The origin of life on Earth is commonly considered to have been negatively affected by intense impacting in the Hadean, with the potential for the repeated evaporation and sterilization of any ocean. The impact flux is based on scaling from the lunar crater density record, but that record has no tie to any absolute age determination for any identified stratigraphic unit older than approx. 3.9 Ga (Nectaris basin). The flux can be described in terms of mass accretion, and various independent means can be used to estimate the mass flux in different intervals. The critical interval is that between the end of essential crustal formation (approx. 4.4 Ga) and the oldest mare times (approx. 3.8 Ga). The masses of the basin-forming projectiles durin...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
Earth is the one known example of an inhabited planet and to current knowledge the likeliest site of...
Radiometric dating and compositional clustering of lunar impact-melt rocks form the backbone of the ...
The discrepancy between the impact records on the Earth and Moon in the time period, 4.0–3.5 Ga call...
Summary: There has long been debate over the early cratering history of the lunar surface. While so...
Radiometric data of cratered lunar surfaces suggest that the cratering rate on the ancient Moon was ...
The Moon incorporates the record of asteroid and cometary impact activity in the inner solar system ...
The Moon forming giant impact marks the end of the main stage of Earth’s accretion and sets the stag...
The terrestrial impact crater record is commonly assumed to be biased, with erosion thought to elimi...
One possible definition for the origin of life on Earth is the time at which the interval between de...
An evaluation of the application of the high extralunar flux in pre-mare times to more general probl...
The early bombardment revealed in the larger impact craters and basins on the moon was a major plane...
Ancient layers of impact spherules provide a record of Earth\u27s early bombardment history. Here, w...
International audienceAsteroids impacting the Earth partly volatilize, partly melt (O’Keefe, J.D., A...
The inner solar system’s biggest and most recent known collision was the Moon-forming giant impact b...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
Earth is the one known example of an inhabited planet and to current knowledge the likeliest site of...
Radiometric dating and compositional clustering of lunar impact-melt rocks form the backbone of the ...
The discrepancy between the impact records on the Earth and Moon in the time period, 4.0–3.5 Ga call...
Summary: There has long been debate over the early cratering history of the lunar surface. While so...
Radiometric data of cratered lunar surfaces suggest that the cratering rate on the ancient Moon was ...
The Moon incorporates the record of asteroid and cometary impact activity in the inner solar system ...
The Moon forming giant impact marks the end of the main stage of Earth’s accretion and sets the stag...
The terrestrial impact crater record is commonly assumed to be biased, with erosion thought to elimi...
One possible definition for the origin of life on Earth is the time at which the interval between de...
An evaluation of the application of the high extralunar flux in pre-mare times to more general probl...
The early bombardment revealed in the larger impact craters and basins on the moon was a major plane...
Ancient layers of impact spherules provide a record of Earth\u27s early bombardment history. Here, w...
International audienceAsteroids impacting the Earth partly volatilize, partly melt (O’Keefe, J.D., A...
The inner solar system’s biggest and most recent known collision was the Moon-forming giant impact b...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
Earth is the one known example of an inhabited planet and to current knowledge the likeliest site of...
Radiometric dating and compositional clustering of lunar impact-melt rocks form the backbone of the ...