Impact cratering is one of the major geological processes that has affected the Martian surface throughout the planet's history. The frequency of craters within particular size ranges provides information about the formation ages and obliterative episodes of Martian geologic units. The Barlow chronology was extended by measuring small craters on the volcanoes and a number of standard terrain units. Inclusions of smaller craters in units previously analyzed by Barlow allowed for a more direct comparison between the size-frequency distribution data for volcanoes and established chronology. During this study, 11,486 craters were mapped and identified in the 1.5 to 8 km diameter range in selected regions of Mars. The results are summarized in t...
International audienceAll chronology models used in dating planetary surfaces are based on the lunar...
2668 craters were identified and digitized from Mariner 9 imagery in U.S.G.S. quadrangle 'Mare Tyrrh...
We have investigated 12 prominent regions on Mars in detail with respect to their geologic evolution...
This study has provided a more detailed chronology than currently exists in the literature and has c...
Mariner 9 images of the four great volcanic shields of the Tharsis region of Mars show many circular...
Without returned samples from the Martian surface, relative age chronologies and stratigraphic relat...
Although numerous studies have delineated the Tharsis and post-Tharsis volcanic/tectonic history on ...
The shapes and densities of crater size-frequency distribution curves are used to constrain two majo...
I. Mariner IX images of the four great volcanic shields of the Tharsis region of Mars show many c...
Abstract Crater counting is a method which allows us to estimate the surface ages of the planetary ...
Geologic and stratigraphic analyses of Martian channels were accomplished using Mariner frames of hi...
A hydrological model involving episodic oceans and ice sheets on Mars has been presented by Baker, e...
In the absence of dates derived from rock samples, impact crater frequencies are commonly used to da...
The degradation of impact craters provides a powerful tool to analyze surface processes in the marti...
Mars hosts the solar system’s largest volcanoes. Although their size and impact crater density indic...
International audienceAll chronology models used in dating planetary surfaces are based on the lunar...
2668 craters were identified and digitized from Mariner 9 imagery in U.S.G.S. quadrangle 'Mare Tyrrh...
We have investigated 12 prominent regions on Mars in detail with respect to their geologic evolution...
This study has provided a more detailed chronology than currently exists in the literature and has c...
Mariner 9 images of the four great volcanic shields of the Tharsis region of Mars show many circular...
Without returned samples from the Martian surface, relative age chronologies and stratigraphic relat...
Although numerous studies have delineated the Tharsis and post-Tharsis volcanic/tectonic history on ...
The shapes and densities of crater size-frequency distribution curves are used to constrain two majo...
I. Mariner IX images of the four great volcanic shields of the Tharsis region of Mars show many c...
Abstract Crater counting is a method which allows us to estimate the surface ages of the planetary ...
Geologic and stratigraphic analyses of Martian channels were accomplished using Mariner frames of hi...
A hydrological model involving episodic oceans and ice sheets on Mars has been presented by Baker, e...
In the absence of dates derived from rock samples, impact crater frequencies are commonly used to da...
The degradation of impact craters provides a powerful tool to analyze surface processes in the marti...
Mars hosts the solar system’s largest volcanoes. Although their size and impact crater density indic...
International audienceAll chronology models used in dating planetary surfaces are based on the lunar...
2668 craters were identified and digitized from Mariner 9 imagery in U.S.G.S. quadrangle 'Mare Tyrrh...
We have investigated 12 prominent regions on Mars in detail with respect to their geologic evolution...