Understanding the controls on uranium (U) mobility in the environment is key to improve the
management of sites contaminated by U mining activities. Previous research has shown that …

As the parent element in the U-Pb and Pb-Pb radiochronometers, uranium (U) was one of
the first heavy elements whose isotopic composition was carefully determined. Thought to …

In the French north‐western Alps, several lakes of glacial origin, such as Aiguebelette and
La Thuile, present some mass‐transport deposits within their sedimentary sequences …

Microbial reduction of soluble hexavalent uranium (U (VI)) to sparingly soluble tetravalent
uranium (U (IV)) has been explored as an in situ strategy to immobilize U. Organic ligands …

Understanding the behaviour of uranium waste, for disposal purposes, is crucial due to the
correlation between pH values and the disposal of distinct types of waste, with low level …

Uranium milling activities have produced high volumes of long-lived radioactive processed
wastes stored worldwide in near surface environment. The aim of this study is to highlight …

Microbial processes can be involved in the remobilization of uranium (U) from reduced
sediments under O2 reoxidation events such as water table fluctuations. Such reactions …

Understanding the uranium (U) cycle─ reservoirs and processes─ at the watershed scale
is key to manage contaminated areas, to elucidate ore formation processes, as well as to …

Manganese (Mn) is an essential micro-nutrient that can limit or, along with iron (Fe), co-limit
phytoplankton growth in the ocean. Glacier meltwater is thought to be a key source of trace …

Uranium (U) isotopic signatures and concentration in sediments are widely used as paleo-
redox proxies, as the behavior of U is often controlled by bottom water oxygenation. Here …