Mesozoic of the Gulf Rim and Beyond: New Progress in Science and Exploration of the Gulf of Mexico Basin

Aeromagnetic Map Constrains Jurassic-Early Cretaceous Synrift, Break Up, and Rotational Seafloor Spreading History in the Gulf of Mexico
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Published:December 01, 2016
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CiteCitation
Pindell James, Miranda C. Ernesto, Cerón Alejandro, Hernandez Leopoldo, 2016. "Aeromagnetic Map Constrains Jurassic-Early Cretaceous Synrift, Break Up, and Rotational Seafloor Spreading History in the Gulf of Mexico", Mesozoic of the Gulf Rim and Beyond: New Progress in Science and Exploration of the Gulf of Mexico Basin, Christopher M. Lowery, John W. Snedden, Norman C. Rosen
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Abstract
We present a reduced-to-pole, total magnetic intensity map derived from merged aeromagnetic surveys in and around the Gulf of Mexico. Most of the deep central Gulf crust has a magnetic pattern of orthogonally intersecting features similar to, and interpreted as, fracture zones and ridge segments of oceanic crust formed by seafloor spreading. This spreading or drift phase occurred after the primary synrift phase of continental stretching across the greater Gulf of Mexico region, and thus the ocean crust rests within a broader zone of stretched continental crust with Yucatán, western Florida, the southern USA, and eastern Mexico forming the...
- accretion
- aeromagnetic maps
- airborne methods
- Atlantic Ocean
- basins
- continental crust
- Cretaceous
- crust
- exhumation
- extension
- geophysical methods
- geophysical survey maps
- geophysical surveys
- Gulf of Mexico
- Jurassic
- Lower Cretaceous
- magnetic anomalies
- magnetic methods
- magnetic survey maps
- mapping
- maps
- Mesozoic
- Mexico
- North America
- North Atlantic
- oceanic crust
- plate tectonics
- reconstruction
- rifting
- rotation
- sea-floor spreading
- Southern U.S.
- surveys
- United States
- Yucatan Mexico
- Yucatan Block
- continent-ocean transition