Isidis-like impact on Mars at 400 My. Mantle convection accounts for thermal buoyancy only. The panels show temperature <i>T</i> (left) and composition (melting degree) <i>f</i> (right); <i>f</i><0 indicates enrichment.<br>This animation is supplementary material for "On the relative importance of thermal and chemical buoyancy in regular and impact-induced melting in a Mars-like planet" by Ruedas and Breuer
The thermo-chemical evolution of a one-plate planet like Mars strongly influences its atmospheric ev...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
Abstract. All fresh and many older Martian craters with diameters greater than a few km are surround...
Convection in planetary mantles is driven by buoyancy that results from density variation...
We ran series of 2D numerical mantle convection simulations of the thermochemical evolution of a Mar...
We ran several series of two-dimensional numerical mantle convection simulations representing in ide...
We ran several series of two-dimensional numerical mantle convection simulations representing in ide...
[1] Early in the history of terrestrial planets, the fractional crystallization of a magma ocean can...
Introduction: The early history of the terrestrial planets was strongly shaped by the occurrence of ...
The early bombardment history of Mars may have drastically shaped its crustal evolution. Impact-indu...
The early history of the terrestrial planets was strongly shaped by the occurrence of several large ...
The impact heat accumulated during the late stage of planetary accretion can melt a significant part...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
Impacts between planetesimals have largely been ruled out as a heat source in the early Solar System...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
The thermo-chemical evolution of a one-plate planet like Mars strongly influences its atmospheric ev...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
Abstract. All fresh and many older Martian craters with diameters greater than a few km are surround...
Convection in planetary mantles is driven by buoyancy that results from density variation...
We ran series of 2D numerical mantle convection simulations of the thermochemical evolution of a Mar...
We ran several series of two-dimensional numerical mantle convection simulations representing in ide...
We ran several series of two-dimensional numerical mantle convection simulations representing in ide...
[1] Early in the history of terrestrial planets, the fractional crystallization of a magma ocean can...
Introduction: The early history of the terrestrial planets was strongly shaped by the occurrence of ...
The early bombardment history of Mars may have drastically shaped its crustal evolution. Impact-indu...
The early history of the terrestrial planets was strongly shaped by the occurrence of several large ...
The impact heat accumulated during the late stage of planetary accretion can melt a significant part...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
Impacts between planetesimals have largely been ruled out as a heat source in the early Solar System...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
The thermo-chemical evolution of a one-plate planet like Mars strongly influences its atmospheric ev...
International audienceA giant impact is an increasingly popular explanation for the formation of the...
Abstract. All fresh and many older Martian craters with diameters greater than a few km are surround...