CM2 Meteorites

carbonaceous group · 416 meteorites

CM2 carbonaceous chondrites are carbon-rich, hydrated meteorites. They contain up to 3% carbon, amino acids, and water-bearing minerals. Important for understanding organic chemistry in the early solar system.

Sort by: Mass Name Year Country
Name Mass
Yamato 791191 70.1 g
Elephant Moraine 87522 68.6 g
Miller Range 07700 67.6 g
Queen Alexandra Range 97990 67.3 g
Northwest Africa 1758 66.4 g
Allan Hills 84033 60.4 g
MacKay Glacier 05230 60.1 g
Santa Cruz 60.0 g
Yamato 86695 59.6 g
Pecora Escarpment 02012 58.9 g
Asuka 881458 56.8 g
Lewis Cliff 85309 54.1 g
El-Quss Abu Said 53.1 g
Northwest Africa 6908 52.7 g
Graves Nunataks 98074 51.9 g
Pecora Escarpment 91008 51.7 g
Allan Hills 84042 51.3 g
Asuka 881280 48.5 g
Yamato 793595 48.2 g
Scott Glacier 06014 48.2 g
D'Angelo Bluff 06004 47.4 g
Thiel Mountains 91722 47.4 g
Allan Hills 85009 46.6 g
Miller Range 05152 46.6 g
Lewis Cliff 88001 44.9 g
Allan Hills 84034 44.1 g
LaPaz Icefield 03785 43.4 g
Lewis Cliff 87148 42.5 g
Elephant Moraine 96006 42.2 g
Northwest Africa 7131 40.0 g
Asuka 881955 40.0 g
Northwest Africa 6862 39.4 g
LaPaz Icefield 02239 39.3 g
Meteorite Hills 00432 38.9 g
Meteorite Hills 01072 38.5 g
Yamato 980051 38.5 g
MacAlpine Hills 88176 37.9 g
Miller Range 07675 37.4 g
Asuka 881655 36.6 g
Asuka 881594 35.7 g
Pecora Escarpment 91084 34.4 g
Allan Hills 84051 34.3 g
Asuka 881334 34.1 g
Allan Hills 84039 32.8 g
Northwest Africa 6725 32.6 g
Queen Alexandra Range 99355 32.4 g
Miller Range 07676 32.2 g
Allan Hills 85008 32.1 g
Lewis Cliff 85312 31.7 g
Bou Kra 005 31.1 g

Related Classifications