International audienceThe Lunar cratering record is consistent with the occurrence of a late heavy bombardment (LHB), which marked the end of terrestrial planet accretion 3.8 billion years ago. However, clear evidence of a LHB on Earth has not yet been identified. Here it is shown that the LHB did indeed occur on Earth and that we are breathing its aftermaths. The terrestrial atmosphere and hydrosphere is enriched in noble gases relative to the abundance of volatiles in the mantle. This enrichment is consistent with the mass delivered to Earth during the LHB only if this material consisted of ~0.5% Kuiper-belt objects mixed in with a population of largely chondritic (i.e. asteroidal) impactors. This places strong constraints on dynamical mo...
Two main processes were responsible for the composition of this atmosphere: chemical evolution of th...
International audienceThe origin of terrestrial volatiles remains one of the most puzzling questions...
International audienceWe review the different scenarios for the origin of light noble gases (He, Ne,...
International audienceThe Lunar cratering record is consistent with the occurrence of a late heavy b...
The barrage of comets and asteroids that produced many young lunar basins (craters over 300 kilometr...
This paper re-evaluates the data for inner Solar System volatiles with particular reference to the E...
International audienceAsteroids impacting the Earth partly volatilize, partly melt (O’Keefe, J.D., A...
Abstract: Data from lunar samples (Apollo, Luna, and lunar meteorites) indicate that the Moon was su...
Abstract. Data from lunar samples (Apollo, Luna, and lunar meteorites) indicate that the Moon was su...
In this study we attempt to model, with numerical simulations, the scenario for the origin of the la...
The difference between the measured atmospheric abundances of neon, argon, krypton, and xenon for Ve...
The difference between the measured atmospheric abundances of neon, argon, krypton, and xenon for Ve...
International audienceAccording to the generally accepted scenario, the last giant impact on Earth f...
International audienceThedifference between the measured atmospheric abundances of neon, argon, kryp...
International audienceThedifference between the measured atmospheric abundances of neon, argon, kryp...
Two main processes were responsible for the composition of this atmosphere: chemical evolution of th...
International audienceThe origin of terrestrial volatiles remains one of the most puzzling questions...
International audienceWe review the different scenarios for the origin of light noble gases (He, Ne,...
International audienceThe Lunar cratering record is consistent with the occurrence of a late heavy b...
The barrage of comets and asteroids that produced many young lunar basins (craters over 300 kilometr...
This paper re-evaluates the data for inner Solar System volatiles with particular reference to the E...
International audienceAsteroids impacting the Earth partly volatilize, partly melt (O’Keefe, J.D., A...
Abstract: Data from lunar samples (Apollo, Luna, and lunar meteorites) indicate that the Moon was su...
Abstract. Data from lunar samples (Apollo, Luna, and lunar meteorites) indicate that the Moon was su...
In this study we attempt to model, with numerical simulations, the scenario for the origin of the la...
The difference between the measured atmospheric abundances of neon, argon, krypton, and xenon for Ve...
The difference between the measured atmospheric abundances of neon, argon, krypton, and xenon for Ve...
International audienceAccording to the generally accepted scenario, the last giant impact on Earth f...
International audienceThedifference between the measured atmospheric abundances of neon, argon, kryp...
International audienceThedifference between the measured atmospheric abundances of neon, argon, kryp...
Two main processes were responsible for the composition of this atmosphere: chemical evolution of th...
International audienceThe origin of terrestrial volatiles remains one of the most puzzling questions...
International audienceWe review the different scenarios for the origin of light noble gases (He, Ne,...