Deep-sea REY-rich sediments have attracted considerable attention in recent studies
because of their extremely high REY resource potential. Previous studies highlighted that …

Deep-sea mining disturbs the sediment on the seabed to form plumose flows, carrying metal
ions that are transmitted through the food chain, posing a serious threat to marine …

Carbonatite-associated rare earth element (REE) deposits (CARD) are mainly found at the
edges of cratons in the rift or post-collisional settings, but only a minority carbonatite can …

In this study, the mineralogy of a novel resource of deep-sea sediments containing rare
earth elements (REEs) was investigated, along with the leaching of REEs using hydrochloric …

REY‐rich mud, consisting of deep‐sea sediments with high concentrations of rare‐earth
elements and yttrium (REY), holds significant economic potential. Many studies have been …

Rare earth element and Yttrium (REY)-rich deep-sea sediments have been identified as
significant potential resources. Although grain size analysis is important for the study of …

Rare earth elements (REEs) have gained attention as tracers of pedogenic processes over
the last few decades. Clay-sized fractions (CSFs,< 2 μm) may play a crucial role in hosting …

Rare earth elements (REYs) originate from the weathering of parent granite, whose clay-
sized fractions are pivotal in the regolith-hosted rare earth elements (REEs) deposits …

Particularly since the 21st century, spurred by the impetus towards low-carbon development,
the rapid advancement in fields such as new energy materials, electronic technology, and …

Rare earth elements and yttrium (REY) in deep-sea sediments have emerged as potential
strategic resources. In order to investigate the provenance, sedimentary environment, and …