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Surprising cadmium isotope results north of the Subantarctic Front in the South West Atlantic Ocean
Testament of the efficiency of environmental policies
The circulation loop in the North Atlantic and Arctic oceans depicted by the artificial radionuclides
The potential of anthropogenic 236-Uranium as a new and transient oceanographic tracer demonstrated in the North Atlantic
The potential of coupling high-resolution circulation models and geochemical tracers: example of the Mediterranean Sea
The power of tracers: a 3D animation example of Thorium-230 along GEOTRACES North Atlantic Sections
The role of melting-ice in driving the slowdown of circulation in the western Atlantic Ocean revealed by protactinium-thorium ratio
Tracking the sea ice exported from the Siberian Shelf to the Arctic Ocean
Using chromium isotopes to reconstruct the oxygenation history of the oceans is challenged by modern data
Using the three thorium isotope toolbox to probe the particle dynamic within an East Pacific Rise hydrothermal plume
Water mass circulation and weathering inputs in the Labrador Sea based on coupled hafnium-neodymium isotope compositions and rare earth element distributions
Water masses traced by neodymium isotopic compositions at an unprecedented level in the North Atlantic Ocean
What constrains the hydrothermal dissolved iron isotopic signatures?
What controls the copper isotopic composition in oceanic waters?
What drives the silicon budget in the Bay of Bengal? The isotope composition clues...
Why did the concentration of atmospheric carbon dioxide rise so much and so quickly during the last deglaciation? 
Why is the deep ocean zinc isotopic signature so heavy?

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