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Most Recently Released Print Images Produced by the SVS as of 2009-08-22


[View the 100 Most Recently Released Animations Produced by the SVS]

Hurricane Bill forms in the Atlantic. TRMM's Microwave Imager and Precipitation Radar instruments revealed that Hurricane Bill has bands of heavy rainfall.
Completed: 2009-08-18
ID Number: 3626
hurricaneBill08182009_30fps.m4v
a003626.mp4
frames/1280x720_16x9_30p/
frames/1280x720_16x9_60p/
HurricaneBill08182009.mp4
hurricaneBill08182009.m4v
bill08182009_print.0153.tif
bill08182009_print.0153_web.png
bill08182009_print.0153_gal.png
bill08182009_print.0153_thm.png 		Print-resolution still image showing Apollo landing site locations with short shadows.
Completed: 2009-07-16
ID Number: 3620
lroc_apollo_print1.tif
lroc_apollo_print1_web.png
Print-resolution still image showing Apollo landing site locations with long shadows.
Completed: 2009-07-16
ID Number: 3620
lroc_apollo_print2.tif
lroc_apollo_print2_web.png 		LRO launches from Cape Canaveral, Florida
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.0001.tif
lro_orbit_still.0001_web.png
LRO in transit to the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.1160.tif
lro_orbit_still.1160_web.png 		LRO approaches the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.2140.tif
lro_orbit_still.2140_web.png
LRO during lunar orbit insertion
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.2795.tif
lro_orbit_still.2795_web.png 		LRO in elliptical orbit around the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.3810.tif
lro_orbit_still.3810_web.png
LRO's orbit gets closer to circular around the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.5550.tif
lro_orbit_still.5550_web.png 		LRO's orbit gets even closer to circular around the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.6905.tif
lro_orbit_still.6905_web.png
LRO's orbit nearly circular around the moon
Completed: 2009-04-27
ID Number: 3612
lro_orbit_still.7950.tif
lro_orbit_still.7950_web.png 		Earth, magnetoshealth, Moon's orbit, and the Sun
Completed: 2009-04-27
ID Number: 3606
mms_nightside_STILL_noLabel.0001.tif
mms_nightside_STILL.0001.tif
mms_nightside_STILL_noLabel.0001_web.png
View from Earth's north (i.e., top down) showing the Moon's orbit, the magnetosheath, and the MMS nighside orbit
Completed: 2009-04-27
ID Number: 3606
mms_nightside_STILL.0800.tif
mms_nightside_STILL_noLabel.0800.tif
mms_nightside_STILL_noLabel.0800_web.png 		Another top down view showing how the nightside MMS orbit is oriented with respect to the Earth's magnetic field
Completed: 2009-04-27
ID Number: 3606
mms_nightside_STILL_noLabel.1100.tif
mms_nightside_STILL.1100.tif
mms_nightside_STILL_noLabel.1100_web.png
A view of the MMS nightside orbit from the dark side of the Earth
Completed: 2009-04-27
ID Number: 3606
mms_nightside_STILL_noLabel.2400.tif
mms_nightside_STILL.2400.tif
mms_nightside_STILL_noLabel.2400_web.png 		Earth, magnetoshealth, Moon's orbit, and the Sun
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabel.0001.tif
mms_dayside_STILL.0001.tif
mms_dayside_STILL_noLabel.0001_web.png
View from Earth's north (i.e., top down) showing the Moon's orbit, the magnetosheath, and the MMS dayside magnetosheath/magnetopause orbit
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabel.0700.tif
mms_dayside_STILL.0700.tif
mms_dayside_STILL_noLabel.0700_web.png 		Another top down view showing how the MMS dayside magnetosheath/magnetopause orbit takes the spacecraft to the magnetosheath boundary (available with and without labels)
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabels.1800.tif
mms_dayside_STILL.1800.tif
mms_dayside_STILL_noLabels.1800_web.png
MMS orbit with Earth's magnetic field lines (available with and without labels)
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabels.2600.tif
mms_dayside_STILL.2600.tif
mms_dayside_STILL_noLabels.2600_web.png 		The tetrahedral flying configuration of the 4 MMS spacrcraft (available with and without labels)
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabels.4600.tif
mms_dayside_STILL.4600.tif
mms_dayside_STILL_noLabels.4600_web.png
Another view of the tetrahedral MMS formation (available with and without labels)
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL_noLabels.5100.tif
mms_dayside_STILL.5100.tif
mms_dayside_STILL_noLabels.5100_web.png 		Close up of MMS tetrahedron skimming the magnetosheath - some of the spacecraft (e.g., MMS #1) are inside the boundary while others (e.g., MMS #2, #3, and #4) are outside
Completed: 2009-04-27
ID Number: 3605
mms_dayside_STILL.6300.tif
mms_dayside_STILL_noLabel.6300.tif
mms_dayside_STILL_noLabel.6300_web.png
Image of landcover and sea ice in the Northern Hemisphere on May 28th 2008.
Completed: 2009-05-30
ID Number: 3602
Earth_ice_2008_05_28_final.1185.tif
Earth_ice_2008_05_28_final.1185_web.png
Earth_ice_2008_05_28_final.1185_gal.png
Earth_ice_2008_05_28_final.1185_thm.png 		Cropland areas as seen by MODIS are colored yellow in this image. This shows the areas around the world where food is grown.
Completed: 2009-06-19
ID Number: 3601
MODISCroplands.0001.tif
MODISCroplands.0001_web.png
Twenty six countries worldwide produce 82% of the world's wheat, grain, and cereals. These countries are shown in yellow.
Completed: 2009-06-19
ID Number: 3601
LargestProducers.0468.tif
LargestProducers.0468_web.png 		This image shows the world's largest producers of wheat, grain, and cereal in yellow versus the world's 2002 population density in red.
Completed: 2009-06-19
ID Number: 3601
PopulationDensity.0725.tif
PopulationDensity.0725_web.png
This image shows the biggest producers of wheat, grain versus the countries that are projected to double or triple their population by 2050. The red cross hatched areas are where significantly more food will be needed. Africa is in trouble.
Completed: 2009-06-19
ID Number: 3601
Projected2050Population.1228.tif
Projected2050Population.1228_web.png 		The United Nations is projecting the cross-hatched areas in light red to double their population.<p>Yellow represents the countries that currently produce over 80% of the world's wheat, grain, and cereals.
Completed: 2009-06-19
ID Number: 3601
DoublePopulation.1228.tif
DoublePopulation.1228_web.png
The United Nations is projecting the cross hatched areas to triple their population by 2050. <p>Yellow shows the countries that currently produce over 80% of the world's wheat, grain, and cereals.
Completed: 2009-06-19
ID Number: 3601
triplepop.1228.tif
triplepop.1228_web.png 		The United Nations is projecting the cross hatched areas to triple their population by 2050.
Completed: 2009-06-19
ID Number: 3601
justtriplepop.1228.tif
justtriplepop.1228_web.png
This animation shows the NDVI time series in the wheat producing regions in Australia for the growing season of two drought years and one normal year. The preview image is from the 2006 drought on Oct 18, 2006.
Completed: 2009-06-19
ID Number: 3598
Oct2006_AustraliaNDVIanomalyWheat.2100.tif
Oct2006_AustraliaNDVIanomalyWheat.2100_web.png
Oct2006_AustraliaNDVIanomalyWheat.2100_gal.png
Oct2006_AustraliaNDVIanomalyWheat.2100_thm.png
frames/1280x720_16x9_60p/GrowingSeasonApr_Nov/
NDVIwheat.mp4
NDVIwheat.m4v
frames/1280x720_16x9_30p/ 		The NDVI for the wheat producing region during the growing season in a normal year. This image is from Oct 18, 2005.
Completed: 2009-06-19
ID Number: 3598
Oct2005_AustraliaNDVIanomalyWheat.1405.tif
Oct2005_AustraliaNDVIanomalyWheat.1405_web.png
The NDVI for the wheat producing region during the growing season in 2002's drought year. This image is from Oct 18, 2002.
Completed: 2009-06-19
ID Number: 3598
Oct2002_AustraliaNDVIanomalyWheat.0712.tif
Oct2002_AustraliaNDVIanomalyWheat.0712_web.png 		The final image shows the NDVI in the wheat producing region correlated with the annual wheat production. This image is from November 30, 2006 and the annual 2006 wheat production is 10,822,000 metric tons.
Completed: 2009-06-19
ID Number: 3598
Nov2006_AustraliaNDVIanomalyWheat.2233.tif
Nov2006_AustraliaNDVIanomalyWheat.2233_web.png
The image shows the NDVI in the wheat producing region correlated with the annual wheat production during a normal year. This image is from November 30, 2005 and the annual 2005 wheat production is 25,173,000 metric tons.
Completed: 2009-06-19
ID Number: 3598
Nov2005_AustraliaNDVIanomalyWheat.0997.tif
Nov2005_AustraliaNDVIanomalyWheat.0997_web.png 		The image shows the NDVI in the wheat producing region correlated with the annual wheat production. This image is from November 30, 2002 and the annual 2002 wheat production is 10,132,000 metric tons.
Completed: 2009-06-19
ID Number: 3598
Nov2002_AustraliaNDVIanomalyWheat.0800.tif
Nov2002_AustraliaNDVIanomalyWheat.0800_web.png
Fires around the world from Jan 1 through Dec 31, 2007.
Completed: 2009-06-01
ID Number: 3597
firesOriginloopsparta1280x720_30.mp4
firesOriginloop512x288_30.mpg
frames/1280x720_16x9_30p/
frames/1280x720_16x9_60p/
firesOriginloop.1400_web.png
firesOriginloop.1400_gal.png
firesOriginloop.1400_thm.png
May252007Fires.1440.tif
frames/1280x720_16x9_30p/
Fires2007.m4v 		Fires on June 7, 2007
Completed: 2009-06-01
ID Number: 3597
June072007FIres.1562.tif
June072007FIres.1562_web.png
This data visualization of five-year global temperature differences from 1880 to 2008 was designed to be shown on the Science On A Sphere. Dark blue areas show regions where the temperature was cooler then the average temperature. Red areas show regions where the temperature was warmer then the average. This particular image show the global average from 2004 to 2008.
Completed: 2009-04-21
ID Number: 3596
StillImages.2004.tif
StillImages.2004_web.png
StillImages.2004_gal.png
StillImages.2004_thm.png
frames/2048x1024_2x1_15p/
GISStemperatureDifference1881_2008at15fps.m4v
GCMtemperatureDates512x288_30.mpg
frames/1280x720_16x9_30p/
GCMyearly.m4v
GCMyearlydates.mp4
frames/1280x720_16x9_30p/ 		This image is a five year average from 1881 to 1885.
Completed: 2009-04-21
ID Number: 3596
StillImages.1881.tif
StillImages.1881_web.png
This image is a five year average from 1891 to 1895.
Completed: 2009-04-21
ID Number: 3596
StillImages.1891.tif
StillImages.1891_web.png 		This image is a five year average from 1901 to 1905.
Completed: 2009-04-21
ID Number: 3596
StillImages.1901.tif
StillImages.1901_web.png
This image is a five year global temperature average from 1911 to 1915.
Completed: 2009-04-21
ID Number: 3596
StillImages.1911.tif
StillImages.1911_web.png 		This image is a five year global temperature average from 1921 to 1925.
Completed: 2009-04-21
ID Number: 3596
StillImages.1921.tif
StillImages.1921_web.png
This image is a five year global temperature average from 1931 to 1935.
Completed: 2009-04-21
ID Number: 3596
StillImages.1931.tif
StillImages.1931_web.png 		This image is a five year global temperature average from 1941 to 1945.
Completed: 2009-04-21
ID Number: 3596
StillImages.1941.tif
StillImages.1941_web.png
This image is a five year global temperature average from 1941 to 1945.
Completed: 2009-04-21
ID Number: 3596
StillImages.1951.tif
StillImages.1951_web.png 		This image is a five year global temperature average from 1961 to 1965.
Completed: 2009-04-21
ID Number: 3596
StillImages.1961.tif
StillImages.1961_web.png
This image is a five year global temperature average from 1971 to 1975.
Completed: 2009-04-21
ID Number: 3596
StillImages.1971.tif
StillImages.1971_web.png 		This image is a five year global temperature average from 1981 to 1985.
Completed: 2009-04-21
ID Number: 3596
StillImages.1981.tif
StillImages.1981_web.png
This image is a five year global temperature average from 1991 to 1995.
Completed: 2009-04-21
ID Number: 3596
StillImages.1991.tif
StillImages.1991_web.png 		This image is a five year global temperature average from 2001 to 2005.
Completed: 2009-04-21
ID Number: 3596
StillImages.2001.tif
StillImages.2001_web.png
This image is a five year global temperature average from 2002 to 2006.
Completed: 2009-04-21
ID Number: 3596
StillImages.2002.tif
StillImages.2002_web.png 		This image is a five year global temperature average from 2003 to 2007.
Completed: 2009-04-21
ID Number: 3596
StillImages.2003.tif
StillImages.2003_web.png
The movie opens on the date of November 1, 2006, with a view of the inner Solar System. We see the Sun, as well as the orbits of Mercury, Venus, Earth (in blue) and Mars. We zoom in towards the Earth.
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.00001.tif
sentinels_STILL.00001_web.png 		As we approach the Earth, we get a wide view of the spacecraft located at L1 as well as the Earth nestled within the magnetosphere. The magnetosphere forms due to the interaction of the Earth's geomagnetic field with the plasma of the solar wind. Solar wind pressure drags the magnetosphere back from the Earth, away from the Sun, much like a 'wind sock'. For convenience, arrows remind us of the direction of the Sun (yellow) and the direction that the Earth travels along its orbit (blue).
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.00780.tif
sentinels_STILL.00780_web.png
Moving closer to the Earth, we see the orbit of the Moon. We also see the orbits of several spacecraft in the region between the Earth and the Moon's orbit.
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.01440.tif
sentinels_STILL.01440_web.png
sentinels_STILL.01440_gal.png 		We fly throught the boundary of the magnetosphere for a closeup view of the Earth (note that the clouds are changing, updating based on weather satellite imagery from this time). We also see the orbits of heliofleet satellites that occupy near-Earth orbit. Here, the fleet include not only Earth-observing missions like TIMED and FAST, but solar observatories as well: TRACE, RHESSI, and Hinode.
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.02334.tif
sentinels_STILL.02334_web.png
Now we begin to pull out for a wider view of the geospace region...
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.02800.tif
sentinels_STILL.02800_web.png 		Passing back through the boundary of the magnetosphere, we can now see the satellites, Geotail and Cluster, that patrol this region measuring the particles and fields. Cluster (actually Cluster II), is a group of four identical satellites that fly in formation through this region.
Completed: 2009-07-27
ID Number: 3595
sentinels_STILL.04600.tif
sentinels_STILL.04600_web.png

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