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Jeff de La Beaujardiere
Movie   ID   Title
GEOS-5 model run during August 2005   3486   GEOS-5 Model Run Showing Hurricane Katrina
Chesapeake Bay Watershed and sub watershed regions   3477   Chesapeake Bay Watershed Region (short version)
Chesapeake Bay Flyover and Watershed Region animation, without city and river labels   3472   Chesapeake Bay Flyover and Watershed Region
The A-Train observes Tropical Storm Debby   3437   The A-Train Observes Tropical Storm Debby
This is the most recent Sea Surface Temperature (SST) data available for the Gulf of Mexico region and the Atlantic Coast region. This data is used by scientists for studying hurricanes. For more information please <a href='http://svs.gsfc.nasa.gov/vis/a000000/a003300/a003397/index.html'> click here.</a>   3376   Current Tropical Sea Surface Temperatures
The animation shows the wind analysis data from August 23 through 31, 2005 from NASA's Modeling, Analysis and Prediciton Program 2005. This preview image shows Hurricane Katrina's winds just before landfall on August 29, 2005. At this point, the storm has sustained winds near 145 mph.   3360   MAP '05 Models Hurricane Katrina's Winds from August 23, 2005 through August 31, 2005
August 29, 2005 at 06Zulu. Hurricane Katrina was classified as a Category 4 hurricane with sustained winds of 155 mph.   3359   MAP '05 Models Hurricane Katrina's Winds on August 29, 2005
SST anomalies derived from NOAA-14/AVHRR SST data. This data is a 10 day average spanning 2/1/99 to 2/10/99 which was collected during the 1998-1999 La Nina event. An earlier animation of this La Nina event can be seen <a href='http://svs.gsfc.nasa.gov/vis/a000000/a003100/a003135/index.html'>here</a>.   3358   Comparing the 1998-1999 La Nina event to the corresponding 2006 Sea Surface Temperature Anomaly Conditions
Full version with audio and annotations   3354   27 Storms: Arlene to Zeta
This animation shows seasonal landcover changes over Northeastern China (left) and Southeastern Russia (right), viewed from the vantage point of the Sea of Japan. The black line marks the border between China and Russia.   3278   Seasonal Landcover Change over Eastern Asia in 2004
This animation shows seasonal landcover change over the Nile delta in 2004. Three yearly cycles are shown, displayed at a rate of two months per second.   3277   Seasonal Landcover Change over the Nile Delta in 2004
This animation shows how the landcover changes with the seasons as we fly over the Eastern United States, from Florida to Maine.   3271   Seasonal Landcover Change over the Eastern United States
This animation zooms into Northern Italy and shows seasonal landcover over the Alps and surrounding regions.   3270   Seasonal Landcover Change over the Alps
This animation shows landcover changes as we zoom over Western Asia.   3269   Seasonal Landcover Change over Western Asia in 2004
Global atmospheric sea level pressure from the 0.25 degree resolution fvGCM atmospheric model for the period 9/1/2005 through 9/5/2005.   3182   Global Atmospheric Sea Level Pressure during Hurricane Frances (WMS)
This animation shows El Nino and La Nina from 1997 through 1998. Each frame is a ten-day average of wind anomalies--that is, of differences from normal wind velocities. The area shown in the animation is the Pacific ocean from -21 to +21 latitude and +120 to +290 East longitude.   3171   Wind Anomalies during El Nino/La Nina Event of 1997-1998 (WMS)
This image shows sensible heat flux (watts per square meter) predicted by LIS for 2001/06/11. The warm urban areas have higher positive flux (heat flowing towards the atmosphere) and stand out very distinctly against their surroundings.   3157   Urban Signatures: Sensible Heat Flux (WMS)
This image shows latent heat flux (watts per square meter) predicted by LIS for 2001/06/11. The urban areas stand out very distinctly against their surroundings, which have more evaporation and therefore greater latent heat flux.   3156   Urban Signatures: Latent Heat Flux (WMS)
This image shows outgoing thermal radiation (watts per square meter) predicted by LIS for 2001/06/11. The urban areas stand out very distinctly against their less radiative surroundings.   3155   Urban Signatures: Thermal Radiation (WMS)
This image shows evaporation rate (milligrams per square meter per second) predicted by LIS for 2001/06/11. The urban areas stand out very distinctly against their more evaporative surroundings.   3154   Urban Signatures: Evaporation (WMS)
This image shows average surface temperatures predicted by LIS for 2001/06/11. Temperatures range from 9 C to 35 C (48F to 95F), with the hottest areas being red and dark red. Temperatures are generally cooler farther north and at higher elevations. The urban areas stand out very distinctly against their surroundings.   3152   Urban Signatures: Temperature (WMS)
This animation shows accumulated rainfall from 2005-01-06 through 2005-01-11. Each frame covers a three-hour period. Each image pixel is 0.25 degrees on a side; the total area covered is 20x20 degrees in longitude and latitude (80x80 pixels).   3148   Heavy Rainfall Leads to Southern California Mudslides (WMS)
Animation of Hurricane Isabel rainfall accumulation from September 6 through 19, 2003. Frames were taken every 3 hours starting at 00:00UT on 2003-09-06. Each pixel covers 0.25deg of longitude and latitude; the total area shown is 80x40 degrees.   3146   Rainfall Accumulation from Hurricane Isabel (WMS)
This image shows the global lightning flash rate density for the entire observing period. The data pixels are 0.5deg on a side (720x360 pixels globally). This single image is equivalent to the final frame of animation #3143, but at a spatial resolution that is 5 times better.   3144   Global Lightning Flash Rate Density (WMS)
This animation shows an accumulation of daily lightning climatology values for a typical year. That is, the first frame shows the number of flashes per square kilometer that occurred on a typical January 1 during the multi-year data collection period, the second frame shows the total of Jan 1 and Jan 2 flashes, the third frame shows Jan 1 through Jan 3, and so on until the last frame (#365) which shows the total accumulation for a typical year. As the year progresses, more and more of the Earth experiences lightning, and hard-hit areas experience more strikes. The most intense activity is in central Africa. Areas where no lightning was measured are transparent, letting the background image show through. The data pixels are 2.5deg on a side (144x72 pixels globally), and each frame has been magnified to 720x360 pixels for greater clarity.   3143   Global Lightning Accumulation (WMS)
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