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The Origin, Evolution, and Environmental he Origin, Evolution, and Environmental he Origin, Evolution, and Environmental
Impact of
Impact of Oceanic Large Igneous Provinces Oceanic Large Igneous Provinces Oceanic Large Igneous Provinces
Impact of
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, W
Edited by Clive R. Neal, William W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager, illiam W. Sager,
Edited by Clive R. Neal, W
T T T T T T T
Takashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erbaakashi Sano, and Elisabetta Erba
The origin, evolution, and environmental impact of large igneous provinces (LIPs) represents
a topic of high scientifi c importance because the magmatism associated with these features
cannot be directly related to plate tectonics, and because the eruption of fl ood basalts may
have global environmental consequences. Oceanic LIPs are even more poorly understood
due to their relative inaccessibility. This volume takes a multidisciplinary approach to under-
standing LIP origin, evolution, and environmental impact in ocean basins. Papers that focus
on plate tectonic reconstructions, petrologic and geophysical investigations of various LIPs,
and sedimentological and micropaleontological evidence of syn-LIP sediments are presented.
Precious materials and data from dredging cruises and scientifi c ocean drilling expeditions
have made this volume possible.
SPE511, 339 p., ISBN 9780813725116 Special Paper 511
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