Mercury (Hg) has seven stable isotopes that can be utilized to trace the sources of Hg and
evaluate the importance of transport and transformation processes in the cycling of Hg in the …

The oceans, serving as some of the most extensive reservoirs of mercury (Hg) on Earth, play
an essential role in the global Hg biogeochemical circulation, as a sink for atmospheric …

Measuring the isotopic composition of Hg in natural waters is challenging due to the
ultratrace level of aqueous Hg (ng L–1). At least 5 ng of Hg mass is required for Hg isotopic …

Characterizing natural mercury (Hg) isotopic compositions in geological and environmental
matrices provides a better understanding of the biogeochemical cycles of Hg. However …

Anthropogenic activities and climate change have significantly increased mercury (Hg)
levels in seawater. However, the processes and sources of Hg in differing marine …

The deposition of different atmospheric mercury (Hg) species into oceans determines the
atmospheric Hg lifetime and the production of neurotoxin methylmercury. Yet, the relative …

Many compounds and inorganic elements released from natural and anthropogenic origins
contaminate the environment and are implicated in catastrophes involving most biologically …

Mercury (Hg) isotopes provide a useful tool to understand Hg sources and processes in the
environment. The Hg isotopic composition of seawater remains poorly constrained due to …

Atmospheric Hg (0) dry deposition is a vital process that significantly affects the global
distribution and cycling of Hg. However, significant knowledge gaps and challenges persist …

Rhenium (Re) and its isotopes offer valuable information for understanding various
geological processes throughout Earth's history. However, Re isotope analysis remains …