Martian meteorite RBT 04262 is in the shergottite class. It displays the two lithologies typically found in "lherzolitic shergottites": one with a poikilitic texture of large pyroxene enclosing olivine and another with non-poikilitic texture. In the case of RBT 04262, the latter strongly ressembles an olivine- phyric shergottite which led the initial classification of this meteorite in that class. RBT 04262 has been studied with regards to its petrology, geochemistry and cosmic ray exposure and belongs to the enriched oxidized end-member of the shergottites. Studies on RBT 04262 have primarily focused on the bulk rock composition or each of the lithologies independently. To further elucidate RBT 04262's petrology and use it to better unders...
Martian meteorites are the only samples currently available on Earth to study Mars. Most martian met...
Shergottites are meteorites originating from Mars with a broadly basaltic composition. Derived from ...
Poikilitic shergottites, making up \u3e20% of martian meteorites, likely represent a significant com...
The Martian shergottite meteorites are basaltic to lherzolitic igneous rocks that represent a period...
This abstract presents mineralogical and geochemical data on newly discovered shergottite RBT 04262 ...
Shergottites, the largest martian meteorite group, come from at least two geochemically different so...
Y980459, a new Martian meteorite from Antarctica, is composed of coarse porphyritic olivine grains (...
Y980459 is a new type of shergottite, consisting mainly of olivine, orthopyroxene with augite mantle...
Martian poikilitic shergottite meteorites are cumulate rocks that can be used to understand melt evo...
Magmatic inclusions in martian meteorites occur mainly within olivine and pyroxene grains. They are ...
Knowledge of Martian igneous and mantle compositions is crucial for understanding Mars’ mantle evolu...
The martian meteorite Northwest Africa (NWA) 10169 is classified as a new member of the geochemicall...
AbstractY000027, Y000047, and Y000097 are new lherzolitic shergottites that show a poikilitic textur...
Martian basalts can be classified in at least two geochemically different families: enriched and dep...
As of 2013, about 60 meteorites from the planet Mars have been found and are being studied. Each tim...
Martian meteorites are the only samples currently available on Earth to study Mars. Most martian met...
Shergottites are meteorites originating from Mars with a broadly basaltic composition. Derived from ...
Poikilitic shergottites, making up \u3e20% of martian meteorites, likely represent a significant com...
The Martian shergottite meteorites are basaltic to lherzolitic igneous rocks that represent a period...
This abstract presents mineralogical and geochemical data on newly discovered shergottite RBT 04262 ...
Shergottites, the largest martian meteorite group, come from at least two geochemically different so...
Y980459, a new Martian meteorite from Antarctica, is composed of coarse porphyritic olivine grains (...
Y980459 is a new type of shergottite, consisting mainly of olivine, orthopyroxene with augite mantle...
Martian poikilitic shergottite meteorites are cumulate rocks that can be used to understand melt evo...
Magmatic inclusions in martian meteorites occur mainly within olivine and pyroxene grains. They are ...
Knowledge of Martian igneous and mantle compositions is crucial for understanding Mars’ mantle evolu...
The martian meteorite Northwest Africa (NWA) 10169 is classified as a new member of the geochemicall...
AbstractY000027, Y000047, and Y000097 are new lherzolitic shergottites that show a poikilitic textur...
Martian basalts can be classified in at least two geochemically different families: enriched and dep...
As of 2013, about 60 meteorites from the planet Mars have been found and are being studied. Each tim...
Martian meteorites are the only samples currently available on Earth to study Mars. Most martian met...
Shergottites are meteorites originating from Mars with a broadly basaltic composition. Derived from ...
Poikilitic shergottites, making up \u3e20% of martian meteorites, likely represent a significant com...