Anomalous K-Pg–aged seafloor attributed to impact-induced mid-ocean ridge magmatism
Joseph Stephen Byrnes, Leif Karlstrom
Abstract
Joseph Stephen Byrnes, Leif Karlstrom
Abstract
. Widespread mobilization of existing mantle melt by post-impact seismic radiation can explain the volume and distribution of the anomalous crust. This massive but short-lived pulse of marine magmatism should be considered alongside the Chicxulub impact and Deccan Traps as a contributor to geochemical anomalies and environmental changes at K-Pg time.
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. Widespread mobilization of existing mantle melt by post-impact seismic radiation can explain the volume and distribution of the anomalous crust. This massive but short-lived pulse of marine magmatism should be considered alongside the Chicxulub impact and Deccan Traps as a contributor to geochemical anomalies and environmental changes at K-Pg time.
Key concepts: Magmatism, Seafloor spreading, Geology, Ridge, Meteorite, Mid-ocean ridge, Anomaly (physics), Magnetic anomaly