Almost all rock types in the SNC meteorites are cumulates, products of magma differentiation by crystal fractionation (addition or removal of crystals). If the SNC meteorites are from the surface of Mars or near subsurface, then most of the igneous units on Mars are differentiated. Basaltic units probably experienced minor to moderate differientation, but ultrabasic units probably experienced extreme differentiation. Products of this differentiation may include Fe-rich gabbro, pyroxenite, periodotite (and thus serpentine), and possibly massive sulfides. The SNC meteorites include ten lithologies (three in EETA79001), eight of which are crystal cumulates. The other lithologies, EETA79001 A and B are subophitic basalts
Isotopic analyses of mineral, leachate, and whole rock fractions from the Martian shergottite meteor...
Geochemical investigation of Martian meteorites (SNC meteorites) yields important constraints on the...
Abstract. The SNC (Shergotty-Nakhla-Chassigny) meteorites have recorded interactions between martian...
A group of 31 meteorites (SNC group) was derived from Mars as a product of 4 – 7 ejection events, pr...
In general, attempts to delineate an a priori sampling strategy for missions to terrestrial planets ...
Up until recently the orthopyroxenite ALH 84001, a singleton martian meteorite type, was the only sa...
Antarctic meteorite Queen Alexandra Range (QUE) 94201 is a 12 g basaltic achondrite dominated by pla...
Bulk chemical compositions of the shergottite basalts provide important constraints on magma genesis...
Geochemical and petrologic studies of the Martian meteorites (SNCs) have proliferated in the past fe...
The SNC meteorites are samples of the Martian crust, so inferences about their origins and parent ma...
Viking XRF analyses are compared with those for terrestrial and lunar basalt samples, and eucritic m...
Magmatic volatiles influence igneous phase equilibria, eruptive behavior, atmospheric composition, a...
Martian basalts can be classified in at least two geochemically different families: enriched and dep...
The SNC meteorites according to their oxygen isotope ratios and various trace element ratios form a ...
We present the results of new EPMA studies of chromite in primitive basaltic shergottites...
Isotopic analyses of mineral, leachate, and whole rock fractions from the Martian shergottite meteor...
Geochemical investigation of Martian meteorites (SNC meteorites) yields important constraints on the...
Abstract. The SNC (Shergotty-Nakhla-Chassigny) meteorites have recorded interactions between martian...
A group of 31 meteorites (SNC group) was derived from Mars as a product of 4 – 7 ejection events, pr...
In general, attempts to delineate an a priori sampling strategy for missions to terrestrial planets ...
Up until recently the orthopyroxenite ALH 84001, a singleton martian meteorite type, was the only sa...
Antarctic meteorite Queen Alexandra Range (QUE) 94201 is a 12 g basaltic achondrite dominated by pla...
Bulk chemical compositions of the shergottite basalts provide important constraints on magma genesis...
Geochemical and petrologic studies of the Martian meteorites (SNCs) have proliferated in the past fe...
The SNC meteorites are samples of the Martian crust, so inferences about their origins and parent ma...
Viking XRF analyses are compared with those for terrestrial and lunar basalt samples, and eucritic m...
Magmatic volatiles influence igneous phase equilibria, eruptive behavior, atmospheric composition, a...
Martian basalts can be classified in at least two geochemically different families: enriched and dep...
The SNC meteorites according to their oxygen isotope ratios and various trace element ratios form a ...
We present the results of new EPMA studies of chromite in primitive basaltic shergottites...
Isotopic analyses of mineral, leachate, and whole rock fractions from the Martian shergottite meteor...
Geochemical investigation of Martian meteorites (SNC meteorites) yields important constraints on the...
Abstract. The SNC (Shergotty-Nakhla-Chassigny) meteorites have recorded interactions between martian...