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Preface | ||
1 | The Large Impact Process Inferred from the Geology of Lunar Multiring Basins | 1 |
2 | Coincidence in Time of the Imbrium Basin Impact and Apollo 15 KREEP Volcanic Flows: The Case for Impact-Induced Melting | 11 |
3 | Evidence from Magellan for Unexpectedly Deep Complex Craters on Venus | 19 |
4 | Large Impact Craters and Basins on Venus, with Implications for Ring Mechanics on the Terrestrial Planets | 29 |
5 | The Effects of Differential Scaling of Impact Melt and Crater Dimensions on Lunar and Terrestrial Craters: Some Brief Examples | 51 |
6 | The Crisium Basin: Implications of an Oblique Impact for Basin Ring Formation and Cavity Collapse | 61 |
7 | Experimental Studies of Geochemical Aspects of Impact Cratering | 73 |
8 | Geomechanical Models of Impact Cratering: Puchezh-Katunki Structure | 81 |
9 | Hypervelocity Impact: Ejecta Velocity, Angle, and Composition | 93 |
10 | Impact-Induced Melting of Planetary Surfaces | 103 |
11 | A Late Devonian Extraterrestrial Impact and Extinction in Eastern Gondwana: Geochemical, Sedimentological, and Faunal Evidence | 111 |
12 | The Conditions of Shock Metamorphism | 121 |
13 | Tektite Origin by Hypervelocity Asteroidal or Cometary Impact: Target Rocks, Source Craters, and Mechanisms | 133 |
14 | Impactites from Popigai Crater | 153 |
15 | Pseudotachylites of the Beaverhead Impact Structure: Geochemical, Geochronological, Petrographic, and Field Investigations | 163 |
16 | Pseudotachylites of the Vredefort Dome and the Surrounding Witwatersrand Basin, South Africa | 177 |
17 | Breccia Veins and Dykes Associated with the Roter Kamm Crater, Namibia | 197 |
18 | Acraman: A Major Impact Structure from the Neoproterozoic of Australia | 209 |
19 | Allochthonous Impact-Shocked Rocks and Superimposed Deformations at the Beaverhead Site in Southwest Montana | 225 |
20 | Preliminary Results of the U.S. Geological Survey-Iowa Department of Natural Resources Geological Survey Bureau Manson Core Drilling Project | 237 |
21 | The Zhamanshin Impact Feature: A New Class of Complex Crater? | 249 |
22 | Al Umchaimin Depression, Western Iraq: An Impact Structure? | 259 |
23 | Origin of the Polymict, Allochthonous Breccias of the Onaping Formation, Sudbury Structure, Ontario, Canada | 265 |
24 | Pseudotachylytic Rock Distribution and Genesis Within the Sudbury Impact Structure | 275 |
25 | Isotope Systematics Support the Impact Origin of the Sudbury Structure (Ontario, Canada) | 289 |
26 | The Formation of the Sudbury Structure, Canada: Toward a Unified Impact Model | 303 |
27 | Lineament Analysis of the Sudbury Multiring Impact Structure | 319 |
28 | Sudbury Igneous Complex: Impact Melt or Endogenous Magma? Implications for Lunar Crustal Evolution | 331 |
Index | 343 |
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