Zinc (Zn) is a micronutrient for organisms and essential for plant growth, therefore
knowledge of its elemental cycling in the surface environment is important regarding wider …

The micronutrient cycling in tropical latitudes is an issue of great concern because tropical
soils are not only suffering micronutrient deficiency, but also influencing the global cycling of …

The objective of this study is to determine for the first time the zinc (Zn) isotopic composition
of different soil horizons, parent rocks, litter, and plants from a single pristine watershed …

Zinc is an essential micronutrient that is ultimately released during mineral weathering. In
soils, organic matter plays a key role in influencing Zn partitioning and therefore on Zn …

Zinc isotopes have been increasingly utilized as a proxy for (bio) geochemical cycles of
nutrient Zn in the ecosystem like soils, but the behavior and mechanism of Zn isotope …

Zinc (Zn) is an essential micronutrient released into soils during rock weathering, and Zn
isotope composition has been emerging as a powerful tracer involved in the Earth's surface …

Stable isotopes are increasingly employed to identify anthropogenic disturbances and
geogenic processes of zinc (Zn) in terrestrial ecosystems. To reveal how land use affects the …

Copper and Zn are trace metal micronutrients whose stable isotope systematics are
receiving increasing attention as possible paleoenvironmental tracers. However, to realise …

The weathering and development of laterites can influence trace element cycling in (sub-)
tropics. Zinc (Zn) is a ubiquitous trace metal that involves both abiotic and biotic processes in …

The stable isotopes of copper (Cu) and zinc (Zn) are finding increasing applications in
surface Earth geochemistry. An important early observation is that aqueous pools of Cu …