Bulk composition and thermal evolution constrain the formation of organics in Ceres’ subsurface ocean via geochemical modeling
Jack Diab, Mohit Melwani Daswani, Julie Castillo-Rogez IcarusIn Press, Journal Pre-proof, Available online 4 November 2022 LINK “Highlights • Organic formed in the subsurface ocean are controlled by temperature and redox conditions• Under a CI…
Geochemistry, thermal evolution, and cryovolcanism on Ceres with a muddy ice mantle
Marc Neveu, Steven J. Desch Geophysical Research Letters 10.1002/2015GL066375 published: 12 December 2015 LINK “We present a model of the internal evolution of Ceres consistent with pre-Dawn observations and preliminary data returned by Dawn. We…
Meteoritical Bulletin updates
- Northeast Africa 120 (Angrite)
- Northwest Africa 18158 (Lunar (feldsp. melt breccia))
- Northeast Africa 119 (Eucrite-pmict)
- Northwest Africa 18156 (Diogenite)
- Northwest Africa 18154 (Mesosiderite-A3)
- Northwest Africa 18153 (Lunar (feldsp. melt breccia))
- Northwest Africa 18137 (LL7)
- Rafsa 008 (Lunar)
- Northwest Africa 18094 (Diogenite)
- Northwest Africa 18092 (Howardite)
- Northwest Africa 18086 (LL3-7-melt breccia)
- Northwest Africa 18087 (Angrite)
- Northwest Africa 18080 (Howardite)
- Northwest Africa 18079 (CV3)
- Tin-Essako 005 (Lunar (feldsp. melt breccia))
- Al Khuwaymat 004 (Lunar (troct. melt breccia))
- Tilemsi 001 (Howardite)
- Northwest Africa 18047 (Howardite)
- Northwest Africa 18045 (Lunar (melt breccia))
- Northwest Africa 18027 (Martian (nakhlite))
