KREEP basalts are a major component of soils and regolith at the Apollo 15 site. Their origin is controversial: both endogenous (volcanic) and exogenous (impact melt) processes have been proposed, but it is now generally agreed that KREEP basalts are volcanic rocks derived from the nearby Apennine Bench formation. Because most pristine KREEP basalts are found only as small clasts in polymict lunar breccias, reliable chemical data are scarce. The primary aim of this study is to characterize the range in chemical composition of pristine KREEP basalt, and to use these data to decipher the petrogenesis of these unique volcanic rocks
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
Lunar soil is a fine mixture of local rocks and exotic components. The bulk-rock chemical compositio...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
Lunar sample 15474,4 is a tiny fragment of olivine-augite vitrophyre that is a mare basalt. Although...
A geochemical survey of Apollo 16 regolith fragments found five basaltic samples from among hundreds...
Studies of lithic components in lunar breccias have documented a wide variety of rock types and magm...
The purpose of this project is to decipher the origin of rocks which form the ancient lunar crust. O...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Sample 12032,366-18 is a 41.2 mg basaltic rock fragment collected during the Apollo 12 mission to th...
Based on a synthesis of chemical data for over 200 samples, the nonmare rocks with fine grained melt...
Lunar mare basalts provide insights into the compositional diversity of the Moon’s interior. Basalt ...
Several 2-4 mm regolith fragments of basalt from the Apollo 16 site were recently described by [1]. ...
Most of the recent advances in lunar petrology are the direct result of breccia pull-apart studies, ...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
Lunar soil is a fine mixture of local rocks and exotic components. The bulk-rock chemical compositio...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
Lunar sample 15474,4 is a tiny fragment of olivine-augite vitrophyre that is a mare basalt. Although...
A geochemical survey of Apollo 16 regolith fragments found five basaltic samples from among hundreds...
Studies of lithic components in lunar breccias have documented a wide variety of rock types and magm...
The purpose of this project is to decipher the origin of rocks which form the ancient lunar crust. O...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Y983885 is a polymict regolith breccia with a KREEP basalt, Mg-rich troctolite/norite, a high-Al bas...
Sample 12032,366-18 is a 41.2 mg basaltic rock fragment collected during the Apollo 12 mission to th...
Based on a synthesis of chemical data for over 200 samples, the nonmare rocks with fine grained melt...
Lunar mare basalts provide insights into the compositional diversity of the Moon’s interior. Basalt ...
Several 2-4 mm regolith fragments of basalt from the Apollo 16 site were recently described by [1]. ...
Most of the recent advances in lunar petrology are the direct result of breccia pull-apart studies, ...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
Lunar soil is a fine mixture of local rocks and exotic components. The bulk-rock chemical compositio...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...