radar reflectivity visualization (Fig. S-2).	2017-07-19 11:15
Figure S-10b South view of vertical wind component at several elevations with surface wind speed at 10 meter elevation (semitransparent colors) at 2100 UTC 29 October 2012. Animation elevations for wind speed are 200, 300, 400, 500, 600, 700, 1500, 2500 and 3500 meters.	2017-03-07 10:15

Pages

Report issue Subscribe to users mail list