Pilar Montero is affiliated with the University of Granada in Spain and has contributed extensively to the Earth and Planetary Sciences, with a focus on Geophysics, Artificial Intelligence, Atmospheric Science, Geochemistry and Petrology, and Earth-Surface Processes. Their work spans geological and geochemical analysis, earthquake and tectonic studies, geochemistry and geologic mapping, high-pressure geophysics and materials, geological and geophysical studies worldwide, geology and paleoclimatology research, and geochemistry and elemental analysis.
The scientist's recent publications include notable papers such as Zircon stability grids in crustal partial melts: implications for zircon inheritance (2021) published in Contributions to Mineralogy and Petrology; Zircon crystallization in low-Zr mafic magmas: Possible or impossible? (2022) in Chemical Geology; Zircon xenocryst evidence for crustal recycling at the Mid-Atlantic Ridge (2020) appearing in Lithos; The Archean to Late-Paleozoic architecture of the Oulad Dlim Massif, the main Gondwanan indenter during the collision with Laurentia (2020) featured in Earth-Science Reviews; and A reassessment of the amphibole-plagioclase NaSi-CaAl exchange thermometer with applications to igneous and high-grade metamorphic rocks (2020) published in American Mineralogist.
These works review various aspects of zircon behavior in geologic processes, crustal recycling, and thermometric reassessments in metamorphic rocks, reflecting a multidisciplinary approach within petrology and geochemistry.
Frequent collaborators in their research include:
Pilar Montero has published regularly in key scientific journals with multiple contributions to:
Their research topics emphasize geological and geochemical analysis methods, together with earthquake and tectonic studies. This focus aligns with their extensive output within the geophysics subfield.
Montero integrates advanced techniques in artificial intelligence within the scope of geophysical and geochemical research, contributing to a broad range of scientific inquiries related to the Earth's crust and mantle dynamics as well as paleoclimatic conditions.
Fernando Bea;Pilar Montero
G. Garuti;G. Fershtater;F. Bea;P. Montero
Fernando Bea;Pilar Montero;José F. Molina
Fernando Bea;Pilar Montero;Miguel Ortega
F. Bea;P. Montero;F. González-Lodeiro;C. Talavera
S.A. Mazhari;F. Bea;S. Amini;J. Ghalamghash
F. Bea;A. Arzamastsev;P. Montero;L. Arzamastseva
F. Bea;G. B. Fershtater;P. Montero;M. Whitehouse
H. El Hadi;J F Simancas;D. Martinez-Poyatos;A Azor
José F. Molina;Jane H. Scarrow;Pilar G. Montero;Fernando Bea
Fernando Bea;Pilar Montero;Tatiana Zinger
J.A. Moreno;J.F. Molina;P. Montero;M. Abu Anbar
Cristina Talavera;Cristina Talavera;P. Montero;D. Martínez Poyatos;I. Williams
F. Bea;G.B. Fershtater;P. Montero;V.N. Smirnov
G.B. Fershtater;P. Montero;N.S. Borodina;E.V. Pushkarev
Pilar Montero;Fernando Bea
Fernando Bea;Ali Mazhari;Pilar Montero;Sadraldin Amini
Joachim Jacobs;Joachim Jacobs;Marlina Elburg;Andreas Läufer;Ilka C. Kleinhanns
Fernando Bea;Pilar Montero;Giorgio Garuti;Federica Zacharini
P. Montero;C. Talavera;F. Bea;F. G. Lodeiro
P. Montero;F. Bea;F. González-Lodeiro;C. Talavera
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