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Darrel Williams



Movie   ID   Roles   Title
A flyby of Mt. St. Helens on May 6, 1992, from Landsat data   964 Scientist
  Fly around Mt. St. Helens
A flyby of Mt. St. Helens from Landsat data, with the terrain elevation growing to three times exaggeration   965 Scientist
  Fly around Mt. St. Helens, with terrain growing from flat to x3 vertical exaggeration
A flyby of the area around Seattle, Washington, using Landsat imagery draped over elevation data   1336 Scientist
  Seattle
A flyby of the region around Portland, Oregon, using Landsat imagery draped over elevation data   1337 Scientist
  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 Scientist
  Iturralde Structure
Zooming in to the Iturralde structure, a suspected impact crater in northern Bolivia, from Landsat imagery taken in 1988.   1339 Scientist
  Iturralde Structure Without Labels
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 Scientist
  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 Scientist
  Seattle
Portland, OR (Natural Color) (May 6, 1992)   1350 Scientist
  Portland. Correct lighting, x2 vertical exaggeration
Grand Canyon in Northern Arizona near Point Sublime, natural color (TM321) with elevation data (no vertical exaggeration)   1351 Scientist
  Grand Canyon, natural color
An animation of Landsat spectral bands, followed by a zoom to the Sacramento River.   1352 Scientist
  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 Scientist
  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 Scientist
  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 Scientist
  Seattle (432) x2 vertical exaggeration, Mt. Rainier
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1356 Scientist
  Pearl River, Region 1 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1357 Scientist
  Pearl River, Region 2 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1358 Scientist
  Pearl River, Region 3 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1359 Scientist
  Pearl River, Region 4 (432)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1360 Scientist
  Pearl River, Region 1 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1361 Scientist
  Pearl River, Region 2 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1362 Scientist
  Pearl River, Region 3 (542)
Zooming down to the Pearl River region in China showing changes over time from Landsat data.   1363 Scientist
  Pearl River, Region 4 (542)
Pearl River, China.  December 10, 1988.   1396 Scientist
  Landsat Changes Over Time: Pearl River, China
Pearl River, China.  December 10, 1988.    1397 Scientist
  Landsat Changes Over Time: Pearl River, China (False Color)
Zoom down to development in the Shenzhen Special Economic Zone   1398 Scientist
  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 Scientist
  The Shenzhen Special Economic Zone
Flying along the Susquehanna River, using Landsat imagery draped over elevation data   323 Scientist
  Fly Down the Susquehanna
Mexico City, Mexico.  The Landsat Thematic Mapper data shows the shortwave infrared, infrared,
and visible (green) channels for the region around Mexico City. USGS Digital
Elevation Map data shows the rugged, steep terrain which surrounds the city.
Mexico Citys position with respect to these mountains results in air from the
city getting trapped so that smog accumulates. The city is built on land formed
from the erosion of the mountains, so that buildings and structures in the city
rest in sedimentary rocks rather than bedrock. This leaves buildings more
vunerable to damage from earthquakes.
  324 Scientist
  Mexico City, (high vertical exaggeration)
A pan and zoom from Shanghai, China, to Suzhou, China, from Landsat imagery taken February, 1998   319 Scientist
  Shanghai and Suzhou
Moving from Des Moines, Iowa to Perry, Iowa using imagery from Landsat   320 Scientist
  Landsat Pan from Des Moines, Iowa to Perry, Iowa

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