Add to ORKGWe will analyze spectral characteristics of stratigraphy in the catchment and deposit at Eberswalde Crater, Mars. This crater is a frequent contender for the preferred destination of future Mars rover and human science missions in the search for evidence of life on the Red Planet
Several interpretations of recurring slope lineae (RSL) have related RSL to the potential presence o...
Eberswalde crater was selected as a candidate landing site for the Mars Science Laboratory (MSL) mis...
Mud volcanism, a specific type of subsurface sediment mobilization process known to occur on Earth, ...
Within Eberswalde crater, Mars, is one of the most well-preserved river delta deposits identified wi...
This dissertation presents three studies applying orbital remote sensing, rover-based compositional ...
Impact cratering is ubiquitous, energetic and fundamental geologic process acting on the solid plane...
Understanding the past and present distribution, form, and behavior of water on Mars is critical to ...
The fan deposit in Eberswalde crater has been interpreted as strong evidence for sustained liquid wa...
A large amount and a wide variety of information can be retrieved from the study of the thermal emis...
The present-day sedimentary rock record on Mars provides insights into the early surface and subsurf...
Impact cratering is the most ubiquitous geologic process in the solar system, and its geomorphic eff...
Connecting surface imaging and topography with IR spectral mineral identification provides better po...
The search for life on Mars has relied on infrared spectroscopy from orbit and in situ rovers to det...
Over 2000 sols on Mars have passed since the Mars Science Laboratory’s Curiosity rover landed in Gal...
[1] Multispectral measurements in the visible and near infrared of rocks at Meridiani Planum by the ...
Several interpretations of recurring slope lineae (RSL) have related RSL to the potential presence o...
Eberswalde crater was selected as a candidate landing site for the Mars Science Laboratory (MSL) mis...
Mud volcanism, a specific type of subsurface sediment mobilization process known to occur on Earth, ...
Within Eberswalde crater, Mars, is one of the most well-preserved river delta deposits identified wi...
This dissertation presents three studies applying orbital remote sensing, rover-based compositional ...
Impact cratering is ubiquitous, energetic and fundamental geologic process acting on the solid plane...
Understanding the past and present distribution, form, and behavior of water on Mars is critical to ...
The fan deposit in Eberswalde crater has been interpreted as strong evidence for sustained liquid wa...
A large amount and a wide variety of information can be retrieved from the study of the thermal emis...
The present-day sedimentary rock record on Mars provides insights into the early surface and subsurf...
Impact cratering is the most ubiquitous geologic process in the solar system, and its geomorphic eff...
Connecting surface imaging and topography with IR spectral mineral identification provides better po...
The search for life on Mars has relied on infrared spectroscopy from orbit and in situ rovers to det...
Over 2000 sols on Mars have passed since the Mars Science Laboratory’s Curiosity rover landed in Gal...
[1] Multispectral measurements in the visible and near infrared of rocks at Meridiani Planum by the ...
Several interpretations of recurring slope lineae (RSL) have related RSL to the potential presence o...
Eberswalde crater was selected as a candidate landing site for the Mars Science Laboratory (MSL) mis...
Mud volcanism, a specific type of subsurface sediment mobilization process known to occur on Earth, ...