Magnesium-based hydrogen storage materials have garnered significant attention due to
their high hydrogen storage capacity, abundance, and low cost. However, the slow kinetics …

The growth and morphology of stromatolites have been previously linked to diverse
microbial activities. However, the role of microbial metabolisms on carbonate formation …

Carbonates are only a minor sink of oceanic lithium, yet the presence of this element and its
abundance relative to other metal cations in natural carbonate minerals is routinely used as …

Zinc was co-precipitated with calcite in mixed-flow reactors at 25° C and 6.1≤ pH≤ 8.5 to
quantify Zn isotope fractionation between calcite and the reactive fluid. The results suggest …

Amorphous precursors are known to occur in the early stages of carbonate mineral
formation in both biotic and abiotic environments. Although the Mg content of amorphous …

While barium (Ba) and strontium (Sr) stable isotopes are increasingly used as tracers of
biogeochemical processes and paleo-proxies, the role of biotic processes on Ba and Sr …

Calcite and aragonite growth rate experiments have been performed in the presence of
aqueous Ba at 25° C using the constant addition technique as a function of CaCO 3 mineral …

Sorption of oxyanions, such as pentavalent vanadium (V (V)), by reactive, poorly crystallized
clay minerals and Fe-(hydr) oxides surfaces significantly contributes to the nutrient and …

To better quantify the behaviour of rare earth elements (REE) in low temperature natural
systems, calcite was precipitated from NaCl-bearing aqueous solutions in the presence of …

The incorporation of magnesium and sulfate in calcite is frequently used to characterize and
trace the environmental conditions occurring during carbonate mineral formation. Although …