Otolith chemistry has gained increasing attention as a tool for analyzing various aspects of
fish biology, such as stock dynamics, migration patterns, hypoxia and pollution exposure …

Although marine productivity is a key parameter in the global carbon cycle, reliable
estimation of productivity in ancient marine systems has proven difficult. In this study, we …

The mineral barite (BaSO4) can precipitate in a variety of oceanic settings: in the water
column, on the sea floor and within marine sediments. The geological setting where barite …

The Wufeng organic-rich shale is widespread in the Upper Yangtze platform, and it is one of
the most advantageous shale gas producers in China. Its deposition commenced with the …

Chemical constituents in otoliths have become a valuable tool for fish ecologists seeking to
reconstruct migratory patterns and life‐history diversity in a wide range of species …

Marine sediments record paleoenvironmental changes over time through variations in major
and trace element concentrations. The main objective of this paper is to review such …

Variations in the concentration of redox sensitive elements combined with pyrite framboid
size data documented from a Marcellus Formation (Middle Devonian) core recovered from …

Quantitative knowledge about the burial of sedimentary components at the seafloor has
wide‐ranging implications in ocean science, from global climate to continental weathering …

Abstract The organic-rich Changliang Mountain oil shale, located in the North Qiangtang
depression, northern Tibet, is considered to be excellent mineral resource in China. The …

The marine biogeochemical cycle of Ba is thought to be controlled by particulate BaSO 4
(barite) precipitation associated with the microbial oxidation of organic carbon and its …