The carbon and nitrogen isotope values of mantle xenoliths and xenocrysts are used to trace the cycling of volatiles in the deep Earth, for example, to place empirical constraints on the origin of diamond-forming carbon in the mantle. The global databas
Diamond is essentially impermeable and unreactive under many conditions, and tiny mineral inclusions...
The study of mantle diamonds offers the possibility to investigate the geodynamic carbon cycle with ...
International audiencePrimarily on the basis of C, N, S, and O stable isotope systematics, this arti...
The carbon and nitrogen isotope values of mantle xenoliths and xenocrysts are used to trace the cycl...
Mineralogical studies of deep-seated xenoliths and mineral inclusions in diamonds indicate that ther...
International audienceDiamonds are unrivalled in their ability to record the mantle carbon cycle and...
International audienceDiamond, as the deepest sample available for study, provides a unique opportun...
Sublithospheric diamonds that sample the transition zone and uppermost lower mantle provide a unique...
A technique for the routine determination of the nitrogen contents and the δ15N and δ13C values of d...
Nitrogen isotope values from mantle diamonds are a commonly used tracer in the quest to track volati...
International audienceEarth’s carbon, derived from planetesimals in the 1 AU region during accretion...
International audienceThe spatial distribution of carbon and nitrogen isotopes in diamonds provides ...
Diamond is essentially impermeable and unreactive under many conditions, and tiny mineral inclusions...
Diamond can crystallize throughout the mantle below about 150 km and while it exists metastably in t...
The flux of carbon between the mantle and crustal reservoirs can have a large impact on the melting ...
Diamond is essentially impermeable and unreactive under many conditions, and tiny mineral inclusions...
The study of mantle diamonds offers the possibility to investigate the geodynamic carbon cycle with ...
International audiencePrimarily on the basis of C, N, S, and O stable isotope systematics, this arti...
The carbon and nitrogen isotope values of mantle xenoliths and xenocrysts are used to trace the cycl...
Mineralogical studies of deep-seated xenoliths and mineral inclusions in diamonds indicate that ther...
International audienceDiamonds are unrivalled in their ability to record the mantle carbon cycle and...
International audienceDiamond, as the deepest sample available for study, provides a unique opportun...
Sublithospheric diamonds that sample the transition zone and uppermost lower mantle provide a unique...
A technique for the routine determination of the nitrogen contents and the δ15N and δ13C values of d...
Nitrogen isotope values from mantle diamonds are a commonly used tracer in the quest to track volati...
International audienceEarth’s carbon, derived from planetesimals in the 1 AU region during accretion...
International audienceThe spatial distribution of carbon and nitrogen isotopes in diamonds provides ...
Diamond is essentially impermeable and unreactive under many conditions, and tiny mineral inclusions...
Diamond can crystallize throughout the mantle below about 150 km and while it exists metastably in t...
The flux of carbon between the mantle and crustal reservoirs can have a large impact on the melting ...
Diamond is essentially impermeable and unreactive under many conditions, and tiny mineral inclusions...
The study of mantle diamonds offers the possibility to investigate the geodynamic carbon cycle with ...
International audiencePrimarily on the basis of C, N, S, and O stable isotope systematics, this arti...