This work critically reviews stable isotope fractionation of essential (B, Mg, K, Ca, Fe, Ni, Cu,
Zn, Mo), beneficial (Si), and non-essential (Cd, Tl) metals and metalloids in plants. The …

The number of studies using various stable isotope systems for tracing contamination
sources and various biogeochemical processes is rapidly rising due to the increased …

Zinc and Cd isotope compositions are presented for a comprehensive suite of terrestrial
rocks to constrain the extent of Zn and Cd isotope fractionation during igneous processes …

This study employs stable isotope analysis to investigate the mechanisms of cadmium (Cd)
and zinc (Zn) interaction in the metal hyperaccumulating plant species Sedum …

The Zn isotope fingerprint is widely used as a proxy of various environmental geochemical
processes, so it is crucial to determine which are the mechanisms responsible for isotopic …

Phytoplankton productivity and export sequester climatically significant quantities of
atmospheric carbon dioxide as particulate organic carbon through a suite of processes …

The stable isotope compositions of Cu and Zn in major geochemical reservoirs are
increasingly studied with the aim to develop these isotope systems as tools to investigate the …

Abstract The North Pacific has played an important role in ongoing discussions on the origin
of the global correlation between oceanic dissolved Zn and Si, while data in the North …

Widespread deposition of organic-rich shales during the Late Cretaceous Oceanic Anoxic
Event 2 (OAE 2, ca. 94 Ma) occurred during a period of significant global paleo …

Soil particle size may significantly affect metal distribution and stable isotopic behavior.
Here, two soils were separated into four particle size fractions, namely fine sand, silt, fine silt …