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 …

Understanding past and present hydrosystem feedbacks to global ocean–atmospheric
interactions represents one of the main challenges to preventing droughts, extreme events …

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 …

At the end of the last glacial period in the northern hemisphere, meltwater from receding ice
sheets accumulated into large proglacial lakes, potentially limiting postglacial afforestation …

Hydrological variation in the past∼ 2 kyr is important for understanding the impact and
driving forces of climate changes in the present and future, especially in arid areas …

Our study aims to understand the palaeohydrological history of Lake Iznik and unravel the
complex interplay between climatic, tectonic, and environmental factors that have shaped …

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 …

Après le retrait du glacier dans l'est de l'Amérique du Nord il y a environ 11 700 ans, la
colonisation végétale s' est effectuée plus rapidement que prévu comparativement aux taux …