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Animation Identification Numbers 1300 through 1399
Movie ID Title
Hurricane Gilbert approaching Jamaica on September 12 and 13, 1988, as seen by GOES 6 and GOES 7.   1300   Hurricane Gilbert from GOES: September 12-13, 1988
An animation of the Pacific ocean draining as the Earth rotates   1301   HoloGlobe: Draining the Pacific Ocean
An animation of the global oceans draining on a flat Earth   1302   HoloGlobe: Draining the Global Oceans
An animation of the Atlantic ocean filling as the Earth rotates   1303   HoloGlobe: Filling the Atlantic Ocean
An animation of the global oceans filling on a flat Earth   1304   HoloGlobe: Filling the Global Oceans
A shaded relief map of the topography and bathymetry of the Earth on a rotating globe   1305   HoloGlobe: Topography and Bathymetry on a Globe
Vegetation index for 1991 on a rotating globe, as measured by AVHRR   1306   HoloGlobe: Vegetation Index for 1991 on a Globe
Vegetation index for 1991 on a rotating globe, as measured by AVHRR   1307   HoloGlobe: Vegetation Index for 1991 on a Globe (with Dates)
Global vegetation index for 1991, as measured by AVHRR   1308   HoloGlobe: Vegetation Index for 1991 on a Flat Earth
Global vegetation index for 1991, as measured by AVHRR   1309   HoloGlobe: Vegetation Index for 1991 on a Flat Earth (with Dates)
An animation of Bolivian deforestation from 1984 to 1998 from Landsat imagery   1310   Bolivian Deforestation 1984-1998: Fast Dissolve without Dates
An animation of Bolivian deforestation from 1984 to 1998 from Landsat imagery   1311   Bolivian Deforestation 1984-1998: Fast Dissolve with Dates
An animation of Bolivian deforestation from 1984 to 1998 from Landsat imagery   1312   Bolivian Deforestation 1984-1998: Slow Dissolve without Dates
An animation of Bolivian deforestation from 1984 to 1998 from Landsat imagery   1313   Bolivian Deforestation 1984-1998: Slow Dissolve with Dates
Hyperion sensor hyperspectral image of new Spring vegetation (red colored areas) in a mountainous region of Argentina.   1314   EO-1 Hyperion Flyover
Flyover of EO1-ALI image of Alaska   1315   Advanced Land Imager (ALI) True Color Image of Alaska
This animation shows a zoom down to an area of Alaska, using images of the same area taken by the EO1-ALI instrument and Landsat 7. Landsat is on the left, EO1-ALI is on the right.   1316   EO1/ALI compared to Landsat 7
A rotating globe indicating countries involved in the GLOBE Program as of April 1997. Countries in GLOBE are shown with vegetation while others are featureless.   1317   HoloGlobe: Countries in the GLOBE Program as of April 1997
Cloud dynamics and motion over the eastern hemisphere of the Earth as measured by geosynchronous weather satellites.   1318   HoloGlobe: Cloud Dynamics over the Eastern Hemisphere
A rotating Earth, using a composite image derived from the flyby of Galileo in December, 1990   1319   HoloGlobe: Galileo Earth
A rotating globe showing the visible light sources on the Earths surface as measured by the DMSP satellites during the 1980s. White dots represent city lights, red dots represent forest fires, and yellow dots represent oil well fires.   1320   HoloGlobe: Earth at Night
Farallon started off normally enough. It plunged beneath the North American Plate at a forty-five degree angle. This process sprouted volcanoes to form the Sierra Nevada in what is now California. Next, mantle motions pulled North America westward over Farallon, and the plate scraped along the bottom of the continent - for fifteen hundred kilometers. As North America continued its westward trek, Farallon settled to the bottom of the mantle. Crust that had accumulated above the sinking plate then bobbed up like a cork to form the Rocky Mountains.   1322   The Farallon Plate
Pan across the mall in Washington, DC using 1 meter resolution IKONOS data, followed by a zoom out to space using 30 meter resolution data from Landsat 7 and 250 meter and 8 kilometer resolution Terra MODIS data. A final rotation of the Earth shows data of stable light sources from DMSP data.   1324   DC Pan and Zoomout Animation
Zoom in to fires in Montana in August 2000, showing first SeaWiFS imagery then Landsat thermal data   1325   Zoom to Montana Fires Showing SeaWiFS Data and the Landsat-7 Thermal Channel
TOPEX-Poseidon Tide Height Model Full Earth with color bar   1332   TOPEX/Poseidon Flat Earth Tide Height Model
TOPEX-Poseidon Tide Height Model Western Hemisphere   1333   TOPEX/Poseidon Western Hemisphere: Tide Height Model
TOPEX-Poseidon Tide Height Model Eastern Hemisphere   1334   TOPEX/Poseidon Eastern Hemisphere Tide Height Model
Flyover of Mars MOLA topography with false color texure   1335   Mars Flyover Based on MOLA Data for the Carl Sagan Lecture
A flyby of the area around Seattle, Washington, using Landsat imagery draped over elevation data   1336   Seattle
A flyby of the region around Portland, Oregon, using Landsat imagery draped over elevation data   1337   Portland
Zooming in to the Iturralde structure, a suspected impact crater in northern Bolivia, from Landsat imagery taken in 1988. Major features are labeled.   1338   Iturralde Structure
Zooming in to the Iturralde structure, a suspected impact crater in northern Bolivia, from Landsat imagery taken in 1988.   1339   Iturralde Structure Without Labels
A photograph of the Iturralde structure in northern Bolivia, taken from a Cessna. Major features are labeled.   1340   Photograph of Iturralde Structure from a Cessna
A photograph of the Iturralde structure in northern Bolivia, taken from a Cessna.   1341   Photograph of Iturralde Structure from a Cessna (No Labels)
BU graduate student Conghe Song taking a GPS reading in front of a recent clear-cut.   1342   BU Graduate Student Conghe Song Taking a GPS Reading in Front of a Recent Clear-cut
Cleared hillside in foreground with fringe of conifers in background. More distant clearcuts also visible.   1343   Cleared Hillside in Foreground with Fringe of Conifers in Background.
Non-commercial trees left as they were after being cut and then fired.   1344   Cut First, Then Fired: Non-commercial Trees Left as They Were
Broad view of clear-cut patches. Somewhat hazy as is the norm.   1345   Broad View of Clear-cut Patches
Nice sharp clear-cuts in mid-distance.   1346   Nice Sharp Clear-cuts in Mid-distance
Young conifers in a regrowth region.   1347   Young Conifers in a Regrowth Region
A flyby of the Grand Canyon, from Landsat imagery draped over elevation data. Both the lighting and the vertical elevation scale are accurate in this animation.   1348   Grand Canyon (542)
A flyby of the Seattle region, using Landsat imagery draped over elevation data. Lighting is accurate and the vertical scale is exaggerated by a factor of 2.   1349   Seattle
Portland, OR (Natural Color) (May 6, 1992)   1350   Portland: Correct Lighting, x2 Vertical Exaggeration
Grand Canyon in Northern Arizona near Point Sublime, natural color (TM321) with elevation data (no vertical exaggeration)   1351   Grand Canyon, Natural Color
An animation of Landsat spectral bands, followed by a zoom to the Sacramento River.   1352   San Francisco Onion Layers (321) and Zoom to Sacramento River
An animation of Landsat spectral bands, followed by a zoom to San Jose, California.   1353   San Francisco Onion Layers (321) and Zoom to San Jose
An animation of Landsat spectral bands, followed by a zoom to San Jose, California.   1354   San Francisco Onion Layers (432) and Zoom to San Jose
A flyby of the Seattle region ending at Mt. Rainier, using Landsat imagery draped over elevation data.   1355   Seattle (432) x2 Vertical Exaggeration, Mt. Rainier
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1356   Pearl River, Region 1 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1357   Pearl River, Region 2 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1358   Pearl River, Region 3 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1359   Pearl River, Region 4 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1360   Pearl River, Region 1 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1361   Pearl River, Region 2 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1362   Pearl River, Region 3 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1363   Pearl River, Region 4 (542)
An animation of sea surface temperature anomaly in the Pacific Ocean from January 1997 through October 1998 as measured by NOAA AVHRR   1364   El Niño Sea Surface Temperature Anomaly: January 1997 through October 1998
An animation of sea surface height anomaly in the Pacific Ocean from January 1997 to October 1998 as measured by TOPEX-Poseidon   1365   El Niño Sea Surface Height Anomaly: January 1997 through October 1998
An animation of sea surface temperature, height, and wind anomalies in the Pacific for January 1997 through October 1998. (Wind anomalies stop at September 1998.)   1366   El Niño Sea Surface Temperature, Height, and Wind Anomalies: January 1997 through October 1998
An animation of sea surface temperature and height anomalies in the Pacific for January 1997 through October 1998 from NOAA AVHRR and TOPEX Poseidon   1367   El Niño Sea Surface Temperature and Height Anomaly 3D Isometric View: Jan. 1997 through Oct. 1998
An animation of sea surface temperature and height anomalies in the Pacific for January 1997 through October 1998 from NOAA AVHRR and TOPEX Poseidon   1368   El Niño Sea Surface Temperature and Height Anomaly 3D Side View: January 1997 through October 1998
A comparison of the Pacific sea surface temperature anomaly during the El Niño of 1982-1983 with that of 1997-1998, as measured by NOAA AVHRR   1369   El Niño Sea Surface Temperature Anomaly Comparison: 1982/1983 to 1997/1998
An animation of sea surface temperature anomaly, sea surface height anomaly, and sea temperature anomaly at depth in the Pacific Ocean from July 1997 through October 1998 as measured by NOAA AVHRR, TOPEX Poseidon, and the TAO TRITON Array   1370   El Niño Zoom to Cross-section of Temperature and Height Anomalies: July 1997 through October 1998
A real-time animation of the Earths rotation from Galileo imagery. The timer indicates hours and minutes of elapsed time. No motion is apparent.   1371   Earth Rotation from Galileo Imagery: 1 x Real-Time
An animation of the Earths rotation from Galileo imagery at 10 times real-time. The timer indicates hours and minutes of elapsed time. Very little motion is apparent.   1372   Earth Rotation from Galileo Imagery: 10 x Real-Time
An animation of the Earths rotation from Galileo imagery at 100 times real-time. The timer indicates hours and minutes of elapsed time. Motion is perceptible.   1373   Earth Rotation from Galileo Imagery: 100 x Real-Time
An animation of the Earths rotation from Galileo imagery at 600 times real-time. The timer indicates hours and minutes of elapsed time. The Earths rotation is apparent, but cloud motion is not perceptible.   1374   Earth Rotation from Galileo Imagery: 600 x Real-Time
An animation of the Earths rotation from Galileo imagery at 3600 times real-time. The timer indicates hours and minutes of elapsed time. The Earths rotation is obvious, and cloud motion is perceptible.   1375   Earth Rotation from Galileo Imagery: 3600 x Real-Time
An animation of the Earth with no rotation from Galileo imagery at 3600 times real-time. The timer indicates hours and minutes of elapsed time. Cloud motion is clearly perceptible.   1376   Earth Rotation from Galileo Imagery: 3600 x Real-Time (no rotation)
An animation of the amount the Earth rotates in 3 minutes from Galileo imagery. The timer indicates hours and minutes of elapsed time.   1377   Earth Rotation from Galileo Imagery: 3-Minute Interval
Energetic particle flux over the arctic as measured by PEM on 11-9-91   1378   Energetic Particle Flux over the Arctic from PEM (11/9/91)
Total Ozone over Antarctica from the mid-1950s to the mid-1980s   1379   Graph Showing Antarctic Ozone Decreasing by 60% from the 1950s to the 1980s
Evolution of the density during the first 20 milliseconds in the life of a neutron star formed from a Type II supernova   1381   Instabilities in Very Young Neutron Stars: Density
Evolution of the temperature during the first 20 milliseconds in the life of a neutron star formed from a Type II supernova   1382   Instabilities in Very Young Neutron Stars: Temperature
Evolution of the electron fraction during the first 20 milliseconds in the life of a neutron star formed from a Type II supernova   1383   Instabilities in Very Young Neutron Stars: Electron Fraction
Changes in Glacier Bays Johns Hopkins Glacier from 1973 to 1986   1384   Changes in Glacier Bay: Johns Hopkins Glacier
Energetic electron fluxes (&gt; 1 MeV) over the South Pole from the HILT solid state detector array during the period 7-6-1992 through 7-9-1993   1385   SAMPEX - A Synoptic View of Earth's Electron Radiation Belts: South Pole Energetic Fluxes from HILT
Energetic electron fluxes (&gt; 0.4 MeV) over the North Pole from the PET P1 solid state detector during the period 7-6-1992 through 7-29-1993   1386   SAMPEX - A Synoptic View of Earth's Electron Radiation Belts: North Pole Energetic Fluxes from PET
Energetic electron fluxes (&gt; 0.4 MeV) over the South Pole from the PET P1 solid state detector during the period 7-6-1992 through 9-8-1993   1387   SAMPEX - A Synoptic View of Earth's Electron Radiation Belts: South Pole Energetic Fluxes from PET
Motion of the R Aquarii jet from 1991 to 1993, where the maximum entropy method with convolutional constraint was used to deconvolve the Hubble images   1388   Motion in the R-Aquarii Jet 1991, 1992, 1993: 2-D Motion
Motion of the R Aquarii jet from 1991 to 1993, where the deconvolved Hubble images are shown in 3D from four directions   1389   Motion in the R-Aquarii Jet 1991, 1992, 1993: 3-D Perspective
A live screen capture of the interaction of a virtual hand with data from a computer simulation of Hurricane Florence. The hand grabs and moves the data visualzation, then activates a direct readout of data from the position of the virtual fingertip. Finally, wind streamline tracer ribbons are generated from the moving fingertip.   1390   VIS-5D VR Animations: Virtual Hand Functionality
An animation of the three-dimensional structure of global methane evolving over time, from a global data assimilation model   1391   3D Global Methane
A protoype animation of the collison between two astrophysical objects, where one object is much larger than the other, as seen from several angles   1392   Two-Body Collision
Magnetic field lines superimposed over density are compared for a 2D global hybrid simulation and a magnetohydrodynamic model of the solar wind-magnetosphere interaction   1393   Global Hybrid Versus MHD Modeling of the Magnetosphere: Density and Magnetic Field
Error Correlation between a material particle and all other grid points for September 6, 1992 to September 14, 1992 derived from CLAES and the GEOS-DAS   1394   Assimilation of N2O in the Upper Atmosphere Using a Kalman Filter: Error Correlation
Average October ozone level over Antarctica for 1999.   1395   Average October Ozone Levels Over Antarctica for 1979 to 1999
Pearl River, China. December 10, 1988.   1396   Landsat Changes Over Time: Pearl River, China
Pearl River, China. December 10, 1988.   1397   Landsat Changes Over Time: Pearl River, China (False Color)
Zoom down to development in the Shenzhen Special Economic Zone   1398   Window on the Shenzhen Special Economic Zone
Zoom down to development in the Shenzhen Special Economic Zone, showing change from 1988 to 1992 to 1995, as measured by Landsat.   1399   The Shenzhen Special Economic Zone
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