We report on the detection in southern Egypt of an impact crater 45 meters in diameter with a pristine rayed structure. Such pristine structures are typically observed on atmosphereless rocky or icy planetary bodies in the solar system. This feature and the association with an iron meteorite impactor and shock metamorphism provides a unique picture of small-scale hypervelocity impacts on Earth’s crust. Contrary to current geophysical models, ground data indicate that iron meteorites with masses of the order of tens of tons can penetrate the atmosphere without substantial fragmentation
Impact cratering was once considered a rare geological process of no, or little, importance to the e...
The recent Carancas meteorite impact event caused a worldwide sensation. An H4-5 chondrite struck th...
Asteroids tens to hundreds of meters in diameter constitute the most immediate impact hazard to huma...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
BREVIAWe report on the discovery in southern Egypt of an impact crater 45 m in diameter with a prist...
Impact craters up to a few hundreds of meters in diameter are common structures of solid surface...
We detail the Kamil crater (Egypt) structure and refine the impact scenario, based on the geological...
Shock effects in small terrestrial impact craters (diameter < 300 m) have been poorly studied becaus...
We detail the Kamil crater (Egypt) structure and refine the impact scenario, based on the geologica...
We report on the microscopic impactor debris around Kamil crater (45 m in diameter, Egypt) collecte...
This chapter provides an account of the present Egyptian impact cratering record as well as an over...
About 50 kyr ago the impact of an iron meteoroid excavated Meteor Crater, Arizona, the first terrest...
Presented by Jacques Angelier Using orbital imaging radar, we have detected a large number of circul...
Impact cratering was once considered a rare geological process of no, or little, importance to the e...
The recent Carancas meteorite impact event caused a worldwide sensation. An H4-5 chondrite struck th...
Asteroids tens to hundreds of meters in diameter constitute the most immediate impact hazard to huma...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
Small impact craters (<300 m in diameter) are rare on Earth and mostly deeply eroded, so that knowle...
BREVIAWe report on the discovery in southern Egypt of an impact crater 45 m in diameter with a prist...
Impact craters up to a few hundreds of meters in diameter are common structures of solid surface...
We detail the Kamil crater (Egypt) structure and refine the impact scenario, based on the geological...
Shock effects in small terrestrial impact craters (diameter < 300 m) have been poorly studied becaus...
We detail the Kamil crater (Egypt) structure and refine the impact scenario, based on the geologica...
We report on the microscopic impactor debris around Kamil crater (45 m in diameter, Egypt) collecte...
This chapter provides an account of the present Egyptian impact cratering record as well as an over...
About 50 kyr ago the impact of an iron meteoroid excavated Meteor Crater, Arizona, the first terrest...
Presented by Jacques Angelier Using orbital imaging radar, we have detected a large number of circul...
Impact cratering was once considered a rare geological process of no, or little, importance to the e...
The recent Carancas meteorite impact event caused a worldwide sensation. An H4-5 chondrite struck th...
Asteroids tens to hundreds of meters in diameter constitute the most immediate impact hazard to huma...