Rift valleys on Mars have recently attracted considerable attention and thoroughly been investigated from a geological perspective [1,2]. Apart from Valles Marineris, Martian rifts resemble terrestrial continental rift structures with respect to key characteristics such as geometric dimension, fault pattern, morphology and the presence of rift related volcanism. However, the usually present footwall uplift was not observed. Contrary to previous studies, we have identified rift flank uplift at the Coracis Fossae, facilitating geomechanical modeling
The primary goal of this dissertation is to understand the geologic history of Mars through the use ...
The Tharsis topographic rise of Mars is roughly 5000 km wide and 10 km high and is believed to have ...
An assemblage of huge parallel troughs, individually up to 200 km wide and hundreds of kilometers lo...
Large extensional tectonic surface structures on Mars are investigated on the basis of image and top...
We have identified flexural uplift at the flanks of the Coracis Fossae Rift valley. Modeling the top...
The resistant parts of the canyon walls of the Martian rift complex Valled Marineris were used to in...
The Acheron Fossae region is an ancient crustal block exposed in the northwestern Tharsis province o...
A large fraction of surface extension on Mars occurred at segmented grabens having width/length rati...
The Thaumasia Highland Rifts are two complex graben structures in the Thaumasia Highland belt, loca...
Four sessions were held: crustal dichotomy; crustal differentiation/volcanism; Tharsis, Elysium, and...
The global-scale crustal structure of Mars is shaped by impact basins, volcanic provinces, and a hem...
Several fundamental problems were addressed in the early impact, tectonic, and volcanic evolution of...
The tectonic style of Mars is dominated by vertical motion, perhaps more than any of the terrestrial...
International audienceValles Marineris represents the deepest natural incision in the Martian upper ...
We suggest an interpretation of the thermal history of Mars base on crustal deformations. Local defo...
The primary goal of this dissertation is to understand the geologic history of Mars through the use ...
The Tharsis topographic rise of Mars is roughly 5000 km wide and 10 km high and is believed to have ...
An assemblage of huge parallel troughs, individually up to 200 km wide and hundreds of kilometers lo...
Large extensional tectonic surface structures on Mars are investigated on the basis of image and top...
We have identified flexural uplift at the flanks of the Coracis Fossae Rift valley. Modeling the top...
The resistant parts of the canyon walls of the Martian rift complex Valled Marineris were used to in...
The Acheron Fossae region is an ancient crustal block exposed in the northwestern Tharsis province o...
A large fraction of surface extension on Mars occurred at segmented grabens having width/length rati...
The Thaumasia Highland Rifts are two complex graben structures in the Thaumasia Highland belt, loca...
Four sessions were held: crustal dichotomy; crustal differentiation/volcanism; Tharsis, Elysium, and...
The global-scale crustal structure of Mars is shaped by impact basins, volcanic provinces, and a hem...
Several fundamental problems were addressed in the early impact, tectonic, and volcanic evolution of...
The tectonic style of Mars is dominated by vertical motion, perhaps more than any of the terrestrial...
International audienceValles Marineris represents the deepest natural incision in the Martian upper ...
We suggest an interpretation of the thermal history of Mars base on crustal deformations. Local defo...
The primary goal of this dissertation is to understand the geologic history of Mars through the use ...
The Tharsis topographic rise of Mars is roughly 5000 km wide and 10 km high and is believed to have ...
An assemblage of huge parallel troughs, individually up to 200 km wide and hundreds of kilometers lo...