Tracing ultrahigh-pressure (UHP) metamorphism of crustal rocks through the geological
record is a key for understanding the evolution of plate tectonics on Earth due to the linkage …

The major-element chemical composition of garnet provides valuable petrogenetic
information, particularly in metamorphic rocks. When facing detrital garnet, information about …

Marginal seas are major sinks of fluvial sediments. Identifying the sources and quantifying
the contributions of different sources are essential to studying the transport and distribution …

Contrasting metamorphic conditions determined by chemical geothermobarometric
investigations of ultrahigh-pressure (UHP) lenses surrounded by high-pressure (HP) and …

Detrital single-mineral geochemistry and geochronology are strong tools in provenance
studies and indicate great potentials in addressing issues in earth sciences. Various biases …

Heavy‐mineral suites are used widely in sandstone provenance and are key when
connecting source and sink. When characterizing provenance related signatures, it is …

Abstract The Late Cretaceous Honghuatao Formation includes a succession of thick clastic
sedimentary sequences which are widely exposed in northwestern Jianghan Basin, central …

This study explores in detail the complexity of textural–compositional relationships in fluvial
sediments. To this aim, fifteen size fractions (from clay to granule) of three sediment samples …

A multiproxy approach involving grain size, geophysical (resistivity, magnetic susceptibility,
and P-wave velocity), mineralogical (XRD), and geochemical (elemental, stable isotopes) …

In this study, heavy mineral analysis was carried out in different size fractions of the Yellow
River sediment to extract its end-members. It shows that heavy mineral contents, species …