Andean Geology is becoming an English-language journal
This transition will be effective starting July 1, 2026. All submissions but obituaries and comments, and those part of special issues, will be required to be submitted in English
Call for Papers
Special Issue: Advances in Paleontology in Chile: Opportunities and Challenges for a Synthesis
Edited by:
- Marcelo Rivadeneira, CEAZA
- Enrique Bostelmann, Sernageomin
- Martín Chávez-Hoffmeister, CIAHN
- Joseline Manfroi, CIAHN
- Philippe Moisan, Universidad de Atacama
- Karen Moreno, Universidad Austral de Chile
- Sven Nielsen, Universidad Austral de Chile
- Ana Valenzuela-Toro, CIAHN
- Natalia Villavicencio, Universidad de O'Higgins
Submission status: Open between March 1, 2026, and November 30, 2026
Read more (pdf)
Special Issue: Geoethics in Chile and Latin America - Contextual reflections for responsible geoscience
Edited by:
- Luisa Pinto, Universidad de Chile
- Hernán Bobadilla, Politecnico di Milano
- Tania Villaseñor, Pontificia Universidad Católica de Chile
- Pablo Ramírez, Universidad de Chile
- Millarca Valenzuela, Universidad Católica del Norte
Submission status: Open between August 15, 2025, and April 30, 2026
Estudio paleomagnetico preliminar de la formacion hoyada verde, Precordillera de San Juan: un ejemplo de remagnetizacion sintectonica
Maria L. Bobbio, Augusto E. Rapalini, Juan F. Vilas
Abstract
ABSTRACT. A preliminary paleomagnetic study of rocks from the Hoyada Verde Formation, exposed in Sierra de Barreal, Western Precordillera (31.7°S; 69.5°W), has shown that these rocks are carriers of a secondary remanent magnetization, acquired during the folding of this formation. The position of the computad paleomagnetic pole (356.2°E-41.9°S, D1=8.3°,D2=6.0°) is concordant with the Late Carboniferous paleomagnetic poles of stable areas of South America and indicates that the age of the folding is Late Carboniferous. The position concordant with the cratonic poles al so suggests that the Hoyada Verde crustal block was not affected by the tectonic rotations, determined by previous paleomagnetic studies, that took place during !he Permian in this region of the Gondwanic continental margin