Mariner 6 and 7 photographs were used to investigate the nature and importance of linear surface trends on Mars. Cross correlations of frequency-azimuth distributions of linear trends from different Mariner frames indicate that lineations not recognized as topographic features have a component of pseudoforms, probably introduced during digital reconstruction of the pictures. Similar statistical tests may aid in the analysis of surface trends from future satellites and space probes. The most reliable data were separated into photometrically defined provinces. Meridiani Sinus and Margaritifer Sinus display five major trends in common, which are interpreted as extensions of crustal weaknesses related to the enormous equatorial canyon revealed ...
The Mariner 9 encounter with Mars is extensively documented with photographs taken by the satellite'...
Terrain studies of candidate landing sites for a future rover/sample-return mission to Mars are bein...
Transient phenomena on Mars have long been recognized in Mariner and Viking images as well as in dec...
The Mariner 6 and 7 pictures have provided significant clues to the nature of the light and dark mar...
Comparison of Martian tectonic and topographic features with earth and moon based on Mariner 6 and 7...
Mariner 6 and 7 pictures show that craters are the dominant landform on Mars and that their occurren...
Many overlapping pictures, potential data for the construction of topographic maps, were obtained by...
Mariner 6 and 7 photographs reveal two types of uncratered terrain on Mars. These are descriptively ...
Martian sedimentation is primarily aeolian with the principal source areas being the cratered highla...
Multiple arcs of rugged mountains and adjacent plains on the surface of Mars were examined. These fe...
Comparative planetological analyses of cratering and geomorphological processes were researched, wit...
Geologic and stratigraphic analyses of Martian channels were accomplished using Mariner frames of hi...
Data obtained recently by the Mars Orbiter Laser Altimeter (MOLA) were used to study the statistical...
Orbital datasets can be combined and manipulated to learn about the three-dimensional structure of p...
The fretted terrain in west Deuteronilus Mensae consists of extensive cratered upland penninsulas or...
The Mariner 9 encounter with Mars is extensively documented with photographs taken by the satellite'...
Terrain studies of candidate landing sites for a future rover/sample-return mission to Mars are bein...
Transient phenomena on Mars have long been recognized in Mariner and Viking images as well as in dec...
The Mariner 6 and 7 pictures have provided significant clues to the nature of the light and dark mar...
Comparison of Martian tectonic and topographic features with earth and moon based on Mariner 6 and 7...
Mariner 6 and 7 pictures show that craters are the dominant landform on Mars and that their occurren...
Many overlapping pictures, potential data for the construction of topographic maps, were obtained by...
Mariner 6 and 7 photographs reveal two types of uncratered terrain on Mars. These are descriptively ...
Martian sedimentation is primarily aeolian with the principal source areas being the cratered highla...
Multiple arcs of rugged mountains and adjacent plains on the surface of Mars were examined. These fe...
Comparative planetological analyses of cratering and geomorphological processes were researched, wit...
Geologic and stratigraphic analyses of Martian channels were accomplished using Mariner frames of hi...
Data obtained recently by the Mars Orbiter Laser Altimeter (MOLA) were used to study the statistical...
Orbital datasets can be combined and manipulated to learn about the three-dimensional structure of p...
The fretted terrain in west Deuteronilus Mensae consists of extensive cratered upland penninsulas or...
The Mariner 9 encounter with Mars is extensively documented with photographs taken by the satellite'...
Terrain studies of candidate landing sites for a future rover/sample-return mission to Mars are bein...
Transient phenomena on Mars have long been recognized in Mariner and Viking images as well as in dec...