In paleomagnetic and environmental magnetic studies the magnetomineralogical
identification is usually based on a set of rock magnetic parameters, complemented by …

Magnetite (Fe, O) is one of the most stable carriers of natural remanent magnetization (NRM)
in sedimentary rocks, and paleomagnetic studies of magnetite-bearing sediments, such as …

Submicroscopic, needle-shaped titanomagnetite inclusions exsolved in silicate minerals
commonly occur in mafic intrusive rocks and are protected from alteration by their silicate …

One of the most significant characteristics of the Anthro-pocene (the present age of geologic
time) is the rate at which humans are perturbing the global carbon cycle. The potency of …

The carrier of the natural magnetization of deep sea sediments was characterized by
mineralogical, electron microscopic, and rock magnetic investigations. Magnetic single …

Magnetite produced by magnetotactic bacteria (MTB) provides stable paleomagnetic signals
because it occurs as natural single‐domain magnetic nanocrystals. MTB can also provide …

We report results on the magnetic properties of magnetites produced by magnetotactic and
dissimilatory iron-reducing bacteria. Magnetotactic bacterial (MTB) strains MS1, MV1 and …

We have applied an integrated procedure for quantitative magnetic mineral extraction,
based on the separation method of Petersen, von Dobeneck & Vali (1986), to a range of …

Near-shore marine sediments deposited during the Paleocene–Eocene Thermal Maximum
at Wilson Lake, NJ, contain abundant conventional and giant magnetofossils. We find that …

The use of the marine sedimentary magnetic properties, as tracers for changes in
precipitation rate and in oceanic water masses transport and exchanges, implies to identify …