International audienceThe howardite-eucrite-diogenite (HED) clan is a group of meteorites that probably originate from the asteroid Vesta. Some of them are complex breccias that contain impact glasses whose compositions mirror that of their source regions. Some K-rich impact glasses (up to 2 wt% K2O) suggest that in addition to basalts and ultramafic cumulates, K-rich rocks are exposed on Vesta's surface. One K-rich glass (up to 6 wt% K2O), with a felsic composition, provides the first evidence of highly differentiated K-rich rocks on a large asteroid. They can be compared to the rare lunar granites and suggest that magmas generated in a large asteroid are more diverse than previously thought
The Dawn spacecraft mission has provided extensive new and detailed data on Vesta that confirm and s...
Howardite meteorites are polymict breccias composed mainly of eucritic and diogenitic material that ...
4 Vesta is the largest asteroid with a basaltic surface, the only surviving differentiated asteroid ...
International audienceThe howardite-eucrite-diogenite (HED) clan is a group of meteorites that proba...
The howardite-eucrite-diogenite (HED) achondrites are a group of meteorites that probably originate ...
Brecciated eucrites and howardites represent samples of the regolith of asteroid 4 Vesta. As such, t...
One conclusion derived from the study of meteorites is that some of them - most irons, stony irons, ...
Many lines of evidence (e.g. common geochemistry, chronology, O-isotope trends, and the presence of ...
The Dawn mission showed asteroid 4 Vesta to be an extensively cratered body, ancient in age, with cr...
The matrix and twenty four clasts from the paired howardites EET 87503 and EET 87513 were studied by...
Small morphologically fresh impact craters (<10 km in diameter) on Vesta's surface with a photometri...
The parent body of the howardites, eucrites and diogenites (HEDs) is thought to be asteroid (4) Vest...
The howardites, eucrites, and diogenites (HEDs) are a suite of related meteorite types that formed b...
A compelling case can be made that Vesta is the parent asteroid for the howardite, eucrite and dioge...
at sufficiently high spatial resolution to enable a detailed correlation of the asteroid’s spectral ...
The Dawn spacecraft mission has provided extensive new and detailed data on Vesta that confirm and s...
Howardite meteorites are polymict breccias composed mainly of eucritic and diogenitic material that ...
4 Vesta is the largest asteroid with a basaltic surface, the only surviving differentiated asteroid ...
International audienceThe howardite-eucrite-diogenite (HED) clan is a group of meteorites that proba...
The howardite-eucrite-diogenite (HED) achondrites are a group of meteorites that probably originate ...
Brecciated eucrites and howardites represent samples of the regolith of asteroid 4 Vesta. As such, t...
One conclusion derived from the study of meteorites is that some of them - most irons, stony irons, ...
Many lines of evidence (e.g. common geochemistry, chronology, O-isotope trends, and the presence of ...
The Dawn mission showed asteroid 4 Vesta to be an extensively cratered body, ancient in age, with cr...
The matrix and twenty four clasts from the paired howardites EET 87503 and EET 87513 were studied by...
Small morphologically fresh impact craters (<10 km in diameter) on Vesta's surface with a photometri...
The parent body of the howardites, eucrites and diogenites (HEDs) is thought to be asteroid (4) Vest...
The howardites, eucrites, and diogenites (HEDs) are a suite of related meteorite types that formed b...
A compelling case can be made that Vesta is the parent asteroid for the howardite, eucrite and dioge...
at sufficiently high spatial resolution to enable a detailed correlation of the asteroid’s spectral ...
The Dawn spacecraft mission has provided extensive new and detailed data on Vesta that confirm and s...
Howardite meteorites are polymict breccias composed mainly of eucritic and diogenitic material that ...
4 Vesta is the largest asteroid with a basaltic surface, the only surviving differentiated asteroid ...