The leading, but contentious, model for lunar impact history includes a pronounced increase in impact events at around 3.9 Ga. This late heavy bombardment would have scarred Mars and the terrestrial planets, influenced the course of biologic evolution on the early Earth, and rearranged the very architecture of our Solar System. But what if it's not true? In the last decade, new observations and sample analyses have reinterpreted basin ages and "pulled the pin" on the cataclysm - we may only have the age of one large basin (Imbrium). The Curie mission would constrain the onset of the cataclysm by determining the age of a major pre-Imbrium lunar basin (Nectaris or Crisium), characterize new lunar lithologies far from the Apollo and Luna land...
Solar System impact rates back to about 3.5 billion years ago have been determined by measuring the ...
Since the Apollo 14 mission delivered samples of the Fra Mauro formation, interpreted as ejecta of t...
The nature of the early lunar magmatic and impact histories remains a fundamental, yet poorly unders...
The Curie mission would constrain the existence of the putative cataclysm by determining the age of ...
One of the legacies of the samples collected by the Apollo and Luna missions is the link forged betw...
Radiometric dating and compositional clustering of lunar impact-melt rocks form the backbone of the ...
Flooding of the lunar surface by ancient mare basalts has rendered uncertain the ages of lunar geoch...
Impact cratering on the Moon and the derived size-frequency distribution functions of lunar impact c...
The early impact history of the lunar surface is of critical importance in understanding the evoluti...
Legacy of the Apollo samples is the link forged between radiometric ages of rocks and relative ages ...
Quantitative constraints on the ages of melt-forming impact events on the Moon are based primarily o...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
abstract: Impact cratering has played a key role in the evolution of the solid surfaces of Solar Sys...
In a histogram of lunar impact ages from the Apollo 16 site, there is a spike circa 3.9 Ga that has ...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
Solar System impact rates back to about 3.5 billion years ago have been determined by measuring the ...
Since the Apollo 14 mission delivered samples of the Fra Mauro formation, interpreted as ejecta of t...
The nature of the early lunar magmatic and impact histories remains a fundamental, yet poorly unders...
The Curie mission would constrain the existence of the putative cataclysm by determining the age of ...
One of the legacies of the samples collected by the Apollo and Luna missions is the link forged betw...
Radiometric dating and compositional clustering of lunar impact-melt rocks form the backbone of the ...
Flooding of the lunar surface by ancient mare basalts has rendered uncertain the ages of lunar geoch...
Impact cratering on the Moon and the derived size-frequency distribution functions of lunar impact c...
The early impact history of the lunar surface is of critical importance in understanding the evoluti...
Legacy of the Apollo samples is the link forged between radiometric ages of rocks and relative ages ...
Quantitative constraints on the ages of melt-forming impact events on the Moon are based primarily o...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
abstract: Impact cratering has played a key role in the evolution of the solid surfaces of Solar Sys...
In a histogram of lunar impact ages from the Apollo 16 site, there is a spike circa 3.9 Ga that has ...
A sharp rise in the flux of asteroid-size bodies traversing the inner Solar System at 3.9 Ga has bec...
Solar System impact rates back to about 3.5 billion years ago have been determined by measuring the ...
Since the Apollo 14 mission delivered samples of the Fra Mauro formation, interpreted as ejecta of t...
The nature of the early lunar magmatic and impact histories remains a fundamental, yet poorly unders...