Evidence of shock metamorphism in the Dutch Peak diamictite in the Sheeprock Mountains, Utah, is reported. The Dutch Peak diamictite is of Proterozoic age and is a minor part of the Dutch Peak formation. A shocked sample, specimen A250, was collected during a brief visit of the Harker Canyon area of the Sheeprock Mountains. This sample consists of equant, anhedral grains of quartz, K-feldspar, and plagioclase. The crystallographic orientation of 244 lamellae systems in 106 grains was measured. It is presently difficult to evaluate the significance of this single specimen. Without additional and substantial field work, and petrographic characterization of this formation, a number of scenarios for the presence of a shocked clast and the empla...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shocked quartz is typically used to test if sites experienced a meteorite impact in the past, howeve...
The study of shock-metamorphic features of the Zagami meteorite revealed pseudotachylite-like melt v...
Shock metamorphism, caused by hypervelocity impact, is a poorly understood process in feldspar. This...
Impact cratering was once considered a rare geological process of no, or little, importance to the e...
Thus far, detailed petrologic studies of shock metamorphism have been performed on samples recovered...
The record of terrestrial meteorite impacts is fragmentary because most impact structures and ejecta...
Plagioclase feldspar is one of the most common rock‐forming minerals on the surfaces of the Earth an...
Detrital shocked minerals can provide valua ble residual records of eroded impact structures. Recent...
Shock metamorphism is one of the most fundamental processes in the history of Martian meteorites, es...
The Malingen structure in Sweden has for a long time been suspected to be the result of an impact; h...
Shock metamorphism is rarely found at the surface of the Earth. The most used structures to identify...
The Middle Ordovician Granby structure in Sweden is generally considered the result of an asteroidal...
Shock-related textures in feldspars have been found in impactites from the Tenoumer impact structure...
The 23 km-diameter, ca. 24 Ma Haughton Dome impact structure in the Canadian Arctic on Devon Island,...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shocked quartz is typically used to test if sites experienced a meteorite impact in the past, howeve...
The study of shock-metamorphic features of the Zagami meteorite revealed pseudotachylite-like melt v...
Shock metamorphism, caused by hypervelocity impact, is a poorly understood process in feldspar. This...
Impact cratering was once considered a rare geological process of no, or little, importance to the e...
Thus far, detailed petrologic studies of shock metamorphism have been performed on samples recovered...
The record of terrestrial meteorite impacts is fragmentary because most impact structures and ejecta...
Plagioclase feldspar is one of the most common rock‐forming minerals on the surfaces of the Earth an...
Detrital shocked minerals can provide valua ble residual records of eroded impact structures. Recent...
Shock metamorphism is one of the most fundamental processes in the history of Martian meteorites, es...
The Malingen structure in Sweden has for a long time been suspected to be the result of an impact; h...
Shock metamorphism is rarely found at the surface of the Earth. The most used structures to identify...
The Middle Ordovician Granby structure in Sweden is generally considered the result of an asteroidal...
Shock-related textures in feldspars have been found in impactites from the Tenoumer impact structure...
The 23 km-diameter, ca. 24 Ma Haughton Dome impact structure in the Canadian Arctic on Devon Island,...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shocked quartz is typically used to test if sites experienced a meteorite impact in the past, howeve...
The study of shock-metamorphic features of the Zagami meteorite revealed pseudotachylite-like melt v...