During mitigative and exploratory studies undertaken at the FM Ranch Campsite (EfPk-1) in
2015, Western Heritage implemented near-surface geophysical assessment to help focus …

This paper describes the magnetostratigraphy of lower and middle Eocene, lower and upper
Oligocene, and lower Miocene terrigenous sediments recovered in three on shore …

Beginning in 1964, an academic lineage of Robert DuBois and his students, Daniel
Wolfman and Jeffrey Eighmy, developed dedicated United States-based archaeomagnetic …

Sedimentary rocks are often used for relative paleointensity measurements, so it is important
to understand how sediments acquire remanent magnetizations and to better assess the …

Lack of confidence in palaeomagnetic data related to spurious magnetisations, and the
difficulties relating to upscaling of palaeomagnetic measurements represent significant …

The paleomagnetic signatures preserved in rocks provide insight into the thermal history of a
feature or region, and potentially insight into the paleogeographic location. However, at a …

As samples of ever decreasing sizes are being studied paleomagnetically, care has to be
taken that the underlying assumptions of statistical thermodynamics (Maxwell‐Boltzmann …

We have developed a quantification method that uses mainly room temperature rock
magnetic measurements to calculate concentrations of ferrimagnetic particles in sediments …

Magnetofossils are nanosized magnetic fossil remnants of magnetotactic bacteria (MTB) that
are widely distributed in marine and freshwater sediments. Past studies have revealed that …

Widespread geological preservation of biogenic magnetite makes it important to assess how
such particles contribute to sedimentary paleomagnetic signals. We studied a sediment core …