Upheaval Dome is a unique circular structure on the Colorado Plateau in SE Utah, the origin of which has been controversially discussed for decades. It has been interpreted as a crypto volcanic feature, a salt diapir, a pinched-off salt diapir, and an eroded impact crater. While recent structural mapping, modeling, and analyses of deformation mechanisms strongly support an impact origin, ultimate proof, namely the documentation of unambiguous shock features, has yet to be successfully provided. In this study, we document, for the first time, shocked quartz grains from this crater in sandstones of the Jurassic Kayenta Formation. The investigated grains contain multiple sets of decorated planar deformation features. Transmission electron micr...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shock microstructures in refractory accessory minerals such as zircon and monazite provide crucial e...
Coesite, a high-pressure silica polymorph, is a diagnostic indicator of impact cratering in quartz-b...
Upheaval Dome is a structurally deformed topographic depression located in Canyonlands National Park...
This report describes a study in which seismic profiling was used to re-interpret the origin of Uphe...
The origin of Upheaval Dome, in Canyonlands National Park of southeastern Utah, has been a topic of ...
Patterns of deformation within the Upheaval Dome structure, Utah, provide important clues for assess...
Upheaval Dome (Canyonlands National Park, Utah) is an enigmatic structure previously attributed to u...
The origin of Upheaval Dome, in Canyonlands National Park of southeastern Utah, has been a topic of ...
We propose Upheaval Dome in southeastern Utah as an impact analogue site on Earth to Mars Science La...
Upheaval Dome, in Canyonlands National Park, Utah, USA, is a unique structure on the Colorado Platea...
Field and microstructural observations from Upheaval Dome, in Canyonlands National Park, Utah, show ...
The circular Cloud Creek structure in central Wyoming, USA is buried beneath ~1200 m of Mesozoic sed...
The record of terrestrial meteorite impacts is fragmentary because most impact structures and ejecta...
Shocked quartz is typically used to test if sites experienced a meteorite impact in the past, howeve...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shock microstructures in refractory accessory minerals such as zircon and monazite provide crucial e...
Coesite, a high-pressure silica polymorph, is a diagnostic indicator of impact cratering in quartz-b...
Upheaval Dome is a structurally deformed topographic depression located in Canyonlands National Park...
This report describes a study in which seismic profiling was used to re-interpret the origin of Uphe...
The origin of Upheaval Dome, in Canyonlands National Park of southeastern Utah, has been a topic of ...
Patterns of deformation within the Upheaval Dome structure, Utah, provide important clues for assess...
Upheaval Dome (Canyonlands National Park, Utah) is an enigmatic structure previously attributed to u...
The origin of Upheaval Dome, in Canyonlands National Park of southeastern Utah, has been a topic of ...
We propose Upheaval Dome in southeastern Utah as an impact analogue site on Earth to Mars Science La...
Upheaval Dome, in Canyonlands National Park, Utah, USA, is a unique structure on the Colorado Platea...
Field and microstructural observations from Upheaval Dome, in Canyonlands National Park, Utah, show ...
The circular Cloud Creek structure in central Wyoming, USA is buried beneath ~1200 m of Mesozoic sed...
The record of terrestrial meteorite impacts is fragmentary because most impact structures and ejecta...
Shocked quartz is typically used to test if sites experienced a meteorite impact in the past, howeve...
Most of the craters on the Earth, produced by an impact of meteorite or other space object, have bee...
Shock microstructures in refractory accessory minerals such as zircon and monazite provide crucial e...
Coesite, a high-pressure silica polymorph, is a diagnostic indicator of impact cratering in quartz-b...