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Greg Shirah
Movie   ID   Roles   Title
Fires seen from space on October 7, 2004   3075 Animator
  Biomass Burning over South America
Jakobshavn glacier flow with 1992 data in red and 2000 data in blue   3072 Animator
  Jakobshavn Glacier, Greenland flow field
As particle-induced electric fields increase, the low-energy electrons of the plasmasphere are convected towards the magnetopause, depleting the region near the Earth and enabling the hotter particles from the radiation belts to move closer to the Earth.   3049 Animator
  Radiation Belts and Plasmapause Fluctuate Under Solar Storm
During the pre-storm time, the inner region of the belts has a relatively low particle flux and for this scaling of the data, a distinct inner belt is not visible as a separate structure.   3048 Animator
  Earth's Radiation Belts Tremble Under Impact of Solar Storm
A view of the plasmasphere above the north geographic pole.   3050 Animator
  Tour of the Plasmasphere and Plasmapause
A portion of the plasmasphere convects out to the magnetopause where it terminates.   3051 Animator
  Plasmapause Convects to the Magnetopause During Halloween Solar Storm
As the belts return to their quiescent state, radiation levels at the satellite decrease.   3052 Animator
  Earth's Radiation Belts with Safe Zone Orbit
In 2004, the maximum ozone hole occurred on September 22, 2004.   3067 Animator
  Aura/OMI Ozone Hole from September 12, 2004 to November 15, 2004 with Polar Vortex Demarcation
In 2004, the maximum ozone hole occurred on September 22, 2004.   3066 Animator
  Aura/OMI Ozone Hole from September 12, 2004 to November 15,2004
Sea ice minimum extent for 1979.   3065 Animator
  Sea Ice Minimum Extent for 1979-2004
A close-up, showing the track of Ivan (in yellow) and the fvGCM model track (in green), up the to point of land fall.   3045 Animator
  fvGCM Climate Model and Hurricane Ivan Track
An image illustrating the global nature of the fvGCM model. The white cloud-like features show the cloud cover and total moisture calculated by the model and help to illustrate wind motion. The modeled hurricane Ivan is visible in the center of the image.   3046 Animator
  fvGCM Climate Model and Hurricane Ivan Global View
Hurricane Ivan spinning through the Gulf of Mexico   3063 Animator
  fvGCM Climate Model of Hurricane Ivan (hourly/closeup view)
3D volumetric visualization of Hurricane Frances   3064 Animator
  fvGCM Climate Model of Hurricane Frances and other storms
Lunar beauty shot   3042 Animator
  Lunar Beauty Shot
Antarctic ozone on 22 September 2004   3038 Animator
  The 2004 Antarctic Ozone Hole
Fly over of Apollo lunar landing sites   3044 Animator
  Apollo Lunar Landing Sites
ICESat clouds south to north spiral   3040 Animator
  ICESat Cloud Walls (south to north spiral camera path)
Sea surface temperature anomaly for 2004 Aug 5   3043 Animator
  Indecisive El Nino Exhibits 'Split Personality'
End of scripted ICESat path   3039 Animator
  ICESat Cloud Walls (scripted camera path)
This animation shows the rain accumulation of Hurricanes Frances and Hurricane Ivan. Hurricane Frances' track is shown in green and Ivan's track is in red.   3014 Animator
  Hurricane Ivan Rain Accumulation September 2-19, 2004 (Close View)
Lunar fly-by and Earth approach   3041 Animator
  Lunar Fly By and Earth Approach
TRMM provides this view of Hurricane Ivan on September 16, 2004, as its eye makes landfall. TRMM lets us see through the clouds. Blue represents areas with at least 0.25 inches of rain per hour.   3011 Animator
  Hurricane Ivan Rainfall Structure seen by TRMM on September 16, 2004
First, Hurricane Frances brought record rainfalls to the Bahamas, Florida, and Georgia. Then, Hurricane Ivan inundated Jamaica, Cuba, Alabama, and Florida.   3013 Animator
  Hurricane Ivan Rain Accumulation September 2-19, 2004 (wide view)
Hurricane Ivan, September 9, 2004, Terra Satellite   3015 Animator
  A Fixed View of Hurricane Ivan
Hurricane Ivan on September 14, 2004   3007 Animator
  Hurricane Ivan Progression as Seen by MODIS September 9-14, 2004
Hurricane Ivan on September 15, 2004. The rain structure is taken by TRMMs Precipitation Radar (PR). Precipitation Radar has a horizontal resolution at the ground of about 2.5 miles (four kilometers) and a swath width of 137 miles (220 kilometers). One of its most important features will be its ability to provide vertical profiles of the rain and snow from the surface up to a height of about 12 miles (20 kilometers). It looks underneath of the storms clouds to reveal the underlying rain structure. Blue represents areas with at least 0.25 inches of rain per hour. High vertical bands on the outside of the storm indicated that Hurricane Ivan was very likely to spawn tornados in Florida and Georgia.   3009 Animator
  TRMM Looks at the Rain Fueling Hurricane Ivan on September 15, 2004
Hurricane Ivan on September 13, 2004. Blue represents areas with at least 0.25 inches of rain per hour.   3008 Animator
  Hurricane Ivan Rainfall Structure on September 13, 2004
This animation shows the daily advance and retreat of snow cover, and sea ice surface temperature over the Northern Hemisphere during the winter of 2002-2003. Snow cover over the tip of South America is also shown during the summer of 2000.   2981 Animator
  Global Daily Snow and Sea Ice Surface Temperature
This image shows the snow cover and sea ice surface temperature over the North Pole on March 23, 2003.   2982 Animator
  Daily Snow and Sea Ice Temperature over the North Pole

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