Salinity is a fundamental property of watermasses that is useful in paleoenvironmental and
paleoecological studies, yet the theory of application of geochemical proxies to paleosalinity …

The evolution of atmospheric CO 2 and the pH of the ocean can be reconstructed by the
boron isotopic composition (δ 11 B) of marine carbonates, which is influenced by the δ 11 B …

High arsenic (As) groundwater has posed a serious threat to human health. Due to the
complex spatial-temporal distributions of dissolved As, the influence of groundwater …

The shales of the Mamfe basin were geochemically analyzed to determine their
paleosalinity and hydrothermal characteristics which existed at the time of their deposition …

This paper presents a revised and updated synthesis of the biogeochemical cycle of boron
at the Earth's surface, where the largest fluxes are associated with the injection of sea‐salt …

The distributions of dissolved and particulate Mo and their isotope composition (δ 98 Mo)
have been measured in the Narmada and the Tapi estuaries draining into the Arabian Sea …

Boron is a bio-essential metalloid and its concentrations as well as isotopic compositions
are useful tracers for various environmental processes; however, its oceanic budget is not …

Toxic heavy metals adsorbed preferentially onto suspended sediments enter our food chain
by bio-assimilation in coastal ocean organisms. To decipher metal pollution status in the …

Abstract The Qaidam Basin is located in the northeastern part of the Tibetan Plateau, which
is a natural place to study climate change. Here, new data on Eocene sediments in the …

The **tai area is a relatively new oil and gas exploration area in Qaidam Basin, China. As
one of the most important sandstone reservoir in the Qaidam Basin, Eocene Lulehe …