Mars Pathfinder home page at NSSDCA
Super resolution view of big crater and the area around Pathfinder
Section of the lander Super-Pan from mid-morning of sol 13 -
At each camera frame position, a Super-Pan image
contains fifteen frames---six frames for three-color stereo
and nine more individual narrow color bands.
Red, green, and blue filter images from
the right eye were combined to simulate slightly amplified
natural color. The rocks Squid, Ender, Hassock, and a
portion of Wedge are visible in the center-right portion of
the mosaic. Mermaid Dune and Bosco rock are visible in
the middle-left. The foreground contains portions of the
airbags and the top of the low-gain antenna on the lander.
The rim of the impact crater "Big Crater" is visible in the
upper-left on the horizon. The processing of this mosaic
was done by the United States Geological Survey,
Flagstaff, Arizona.
Left and
right stereo images of rock "Half Dome" -
This stereo image pair was taken by the Sojourner rover's front
cameras on Sol 71 (September 14). Pits, linear textures, and pronounced topography on the
rock are clearly visible.
Left and
right stereo images of rock "Moe" -
This stereo image close-up was taken from the Sojourner rover's front
cameras on 70 (September 13). Flute-like textures on the rock, possibly caused by wind
abrasion, are clearly visible.
Rover and APXS deployed on "Moe" -
This color image shows the Sojourner rover's Alpha Proton X-ray Spectrometer (APXS)
deployed against the rock "Moe" on the morning of Sol 65. The rock behind the rover is
"Half Dome", which was previously measured by the APXS.
Left and
right stereo views of Sojourner and "Moe" -
The Sojourner rover's Alpha Proton X-ray Spectrometer (APXS) is shown deployed against
the rock "Moe" on the afternoon of Sol 64 (September 7). The rocks to the left of Moe are
"Shark" (left of Sojourner) and "Half Dome" (behind Sojourner). They were previously
measured by the APXS.
An image showing all previous APXS deployments
is also available.
Stereo images of the Solourner Rover -
These images taken on Sol 47 shows the
Sojourner rover with its left rear wheel
perched on the rock "Wedge." The rover's
Alpha Proton X-ray Spectrometer is the
cylindrical object extending from the back of
the rover.
Martian sunset on sol 24 and
a close-up of the sunset -
The image on the left shows much more color variation than had
previously been seen. The blue color near the
Sun is not caused by clouds of water ice, but
by the Martian dust itself. The dust in the
atmosphere absorbs blue light, giving the sky
its red color, but it also scatters some of the
blue light into the area just around the Sun
because of its size. The blue color only
becomes apparent near sunrise and sunset,
when the light has to pass through the largest
amount of dust. The close up on the right shows
the red sky in the background and the blue
around the Sun approximately as they
would appear to the human eye. The color of
the Sun itself is not right -- the Sun was over
exposed in each of the 3 color images that
were used to make this picture. The true color
of the Sun itself may be near white or slightly
bluish.
Wispy blue clouds in the pre-dawn sky on sol 39 -
This Imager for Mars Pathfinder color view
was made by taking blue, green, and red
images and then combining them into a single
color image. The clouds appear to have a
bluish side and a greenish side because they
moved (in the wind from the northeast)
between images. This picture was made an
hour and twenty minutes before sunrise -- the
sun is not shining directly on the water ice
clouds, but they are illuminated by the dawn
twilight.
Mars Pathfinder lander image of clouds on sol 15 -
As water ice clouds cover the sky, the sky takes
on a more bluish cast. This is because small
particles (perhaps a tenth the size of the
Martian dust, or one-thousandth the thickness
of a human hair) are bright in blue light, but
almost invisible in red light. Thus, scientists
expect that the ice particles in the clouds are
very small.
True color image of pre-dawn clouds in the eastern sky -
The view is 30 degrees above the horizon at 05:13 local solar time on Sol 39.
The bright streaks are probably ice clouds which have formed during the night.
In the true color image, the clouds appear to be blue compared to the background.
This is a real effect. The clouds are also moving. In order to create this image,
the individual, single color, data frames have had to be shifted with respect to each other.
The motion indicates that the clouds are moving from the north-east to the south-west.
Mars Pathfinder lander on sol 39 -
This image was taken by the rover's left front camera.
Deflated air bags are visible
at the base of the spacecraft. The American flag
and the letters "JPL" are seen on Pathfinder's
white electronics housing. The mast for the
Pathfinder camera extends upward from the
top of the housing. The front rover ramp is
perched on top of the air bags and is several
feet above the ground. Because of this
precarious position, Sojourner used the rear
ramp to reach the surface on Sol 2. The large
rock visible behind the air bags is "Yogi."
Lander image of the rock "Wedge" -
The Sojourner rover is next to the rock
"Wedge" in this image taken on Sol 35. From
this position, the rover took an image of
Wedge from its rear color camera (see
sol35r.gif). The cylindrical instrument
protruding from the rear of Sojourner is the
Alpha Proton X-Ray Spectrometer (APXS), an
instrument that measures the chemical
composition of rocks and soils. The APXS
was successfully deployed against Wedge on
the night of Sol 37
Rover image of the rock "Wedge" -
Taken by the Rover on sol 35, this closeup of Wedge
reveals a rough texture. consisting of small
protrusions and pits. The rocks in the
background comprise the "Rock
Garden",where Sojourner visited after
investigating Wedge. (the position of the rover relative to
Wedge is seen in the image above).
Movie showing Sojourner deploying the APXS instrument on sol 14 (1.1 M)
Caption information courtesy of Mars Pathfinder Project
Mars Pathfinder Panorama with names of features and rocks (700 K)
Comparison of Mars Pathfinder and Viking B&W Panoramas
Images of the Mars Pathfinder landing site in Ares Vallis
Mars Pathfinder Project Image Site
Mars Pathfinder home page at NSSDCA