The Cretaceous‐Tertiary Impact Crater and the Cosmic Projectile That Produced It a

@article{Sharpton1997TheCI,
  title={The Cretaceous‐Tertiary Impact Crater and the Cosmic Projectile That Produced It a},
  author={Virgil L. Sharpton and Luis E. Mar{\'i}n},
  journal={Annals of the New York Academy of Sciences},
  year={1997},
  volume={822}
}
ABSTRACT: Evidence gathered to date from topographic data, geophysical data, well logs, and drill‐core samples indicates that the buried Chicxulub basin, the source crater for the ∼65 Ma Cretaceous‐Tertiary (K/T) boundary deposits, is ∼300 km in diameter. A prominent topographic ridge and a ring of gravity anomalies mark the position of the basin rim at ∼150 km from the center. Wells in this region recovered thick sequences of impact‐generated breccias at 200–300 m below present sea level… 
THE CHICXULUB METEOR IMPACT AND ANCIENT LOCATIONAL DECISIONS ON THE YUCATÁN PENINSULA, MEXICO: THE APPLICATION OF REMOTE SENSING, GIS, AND GPS IN SETTLEMENT PATTERN STUDIES
In addition to the visible surface expression of the buried Chicxulub crater, the effect of the meteor impact is discernable in the cultural landscape of northwestern Yucatan, Mexico as a uniquely
Near-Earth object velocity distributions and consequences for the Chicxulub impactor
AbstractAn Opik-based geometric algorithm is used to compute impact probabilities and velocity distributions for various near-Earth object (NEO) populations. The resulting crater size distributions
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TLDR
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