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Diaplectic quartz glass and SiO2 melt experimentally generated at only 5 GPa shock pressure in porous sandstone: Laboratory observations and meso-scale numerical modeling

Earth and planetary science letters, 2013-12, Vol.384, p.17-26

2013

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Pseudotachylitic breccia from the Dhala impact structure, north-central India: Texture, mineralogy and geochemical characterization

Tectonophysics, 2015-05, Vol.649, p.18-32

2015

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The problem of inherited 40Ar in dating impact glass by the 40Ar/ 39Ar method: Evidence from the Tswaing impact crater (South Africa)

Geochimica et cosmochimica acta, 2007-03, Vol.71 (5), p.1214-1231

2007

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A 2.023 Ga age for the Vredefort impact event and a first report of shock metamorphosed zircons in pseudotachylitic breccias and Granophyre

Earth and planetary science letters, 1996-11, Vol.144 (3-4), p.369-387

1996

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Comment on “Pseudotachylite vein hosted by a clast in the Vredefort Granophyre: characterization, origin and relevance” by E. Kovaleva et al., South African Journal of Geology, 2018, doi:10.25131/sajg.121.0002

South African journal of geology, 2019-03, Vol.122 (1), p.105-108

Reimold, W.U.

2019

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Experimental shock deformation in zircon: a transmission electron microscopic study

Earth and planetary science letters, 1999-06, Vol.169 (3), p.291-301

1999

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Sulfur geochemistry across a terrestrial Permian–Triassic boundary section in the Karoo Basin, South Africa

Earth and planetary science letters, 2003-01, Vol.206 (1-2), p.101-117

2003

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Critical comment on Aneeshkumar, V. et al., 2022, Lithos 426–427, 106779, Meteorite impact at Ramgarh, India: Petrographic and geochemical evidence, and new geochronological insights

Lithos, 2023-02, Vol.438-439, p.106971, Article 106971

2023

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Pseudotachylite in impact structures — generation by friction melting and shock brecciation?: A review and discussion

Earth-science reviews, 1995-12, Vol.39 (3), p.247-265

Reimold, W.U.

1995

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An appraisal of the ages of terrestrial impact structures

Earth and planetary science letters, 2009-08, Vol.286 (1), p.1-13

2009

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Comment on “Anatomy of impactites and shocked zircon grains from Dhala reveals Paleoproterozoic meteorite impact in the Archean basement rocks of Central India” by Li et al., 2018, Gondwana Research, 54, 81–101

Gondwana research, 2018-08, Vol.60, p.214-217

2018

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Reply to “Comment on impact structures in Africa: A review (Short Note)” by Acevedo, R.D. et al

Journal of African earth sciences (1994), 2014-12, Vol.100, p.757-758

2014

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The age and thermal evolution of the Vredefort impact structure: A single-grain UPb zircon study

Geochimica et cosmochimica acta, 1997-04, Vol.61 (7), p.1531-1540

1997

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Impact cratering: The South American record – Part 1

Chemie der Erde, 2019-04, Vol.79 (1), p.1-61

2019

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Deep Drilling into the Chesapeake Bay Impact Structure

Science (American Association for the Advancement of Science), 2008-06, Vol.320 (5884), p.1740-1745

2008

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U-Pb and Lu-Hf zircon geochronology of the Cañadón Asfalto Basin, Chubut, Argentina: Implications for the magmatic evolution in central Patagonia

Journal of South American earth sciences, 2017-10, Vol.78, p.190-212

2017

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Impact cratering: The South American record—Part 2

Chemie der Erde, 2019-05, Vol.79 (2), p.191-220

2019

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High-precision 40Ar/ 39Ar age of the Jänisjärvi impact structure (Russia)

Earth and planetary science letters, 2008, Vol.265 (3), p.438-449

2008

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Terrestrial impact melt rocks and glasses

Earth-science reviews, 2001-12, Vol.56 (1), p.205-284

2001

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Shock experiments on quartz targets pre-cooled to 77 K

International journal of impact engineering, 2011-06, Vol.38 (6), p.440-445

2011

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Generation, mobilization and crystallization of impact-induced alkali-rich melts in granitic target rocks: Evidence from the Araguainha impact structure, central Brazil

Geochimica et cosmochimica acta, 2009-12, Vol.73 (23), p.7183-7201

2009

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A geochemical contribution to the discussion about the genesis of impact-related pseudotachylitic breccias: Studies of PTB in the Otavi and Kudu Quarries of the Vredefort Dome support the “In Situ Formation” hypothesis

South African journal of geology, 2016-09, Vol.119 (3), p.453-472

2016

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Order or chaos? Origin and mode of emplacement of breccias in floors of large impact structures

Earth-science reviews, 2004-09, Vol.67 (1), p.1-54

2004

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Scientific comment on: uundja et al., 2007: Magnetic imaging of the Vredefort impact crater, South Africa, EPSL 261, 456-468

Earth and planetary science letters, 2008, Vol.273 (3-4), p.393

2008

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Insights into the morphology, geometry, and post-impact erosion of the Araguainha peak-ring structure, central Brazil

Geological Society of America bulletin, 2007-09, Vol.119 (9-10), p.1135-1150

2007

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Diaplectic quartz glass and SiO2 melt experimentally generated at only 5 GPa shock pressure in porous sandstone: Laboratory observations and meso-scale numerical modeling

Pseudotachylitic breccia from the Dhala impact structure, north-central India: Texture, mineralogy and geochemical characterization

The problem of inherited 40Ar in dating impact glass by the 40Ar/ 39Ar method: Evidence from the Tswaing impact crater (South Africa)

A 2.023 Ga age for the Vredefort impact event and a first report of shock metamorphosed zircons in pseudotachylitic breccias and Granophyre

Comment on “Pseudotachylite vein hosted by a clast in the Vredefort Granophyre: characterization, origin and relevance” by E. Kovaleva et al., South African Journal of Geology, 2018, doi:10.25131/sajg.121.0002

Experimental shock deformation in zircon: a transmission electron microscopic study

Sulfur geochemistry across a terrestrial Permian–Triassic boundary section in the Karoo Basin, South Africa

Critical comment on Aneeshkumar, V. et al., 2022, Lithos 426–427, 106779, Meteorite impact at Ramgarh, India: Petrographic and geochemical evidence, and new geochronological insights

Pseudotachylite in impact structures — generation by friction melting and shock brecciation?: A review and discussion

An appraisal of the ages of terrestrial impact structures

Comment on “Anatomy of impactites and shocked zircon grains from Dhala reveals Paleoproterozoic meteorite impact in the Archean basement rocks of Central India” by Li et al., 2018, Gondwana Research, 54, 81–101

Reply to “Comment on impact structures in Africa: A review (Short Note)” by Acevedo, R.D. et al

The age and thermal evolution of the Vredefort impact structure: A single-grain UPb zircon study

Impact cratering: The South American record – Part 1

Deep Drilling into the Chesapeake Bay Impact Structure

U-Pb and Lu-Hf zircon geochronology of the Cañadón Asfalto Basin, Chubut, Argentina: Implications for the magmatic evolution in central Patagonia

Impact cratering: The South American record—Part 2

High-precision 40Ar/ 39Ar age of the Jänisjärvi impact structure (Russia)

Terrestrial impact melt rocks and glasses

Shock experiments on quartz targets pre-cooled to 77 K

Generation, mobilization and crystallization of impact-induced alkali-rich melts in granitic target rocks: Evidence from the Araguainha impact structure, central Brazil

A geochemical contribution to the discussion about the genesis of impact-related pseudotachylitic breccias: Studies of PTB in the Otavi and Kudu Quarries of the Vredefort Dome support the “In Situ Formation” hypothesis

Order or chaos? Origin and mode of emplacement of breccias in floors of large impact structures

Scientific comment on: uundja et al., 2007: Magnetic imaging of the Vredefort impact crater, South Africa, EPSL 261, 456-468

Insights into the morphology, geometry, and post-impact erosion of the Araguainha peak-ring structure, central Brazil

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