Gomez-Tuena, Arturo et al. (2007): Igneous petrogenesis of the Trans-Mexican volcanic belt

Leg/Site/Hole:
DSDP 66
DSDP 66 487
Identifier:
2007-114031
georefid

10.1130/2007.2422(05)
doi

Creator:
Gomez-Tuena, Arturo
Universidad Nacional Autonoma de Mexico, Campus Juriquilla, Centro de Geociencias, Queretaro, Mexico
author

Orozco-Esquivel, Maria Teresa
author

Ferrari, Luca
author

Identification:
Igneous petrogenesis of the Trans-Mexican volcanic belt
2007
In: Alaniz-Alvarez, Susana Alicia (editor), Nieto-Samaniego, Angel Francisco (editor), Geology of Mexico; celebrating the centenary of the Geological Society of Mexico
Geological Society of America (GSA), Boulder, CO, United States
422
129-181
The magmatic diversity of the Trans-Mexican Volcanic Belt is directly or indirectly controlled by two independent oceanic plates with differing geophysical and compositional parameters; by an extensional tectonic regime that operates with different intensities over the upper plate; by a continental basement with a diversity of ages, thicknesses, and compositions; and by a compositionally heterogeneous mantle wedge that has been modified to various extents by the slab-derived chemical agents. The convergent margin and the magmatic arc have not remained static throughout their geologic histories, but instead have shown significant changes in position, geometry, and composition. For these reasons, the Trans-Mexican Volcanic Belt is the result of one of the most complex convergent margins on the planet, the subject of more than a century of scientific investigations, and at the core of the most notorious debates on Mexican geology.
English
Serial
Coverage:Geographic coordinates:
North:22.0000
West:-105.0000East: -94.0000
South:16.0000

Igneous and metamorphic petrology; alkaline earth metals; basement; calc-alkalic composition; chemical composition; Cocos Plate; composition; continental crust; controls; crust; Deep Sea Drilling Project; DSDP Site 487; extension tectonics; faults; genesis; geodynamics; igneous rocks; IPOD; isotope ratios; isotopes; Leg 66; mafic composition; magmatism; major elements; mantle; mantle wedges; metals; Mexican volcanic belt; Mexico; Nd-144/Nd-143; neodymium; neotectonics; oceanic crust; plate convergence; plate tectonics; plates; rare earths; siliceous composition; spatial variations; Sr-87/Sr-86; stable isotopes; strontium; subduction; tectonics; thermal properties; thickness; variations; volcanic rocks; volcanism;

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