Tuesday Morning 2
Time	Session	Location	Title
1020	U22A	MS 303	Terrestrial Impact Cratering: New Insights Into the Cratering Process From Geophysics and Geochemistry II Presiding: J Plescia, Applied Physics Laboratory, Johns Hopkins University; G Collins, University of Arizona    [Abstracts]
1020	U22A-01	MS 303	The effect of impact angle on the formation of meteorite impact craters: Insight from 3D numerical modeling *K Wuennemann, D Elbeshausen, G S Collins    [details]
1035	U22A-02	MS 303	Is the Chicxulub Crater Asymmetry due to Target Asymmetry or Oblique Impact? Insight From Numerical Modeling *G S Collins, J V Morgan, K Wunnemann, D Elbeshausen, S Gulick, G Christeson, P Barton    [details]
1050	U22A-03	MS 303	Imaging the Asymmetric Chicxulub Impact Crater and Plans for Drilling *S P Gulick, P J Barton, G C Christeson, M McDonald, K Mendoza-Cervantes, J V Morgan, Z Pearson, A Surendra, J Urrutia-Fucugauchi, P Vermeesch INVITED    [details]
1105	U22A-04	MS 303	Broad zone of structural uplift beneath the Chicxulub impact structure J V Morgan, *P M Vermeesch    [details]
1120	U22A-05	MS 303	Chicxulub Crater Infilling and Yucatan Carbonate Platform Development: Implications for the Evolution of Large Terrestrial Impact Craters *M T Whalen, Z F Pearson, S P Gulick, R D Norris    [details]
1135	U22A-06	MS 303	Geophysical detection of eroded and buried impact structures in layered sedimentary and sedimentary-igneous terrains: Foelsche impact structure and relatives, Australia *P W Haines    [details]
1150	U22A-07	MS 303	Maximum Velocity of a Boulder Ejected From an Impact Crater Formed on a Regolith Covered Surface *G D Bart, H J Melosh    [details]
1205	U22A-08	MS 303	Impact-Induced Deglaciation of the Snowball Earth? *C Koeberl, B A Ivanov, J Goodman    [details]