Impact melt breccias from the Rochechouart (France) meteorite crater possess
paleomagnetic directions with both normal and reverse polarities, raising the question …

High temperature impact melt breccias from the Rochechouart (France) meteorite crater
record a magnetization component with antipodal, normal and reverse polarities. The …

Large‐scale impact events are some of the most catastrophic and instantaneous geological
processes in nature, and leave in their wake conspicuous geological structures with …

A detailed palaeomagnetic study of the Slate Islands meteorite impact site, northern Lake
Superior, has successfully isolated a secondary component of remanence which on the …

This chapter summarizes the magnetic characteristics of meteorite impact craters. Magnetic
mineralogies of both impact melts and target rocks are described, as are the paleomagnetic …

We present the first geomagnetic paleointensity measurements on single plagioclase
crystals from lavas formed during the∼ 262–318Ma Permo-Carboniferous Reverse Polarity …

We present a paleomagnetic study of the~ 10 km diameter Karla impact structure in Russia.
We sampled the target carbonate rocks, and a yet undocumented fragmental melt‐bearing …

We report rock magnetic and paleomagnetic data from the~ 214 Ma Manicouagan (Canada)
impact crater based on 25 widely distributed sites of impact melt and basement rocks …

The strength of Earth's magnetic field, on timescales greater than a million years, is known
primarily from Thellier‐Thellier analyses of igneous rocks. In the Thellier‐Thellier method …

The basic features of the geomagnetic reversal chronology of the last 160 million years are
well established. The relationship between this history and other features of the field …