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Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 900x1500x3
This image is a mosaic of Jupiter's northern hemisphere, taken by NASA's Galileo spacecraft in 1997. Jupiter's atmospheric circulation is dominated by alternating eastward and westward jets from equatorial to polar latitudes.
PIA00893:
Jupiter's Northern Hemisphere in False Color (Time Set 1)
Full Resolution:     TIFF (2.966 MB)     JPEG (123.3 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 1200x1500x3
This image is a mosaic of Jupiter's northern hemisphere, taken by NASA's Galileo spacecraft in 1997. Jupiter's atmospheric circulation is dominated by alternating eastward and westward jets from equatorial to polar latitudes.
PIA00894:
Jupiter's Northern Hemisphere in True Color (Time Set 2)
Full Resolution:     TIFF (2.027 MB)     JPEG (84.82 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 1200x1500x3
This image is a mosaic of Jupiter's northern hemisphere, taken by NASA's Galileo spacecraft in 1997. Jupiter's atmospheric circulation is dominated by alternating eastward and westward jets from equatorial to polar latitudes.
PIA00895:
Jupiter's Northern Hemisphere in False Color (Time Set 2)
Full Resolution:     TIFF (3.156 MB)     JPEG (134.4 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 900x1600x3
This image is a mosaic of Jupiter's northern hemisphere, taken by NASA's Galileo spacecraft in 1997. Jupiter's atmospheric circulation is dominated by alternating eastward and westward jets from equatorial to polar latitudes.
PIA00896:
Jupiter's Northern Hemisphere in True Color (Time Set 3)
Full Resolution:     TIFF (975.8 kB)     JPEG (50.84 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 900x1600x3
This image is a mosaic of Jupiter's northern hemisphere, taken by NASA's Galileo spacecraft in 1997. Jupiter's atmospheric circulation is dominated by alternating eastward and westward jets from equatorial to polar latitudes.
PIA00897:
Jupiter's Northern Hemisphere in False Color (Time Set 3)
Full Resolution:     TIFF (1.178 MB)     JPEG (55.91 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1000x3
These true and false color views of an equatorial 'hotspot' on Jupiter were taken by NASA's Galileo spacecraft on Dec. 17, 1996.
PIA01080:
A Jovian Hotspot in True and False Colors (Time set 1)
Full Resolution:     TIFF (2.46 MB)     JPEG (96.96 kB)
Add Image to Favorite List 1997-11-04 Jupiter Galileo
 Solid-State Imaging
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This archival frame from an animation obtained June 26, 1996, by NASA's Galileo orbiter, shows dynamics of Jupiter's Great Red Spot.
PIA01083:
Dynamics of Jupiter's Great Red Spot in the Near-infrared Animation Icon
Full Resolution:
Add Image to Favorite List 1997-12-04 Jupiter Galileo
 Solid-State Imaging
 571x1000x3
True and false color mosaics of the turbulent region west of Jupiter's Great Red Spot. The Great Red Spot is on the planetary limb on right hand side of each mosaic. Images used were taken by the Solid State Imaging system on NASA's Galileo spacecraft.
PIA01093:
Turbulent Region Near Jupiter's Great Red Spot
Full Resolution:     TIFF (2.077 MB)     JPEG (76.4 kB)
Add Image to Favorite List 1997-12-10 Jupiter Galileo
 Solid-State Imaging
 1700x900x3
Jovian lightning and moonlit clouds. These two images captured by NASA's Galileo spacecraft show lightning storms on the night side of Jupiter along with clouds dimly lit by moonlight from Io, Jupiter's closest moon.
PIA01096:
Jovian Lightning and Moonlit Clouds
Full Resolution:     TIFF (1.839 MB)     JPEG (116.3 kB)
Add Image to Favorite List 1997-12-10 Jupiter Galileo
 Solid-State Imaging
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Images captured by NASA's Galileo spacecraft show the Jovian aurora on the night side of the planet. The upper bright arc is auroral emission seen 'edge on' above the planetary limb with the darkness of space as a background.
PIA01097:
Night Side Jovian Aurora
Full Resolution:     TIFF (1.955 MB)     JPEG (108.6 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
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Time Sequence of a belt-zone boundary near Jupiter's equator. These mosaics images captured by the Solid State Imaging system aboard NASA's Galileo spacecraft show Jupiter's appearance at 757 nanometers (near-infrared).
PIA01113:
Winds Near Jupiter's Belt-Zone Boundary
Full Resolution:     TIFF (884.9 kB)     JPEG (132.9 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
 1000x1700x1
Mosaics of a belt-zone boundary near Jupiter's equator in near-infrared light moderately absorbed by atmospheric methane, and strongly absorbed by atmospheric methane. Images that make up each of these mosaics are from NASA's Galileo spacecraft.
PIA01114:
Using Methane Absorption to Probe Jupiter's Atmosphere
Full Resolution:     TIFF (615.8 kB)     JPEG (76.79 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
 1000x1700x1
Mosaics of a belt-zone boundary near Jupiter's equator in violet (top panel) and near-infrared (bottom panel) light. The four images that make up each of these mosaics are from NASA's Galileo spacecraft.
PIA01115:
Jupiter's Belt-Zone Boundary in Near-Infrared and Violet Light
Full Resolution:     TIFF (748.1 kB)     JPEG (103.3 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
 800x800x3
False-color mosaic of a belt-zone boundary near Jupiter's equator. The images that make up the four quadrants of this mosaic were taken by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01116:
False Color Mosaic of Jupiter's Belt-Zone Boundary
Full Resolution:     TIFF (1.401 MB)     JPEG (56.68 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
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Auroral emissions are created when fast moving charged particles from the region around Jupiter strike the atoms and molecules of Jupiter's upper atmosphere. This image was taken by the solid state imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01117:
Jupiter's Northern Auroral Oval
Full Resolution:     TIFF (114.7 kB)     JPEG (35.64 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
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The knots of light which have been circled in yellow in this false color picture probably represent lightning in Jupiter's atmosphere. The picture was taken through the clear filter of the solid state imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01118:
Jovian Lightning
Full Resolution:     TIFF (256.1 kB)     JPEG (48.1 kB)
Add Image to Favorite List 1997-12-18 Jupiter Galileo
 Solid-State Imaging
 1000x1000x1
Images from NASA's Galileo spacecraft show the Northeast quadrant of Jupiter's Great Red Spot in June and November 1996. The top panel shows the region in near-infrared light in June and the bottom shows the same region at 757 nanometers in November.
PIA01119:
Changes in Jupiter's Great Red Spot After Four Months
Full Resolution:     TIFF (474.2 kB)     JPEG (76.01 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 800x900x3
True and false color views of an equatorial 'hotspot' on Jupiter. These images taken by the Solid State Imaging system aboard NASA's Galileo spacecraft cover an area 34,000 kilometers by 11,000 kilometers.
PIA01184:
A Jovian Hotspot in True and False Colors (Time set 3)
Full Resolution:     TIFF (1.399 MB)     JPEG (51.21 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1000x1
Mosaics of an equatorial 'hotspot' on Jupiter at 756 nanometers (top) and 410 nanometers (bottom). The mosaics captured by the Solid State Imaging system aboard NASA's Galileo spacecraft cover an area of 34,000 kilometers by 11,000 kilometers.
PIA01185:
Jupiter's Equatorial Region in the Near-Infrared and Violet (Time Set 2)
Full Resolution:     TIFF (518.7 kB)     JPEG (65.4 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1000x1
Mosaics of an equatorial 'hotspot' on Jupiter at 727 nanometers (top) and 889 nanometers (bottom). The mosaics captured by the Solid State Imaging system aboard NASA's Galileo spacecraft cover an area of 34,000 kilometers by 11,000 kilometers.
PIA01186:
Jupiter's Equatorial Region in the Two Methane Bands (Time Set 2)
Full Resolution:     TIFF (760.9 kB)     JPEG (110.2 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 640x485x1
Wind patterns of Jupiter's equatorial region. This mosaic taken by the Solid State Imaging system aboard NASA's Galileo spacecraft covers an area of 34,000 by 22,000 kilometers and was taken using the 756 nanometer near-infrared continuum filter.
PIA01187:
Wind Patterns in Jupiter's Equatorial Region (Time set 1)
Full Resolution:     TIFF (228 kB)     JPEG (31.58 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
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Time sequence of Jupiter's equatorial region at 756 nanometers. The mosaics taken by the Solid State Imaging system aboard NASA's Galileo spacecraft cover an area of 34,000 kilometers by 22,000 kilometers and were taken ten hours apart.
PIA01188:
Time Sequence of Jupiter's Equatorial Region (Time Sets 2 & 4)
Full Resolution:     TIFF (251.9 kB)     JPEG (43.67 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01189:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (2.278 MB)     JPEG (93.69 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01190:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (2.215 MB)     JPEG (91.22 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01191:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (3.714 MB)     JPEG (107.4 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01192:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (3.721 MB)     JPEG (104.2 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01193:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (3.135 MB)     JPEG (101 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1600x1200x3
Frames from a three dimensional visualization of Jupiter's equatorial region. The images used cover an area near an equatorial 'hotspot' similar to the site where the probe from NASA's Galileo spacecraft entered Jupiter's atmosphere on December 7th, 1995.
PIA01194:
Three dimensional Visualization of Jupiter's Equatorial Region
Full Resolution:     TIFF (3.52 MB)     JPEG (102.9 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 572x480x1
These images show the apparent edge (limb) of the planet Jupiter as seen through both the violet filter (top frame) and an infrared filter (756 nanometers, bottom frame) of the Solid State Imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01195:
Hazes near Jupiter's Limb (60 degrees North, 315 degrees West)
Full Resolution:     TIFF (73.35 kB)     JPEG (11.75 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 572x480x1
These images show the apparent edge (limb) of the planet Jupiter as seen through both the violet filter (top frame) and an infrared filter (756 nanometers, bottom frame) of the Solid State Imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01196:
Haze observations near Jupiter's Limb (60 degrees North, 295 degrees West)
Full Resolution:     TIFF (71.63 kB)     JPEG (13.17 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 572x960x1
These images show the apparent edge (limb) of the planet Jupiter as seen through both the violet filter (first and third frames) and an infrared filter (2nd and fourth frames) of the Solid State Imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01197:
Haze observations near Jupiter's Limb at 60 degrees North
Full Resolution:     TIFF (111.9 kB)     JPEG (21.77 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1200x1
Mosaic of Jupiter's equatorial region at 756 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01198:
Jupiter's Equatorial Region in the Near-Infrared (Time Set 1)
Full Resolution:     TIFF (725.1 kB)     JPEG (105.3 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1200x1
Mosaic of Jupiter's equatorial region at 727 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01199:
Jupiter's Equatorial Region in a Methane Band (Time Set 1)
Full Resolution:     TIFF (673.1 kB)     JPEG (85.38 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x600x1
Mosaic of an equatorial 'hotspot' on Jupiter at 889 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01200:
Jupiter's Equatorial Region in a Methane Band (Time Set 1)
Full Resolution:     TIFF (410.1 kB)     JPEG (83.37 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x600x1
Mosaic of an equatorial 'hotspot' on Jupiter at 410 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01201:
Jupiter's Equatorial Region in Violet Light (Time Set 1)
Full Resolution:     TIFF (198.9 kB)     JPEG (24.01 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1200x1
Mosaic of Jupiter's equatorial region at 727 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01202:
Jupiter's Equatorial Region at 727 Nanometers (Time Set 2)
Full Resolution:     TIFF (663.4 kB)     JPEG (87.93 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x600x1
Mosaic of an equatorial 'hotspot' on Jupiter at 889 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01203:
Jupiter's Equatorial Region at 889 Nanometers (Time Set 2)
Full Resolution:     TIFF (388 kB)     JPEG (62.23 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x600x1
Mosaic of an equatorial 'hotspot' on Jupiter at 410 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01204:
Jupiter's Equatorial Region in Violet Light (Time Set 2)
Full Resolution:     TIFF (193.9 kB)     JPEG (24.83 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1000x1000x1
Mosaic of Jupiter's equatorial region at 756 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01205:
Jupiter's Equatorial Region in the Near-Infrared (Time Set 3)
Full Resolution:     TIFF (370.4 kB)     JPEG (55.99 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1000x1000x1
Mosaic of Jupiter's equatorial region at 727 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01206:
Jupiter's Equatorial Region in a Methane Band (Time Set 3)
Full Resolution:     TIFF (351.7 kB)     JPEG (48.35 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 900x500x1
Mosaic of an equatorial 'hotspot' on Jupiter at 889 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01207:
Jupiter's Equatorial Region in a Methane Band (Time Set 3)
Full Resolution:     TIFF (198.3 kB)     JPEG (25.75 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 900x500x1
Mosaic of an equatorial 'hotspot' on Jupiter at 410 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 11,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01208:
Jupiter's Equatorial Region in Violet Light (Time Set 3)
Full Resolution:     TIFF (119.7 kB)     JPEG (15.3 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1200x1
Mosaic of Jupiter's equatorial region at 756 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01209:
Jupiter's Equatorial Region in the Near-Infrared (Time Set 4)
Full Resolution:     TIFF (410.3 kB)     JPEG (60.85 kB)
Add Image to Favorite List 1998-03-06 Jupiter Galileo
 Solid-State Imaging
 1300x1200x1
Mosaic of Jupiter's equatorial region at 727 nanometers (nm). The mosaic covers an area of 34,000 kilometers by 22,000 kilometers. These images were taken on December 17, 1996 by the Solid State Imaging system aboard NASA's Galileo spacecraft.
PIA01210:
Jupiter's Equatorial Region in a Methane Band (Time Set 4)
Full Resolution:     TIFF (406.3 kB)     JPEG (56 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Near Infrared Mapping Spectrometer
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The NIMS instrument onboard NASA's Galileo orbiter observes the structure and composition of Jupiter clouds.
PIA01224:
NIMS Observes the Structure and Composition of Jupiter's Clouds
Full Resolution:     TIFF (33.81 kB)     JPEG (75.03 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 1200x1600x1
Mosaic of Jupiter's southern hemisphere between -10 and -80 degrees (south) latitude. These images were taken on May 7, 1997, at a range of 1.5 million kilometers by the Solid State Imaging system on NASA's Galileo spacecraft.
PIA01227:
Jupiter's Southern Hemisphere in the Near-Infrared (Time Set 1)
Full Resolution:     TIFF (903.4 kB)     JPEG (147.8 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 1000x1200x1
Mosaic of Jupiter's southern hemisphere between -25 and -80 degrees (south) latitude. These images were taken on May 7, 1997, at a range of 1.5 million kilometers by the Solid State Imaging system on NASA's Galileo spacecraft.
PIA01228:
Jupiter's Southern Hemisphere in the Near-Infrared (Time Set 2)
Full Resolution:     TIFF (721.3 kB)     JPEG (128.5 kB)
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 1000x1200x1
Mosaic of Jupiter's southern hemisphere between -25 and -80 degrees (south) latitude. These images were taken on May 7, 1997, at a range of 1.5 million kilometers by the Solid State Imaging system on NASA's Galileo spacecraft.
PIA01229:
Jupiter's Southern Hemisphere in the Near-Infrared (Time Set 3)
Full Resolution:     TIFF (648.6 kB)     JPEG (109.9 kB)
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 Solid-State Imaging
 600x600x1
This image from NASA's Mars Global Surveyor (MGS) taken on July 21, 1997, shows sand dunes in the polar regions as they are beginning to defrost after a long, cold winter.
PIA01230:
Motion in Jupiter's Atmospheric Vortices (Near-infrared filters) Animation Icon
Full Resolution:
Add Image to Favorite List 1998-03-26 Jupiter Galileo
 Solid-State Imaging
 640x485x1
Three sets of observations, each taken one hour apart, illustrate dynamics in this region of Jupiter's turbulent atmosphere. Images were taken at a range of 1.1 million kilometers by the Solid State Imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01231:
Dynamics of Jupiter's Long-lived White Ovals Animation Icon
Full Resolution:
Add Image to Favorite List 1998-04-02 Jupiter Galileo
 Photopolarimeter-Radiometer
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This map shows temperatures for the region around Jupiter's Great Red Spot and an area to the northwest. This map was made from data taken by NASA's Photopolarimeter/Radiometer (PPR) instrument on June 26, 1996.
PIA01233:
Photopolarimeter/Radiometer (PPR) Temperature Map of Great Red Spot
Full Resolution:     TIFF (340.9 kB)     JPEG (32.65 kB)
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 Photopolarimeter-Radiometer
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This map shows temperatures for the region around Jupiter's Great Red Spot and an area to the northwest. This map was made from data taken by NASA's Photopolarimeter/Radiometer (PPR) instrument on June 26, 1996.
PIA01234:
PPR Great Red Spot Temperature Map
Full Resolution:     TIFF (65.49 kB)     JPEG (30.68 kB)
Add Image to Favorite List 1998-05-02 Jupiter Hubble Space Telescope
 WFPC2
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NASA's Hubble Space Telescope has captured a complete view of Jupiter's northern and southern auroras. Images taken in ultraviolet light by the Space Telescope Imaging Spectrograph (STIS) show both auroras, the oval-shaped objects in the inset photos.
PIA01254:
Hubble Provides Complete View of Jupiter's Auroras
Full Resolution:     TIFF (1.387 MB)     JPEG (114 kB)
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 WFPC2
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Probing Jupiter's atmosphere for the first time, NASA's Hubble Space Telescope's new Near Infrared Camera and Multi-Object Spectrometer (NICMOS) provides a sharp glimpse of the planet's ring, moon, and high-altitude clouds.
PIA01255:
Hubble Provides Infrared View of Jupiter's Moon, Ring, and Clouds
Full Resolution:     TIFF (645.9 kB)     JPEG (67.7 kB)
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 WFPC2
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NASA's Hubble Space Telescope has snapped a picture of a 400-km-high (250-mile-high) plume of gas and dust from a volcanic eruption on Io, Jupiter's large innermost moon.
PIA01256:
Hubble Captures Volcanic Eruption Plume From Io
Full Resolution:     TIFF (1.097 MB)     JPEG (65.49 kB)
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 WFPC2
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These images, taken by NASA's Hubble Space Telescope, reveal changes in Jupiter's auroral emissions and how small auroral spots just outside the emission rings are linked to the planet's volcanic moon, Io.
PIA01257:
Hubble Images Reveal Jupiter's Auroras
Full Resolution:     TIFF (6.679 MB)     JPEG (483.2 kB)
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 WFPC2
 720x600x1
This image from NASA's Hubble Space Telescope shows Jupiter's volcanic moon Io passing above the turbulent clouds of the giant planet, on July 24, 1996. The conspicuous black spot on Jupiter is Io's shadow.
PIA01258:
Rare Hubble Portrait of Io and Jupiter
Full Resolution:     TIFF (305.8 kB)     JPEG (28.52 kB)
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 WFPC2
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NASA's Hubble Space Telescope image of Jupiter shown on the left was taken on Oct. 5, 1995, when the giant planet was at a distance of 534 million miles (854 million kilometers) from Earth.
PIA01259:
Hubble Views the Galileo Probe Entry Site on Jupiter
Full Resolution:     TIFF (993.4 kB)     JPEG (64.05 kB)
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 WFPC2
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This NASA Hubble Space Telescope pair of images of Jupiter's volcanic moon Io shows the surprising emergence of a 200-mile diameter large yellowish-white feature near the center of the moon's disk (photo on the right).
PIA01260:
Hubble Discovers Bright New Spot on Io
Full Resolution:     TIFF (604.4 kB)     JPEG (33.67 kB)
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 WFPC2
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This is a NASA Hubble Space Telescope 'family portrait' of the four largest moons of Jupiter, Io, Callisto, Europa, and Ganymede,first observed by the Italian scientist Galileo Galilei nearly four centuries ago.
PIA01261:
Hubble Gallery of Jupiter's Galilean Satellites
Full Resolution:     TIFF (527.3 kB)     JPEG (44.81 kB)
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 WFPC2
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NASA's Hubble Space Telescope is following dramatic and rapid changes in Jupiter's turbulent atmosphere that will be critical for targeting observations made by the Galileo space probe when it arrives at the giant planet later this year.
PIA01262:
Hubble Tracks Jupiter Storms
Full Resolution:     TIFF (1.085 MB)     JPEG (40.51 kB)
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 WFPC2
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This mosaic of WFPC-2 images shows the evolution of the Shoemaker-Levy 9 G impact site on Jupiter. The images were captured by NASA's Hubble Space Telescope.
PIA01263:
Jupiter G Impact Evolution
Full Resolution:     TIFF (752.8 kB)     JPEG (31.92 kB)
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 WFPC2
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This series of eight NASA Hubble Space Telescope 'snapshots' shows the evolution of the P-Q complex, also called the 'gang of four' region, of comet P/Shoemaker-Levy 9.
PIA01264:
Evolution of the P/Shoemaker-Levy 9 "Gang of Four" Region
Full Resolution:     TIFF (543.5 kB)     JPEG (69.45 kB)
Add Image to Favorite List 1998-05-02 Jupiter Hubble Space Telescope
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This series of snapshots, taken with NASA's Hubble Space Telescope, shows evolution of the comet P/Shoemaker-Levy 9 impact region called the D/G complex.
PIA01265:
Month-long Evolution of the D/G Jupiter Impact Sites from Comet P/Shoemaker-Levy 9
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Add Image to Favorite List 1998-05-02 Jupiter Hubble Space Telescope
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These four NASA Hubble Space Telescope images of Jupiter, as seen in visible (violet) and far-ultraviolet (UV) wavelengths, show the remarkable spreading of the clouds of smoke and dust thrown into the atmosphere.
PIA01266:
Jupiter's Upper Atmospheric Winds Revealed in Ultraviolet Images by Hubble Telescope
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Add Image to Favorite List 1998-05-02 Jupiter Hubble Space Telescope
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This picture is a composite of a black and white near infrared image of Jupiter and its satellite Io and a color image of Io at shorter wavelengths taken at almost the same time on March 5, 1994 by NASA's Hubble Space Telescope.
PIA01267:
Hubble Space Telescope Resolves Volcanoes on Io
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Add Image to Favorite List 1998-09-21 Jupiter Voyager
 ISS - Narrow Angle
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This crescent view of Jupiter was taken by NASA's Voyager 1 on Mar. 24, 1979.
PIA01324:
Jupiter
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Add Image to Favorite List 1999-01-08 Jupiter Voyager
 VG ISS - Narrow Angle
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This is a view of Jupiter taken by NASA's Voyager 1. This image was taken through three color filters and recombined to produce the color image.
PIA01353:
Jupiter
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Add Image to Favorite List 1998-12-05 Jupiter Voyager
 VG ISS - Narrow Angle
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This image was obtained on June 29, 1979, when Voyager 2 was 9.3 million kilometers (5.6 million miles) from the planet. The broad, orange band extending across the lower half of the picture is the equatorial region of the planet.
PIA01369:
Jupiter from Voyager 2
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Add Image to Favorite List 1998-12-05 Jupiter Voyager
 VG ISS - Narrow Angle
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This color composite made from NASA's Voyager 2 shows the Great Red Spot during the late Jovian afternoon. North of the Red Spot lies a curious darker section of the South Equatorial Belt (SEB), the belt in which the Red Spot is located.
PIA01370:
Jupiter's Great Red Spot
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Add Image to Favorite List 1998-11-04 Jupiter Voyager
 VG ISS - Narrow Angle
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NASA's Voyager 1 took this picture of the planet Jupiter on Jan. 6, 1979, the first in its three-month-long, close-up investigation of the largest planet.
PIA01371:
Voyager Picture of Jupiter
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Add Image to Favorite List 1998-12-05 Jupiter Voyager
 VG ISS - Narrow Angle
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This view of Jupiter was taken by Voyager 1. This image was taken through color filters and recombined to produce the color image. This photo was assembled from three black and white negatives by the Image Processing Lab at Jet Propulsion Laboratory.
PIA01384:
Jupiter's Great Red Spot
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Add Image to Favorite List 1998-10-14 Jupiter Galileo
Hubble Space Telescope
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These images show a newly created large-scale storm on Jupiter, known as a white oval. This storm is the size of Earth and was observed by the Hubble Space Telescope and NASA's Galileo spacecraft's photopolarimeter radiometer in July 1998.
PIA01477:
Jupiter's White Ovals
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Add Image to Favorite List 1998-10-30 Jupiter Voyager
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Jupiter and its four planet-size moons, called the Galilean satellites, were photographed in early March, 1980, by NASA's Voyager 1 and assembled into this collage. They are not to scale but are in their relative positions
PIA01481:
Jupiter System Montage
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Add Image to Favorite List 1998-12-07 Jupiter Galileo
 Photopolarimeter-Radiometer
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A recently discovered black spot in Jupiter's clouds is darker than any feature ever before observed on the giant planet. These three panels captured by NASA's Galileo spacecraft depict the same area of Jupiter's atmosphere.
PIA01496:
Jovian Dark Spot
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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This photo, taken on Jan. 9, 1979 by NASA's Voyager 1, is dominated by the Great Red Spot. Swirling, storm-like features possibly associated with wind shear can be seen both to the left and above the Red Spot.
PIA01509:
Jupiter Full Disk with Great Red Spot
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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This photo of Jupiter was taken by NASA's Voyager 1 on the evening of March 1, 1979, from a distance of 2.7 million miles (4.3 million kilometers). The photo shows Jupiter's Great Red Spot (top) and one of the white ovals.
PIA01512:
Jupiter's Great Red Spot and White Ovals
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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This photo of Jupiter was taken by NASA's Voyager 1 on March 1, 1979, from a distance of 2.7 million miles (4.3 million kilometers). The region shown is just to the southeast of the Great Red Spot.
PIA01513:
Jupiter - Southeast of Great Red Spot
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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Reconstruction of a plume on Jupiter, photographed on March 1, 1979 by NASA's Voyager 1 spacecraft.
PIA01518:
Jupiter Plume
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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This photo from NASA's Voyager 2 was taken on Jun. 9, 1979 and is centered over the long-lived disturbed region west of the Great Red Spot (GRS).
PIA01519:
Disturbed Region West of the Great Red Spot
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Add Image to Favorite List 1999-03-13 Jupiter Voyager
 VG ISS - Narrow Angle
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This image shows one of the long-lived white oval clouds which have resided in the Jovian southern hemisphere. This photo was taken on July 5, 1979 by NASA's Voyager 2 from a distance of 3.4 million kilometers.
PIA01521:
Jupiter White Oval
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Add Image to Favorite List 1999-03-23 Jupiter Voyager
 VG ISS - Narrow Angle
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This special color composite made from NASA's Voyager 2 taken on June 28, 1979, has been processed to exaggerate color differences within the naturally colorful Jovian atmosphere. Such processing makes detailed structure in the clouds more apparent.
PIA01524:
Jupiter's Equatorial Zone in Exaggerated Color
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Add Image to Favorite List 1999-06-22 Jupiter Voyager
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This image from NASA's Voyager 2 shows the region of Jupiter extending from the equator to the southern polar latitudes in the neighborhood of the Great Red Spot.
PIA01527:
Jupiter's Violent Storms
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01593:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - Montage
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01594:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - Full Disk
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
 WFPC2
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01595:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - May, 1992
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
 WFPC2
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01596:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - July, 1994
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
 WFPC2
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01597:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - August, 1994
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
 WFPC2
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01598:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - February, 1995
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Add Image to Favorite List 1999-08-24 Jupiter Hubble Space Telescope
 WFPC2
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The Red Spot is the largest known storm in the Solar System, as shown in this image obtained by NASA's Hubble Space Telescope. With a diameter of 15,400 miles, it is almost twice the size of the entire Earth and one-sixth the diameter of Jupiter itself.
PIA01599:
Hubble Views Ancient Storm in the Atmosphere of Jupiter - October, 1995
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Add Image to Favorite List 1998-06-10 Jupiter Galileo
 Solid-State Imaging
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Mosaics of Jupiter's night side show the Jovian aurora at approximately 45 minute intervals as the auroral ring rotated with the planet below the spacecraft. The images were obtained by the Solid State Imaging (SSI) system on NASA's Galileo spacecraft.
PIA01600:
Time Series of Jupiter's Aurora
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Add Image to Favorite List 1998-06-10 Jupiter Galileo
 Solid-State Imaging
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Mosaics of Jupiter's night side show the Jovian aurora at approximately 45 minute intervals as the auroral ring rotated with the planet below the spacecraft. The images were obtained by the Solid State Imaging (SSI) system on NASA's Galileo spacecraft.
PIA01601:
Time Series of Jupiter's Aurora
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Add Image to Favorite List 1998-06-10 Jupiter Galileo
 Solid-State Imaging
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Mosaics of Jupiter's night side show the Jovian aurora at approximately 45 minute intervals as the auroral ring rotated with the planet below the spacecraft. The images were obtained by the Solid State Imaging (SSI) system on NASA's Galileo spacecraft.
PIA01602:
Time Series of Jupiter's Aurora
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Add Image to Favorite List 1998-06-10 Jupiter Galileo
 Solid-State Imaging
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Mosaics of Jupiter's night side show the Jovian aurora at approximately 45 minute intervals as the auroral ring rotated with the planet below the spacecraft. The images were obtained by the Solid State Imaging (SSI) system on NASA's Galileo spacecraft.
PIA01603:
Time Series of Jupiter's Aurora
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Add Image to Favorite List 1998-10-13 Jupiter Galileo
 Solid-State Imaging
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This view shows lightning storms in three different locations (panels 1, 2, and 3) on Jupiter's night side. Each panel shows multiple lightning strikes, coming from different parts of the same storm. Images captured by NASA's Galileo spacecraft.
PIA01636:
Changing Lightning Storms on Jupiter
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Add Image to Favorite List 1998-10-13 Jupiter Galileo
 Solid-State Imaging
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This picture highlights a convective storm (left panel) and the associated lightning (right panels) in Jupiter's atmosphere. The images were taken by the solid state imaging camera system on NASA's Galileo spacecraft at a range of 1.1 million kilometers.
PIA01638:
Jovian Lightning and the Daytime Storm
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Add Image to Favorite List 1998-10-13 Jupiter Galileo
 Solid-State Imaging
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This false-color picture of a convective thunderstorm 10,000 kilometers (6,218 miles) northwest of Jupiter's Great Red Spot was obtained by NASA's Galileo spacecraft on June 26, 1996.
PIA01639:
Water Cloud Thunderstorm Northwest of Great Red Spot
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Add Image to Favorite List 1998-12-07 Jupiter Galileo
 Solid-State Imaging
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Jupiter's white oval storms before and after their historic merger in 1998. Three classic white ovals which formed in the 1930's have occupied the band from 31 to 35 degrees south planetocentric latitude ever since. Images from NASA's Galileo spacecraft.
PIA01650:
Historic Merger of Storms on Jupiter
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Add Image to Favorite List 1999-03-18 Jupiter Galileo
 Solid-State Imaging
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These two observations, taken one hour apart, illustrate the winds around a white oval on Jupiter which is the result of the historic merger of two classic white ovals at 33 degrees south planetocentric latitude. Images from NASA's Galileo spacecraft.
PIA01651:
Dynamics after Historic Merger of Storms on Jupiter Animation Icon
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Add Image to Favorite List 1999-04-15 Jupiter Galileo
 Solid-State Imaging
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Three sets of observations, each taken one hour apart, illustrate dynamics in this region of Jupiter's turbulent atmosphere. These images were taken by the Solid State Imaging (CCD) system aboard NASA's Galileo spacecraft.
PIA01655:
Dynamics of Jupiter's Long-lived White Ovals Animation Icon
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