Tracing sediments back to their catchment sources using biogeochemical and physical
fingerprints involves multiple assumptions. One of the most fundamental assumptions is that …

Robust understanding of the fine-grained sediment cascades of temperate agricultural
catchments is essential for supporting targeted management for addressing the widely …

It is common in the fields of rock and environmental magnetism to unmix magnetic mineral
components using statistical methods that decompose various types of magnetization curves …

The release of toxic atmospheric pollutants since the Industrial Revolution is a major global
challenge, driving climate change and damaging human health. Spatial health inequalities …

Atmospheric particulate matter (PM) causes 3.7 million annual deaths worldwide and
potentially damages every organ in the body. The cancer-causing potential of fine …

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 …

Pedogenesis produces fine-grained magnetic minerals that record important information
about the ambient climatic conditions present during soil formation. Yet, differentiating the …

Continental margin sediments of SE South America originate from various terrestrial
sources, each conveying specific magnetic and element signatures. Here, we aim to identify …

Although natural materials are the subject of most Earth science articles, fundamental
studies on analogous synthetic materials, produced under laboratory‐controlled conditions …

Abstract The Taiwan Western Foreland Basin is thought traditionally to have received
sediment mainly from Eurasia until the late Pliocene–early Pleistocene, after which time, the …