Interpretations of paleomagnetic observations assume that naturally occurring magnetic
particles can retain their primary magnetic recording over billions of years. The ability to …

Environmental magnetism uses the spatial and temporal occurrence of magnetic carriers as
diagnostic tools to detect environmental changes. Concentration, composition, grain size …

A palaeomagnetic and magnetic anisotropy study was conducted on the lower-middle
Carboniferous Maringouin and Shepody red bed formations of the Maritime Provinces of …

Sediment magnetic properties of a short core from Sharkey Lake, MN, record the effects of
Euroamerican settlement and climate change over the last 150 yr. The onset of European …

We report a novel authigenic nanoscale magnetite source in marine methane seep
sediments. The magnetite occurs in large concentrations in multiple horizons in a 230 m …

Paleoclimate changes are recorded by proxy as variations in concentration, composition,
and grain size of magnetic minerals, principally magnetite (FesO,), in the sediments …

Magnetic analysis of carbonate strata of the mid-continent region of the United States
indicates that the Late Paleozoic remagnetization already recognized in the Appalachians …

Results of a paleomagnetic and rock magnetic survey of Paleozoic carbonates from 39 sites
in the midcontinental US show that many of these sites carry a stable remanence of …

Magnetotactic bacteria (MTB), sensitive to redox status, leave fossil bacterial magnetite
(magnetofossils) in sediments. The relative contents of cuboctahedral, elongated prismatic …

Low temperature magnetic techniques provide useful tools to detect the presence of
magnetite and pyrrhotite in sediments through identification of their low temperature …