Heavy minerals are typically rare but important components of siliciclastic sediments and
rocks. Their abundance, proportions, and variability carry valuable information on source …

Sandy braided dryland rivers, deposited under arid to semi-arid conditions, constitute
important clastic reservoirs worldwide whose reservoir quality reflects the effect of primary …

The potential of heavy minerals studies in provenance analysis can be enhanced
conspicuously by using a state-of-the-art protocol for sample preparation in the laboratory …

Provenance information from recent and ancient sedimentary archives is obscured by
several factors and for disentangling these intermingled signals, analysis by multiple …

This work explores the significance of sedimentary proxies recorded within the Paleogene
fine-grained detritus of the Adriatic foredeep (Northern Italy). Such sequences represent the …

This article illustrates a multi-technique frontier approach for the provenance study of silt-
size sediments. The mineralogical composition of low-density and heavy-mineral fractions of …

Dryland fluvial systems respond to hydroclimate changes on Quaternary timescales, yet
deciphering the palaeoenvironmental histories they preserve is often complex. Whilst …

Variability in organic matter types and quality of source rock intervals across evolving rift-
basins has been the focus of previous studies, which have shown that due to dynamic …

This research seeks to test the hypothesis that the rheology of submarine gravity-flows
influences the planform geometry of associated fan lobe deposits. If this control exists …

This study investigates the upper Magdalena river basin (Colombia), which is characterized
by tectonic activity, tropical climate, heterogeneous lithological assemblages, and anthropic …