We present a novel technique for quantitative unmixing of primary and secondary
ferrimagnetic minerals in sediments. Hysteresis and high-resolution first-order reversal curve …

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

One timeless challenge in rock magnetic studies, inclusive of paleomagnetism and
environmental magnetism, is decomposing a sample's bulk magnetic behavior into its …

Diagenetic alteration of magnetic minerals occurs in all sedimentary environments and
tends to be severe in reducing environments. Magnetic minerals provide useful information …

We describe a quantitative magnetic unmixing method based on principal component
analysis (PCA) of first‐order reversal curve (FORC) diagrams. For PCA, we resample FORC …

Trace concentrations of iron oxide minerals in carbonate sediments can preserve fine details
about Earth processes, from high-resolution recordings of the Earth's ancient magnetic field …

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 …

Low-temperature rock magnetic measurements have distinct diagnostic value. However, in
most bulk marine sediments the concentration of ferrimagnetic and antiferromagnetic …

The characterization of magnetic minerals in rocks often uses methods that measure
induced magnetization. When rocks, sediments or soils contain two magnetic phases, in …

Iron-bearing minerals are sensitive to a wide spectrum of natural processes and thus carry
important environmental information. In environmental magnetism, various techniques are …