The magnetic recordings preserved in calcite speleothems and the nature of their
constituent magnetic minerals hold enormous potential for paleomagnetic and …

The unique nature of monogenetic volcanism has always raised questions about its origin,
longevity and spatial distribution. Detailed temporal and spatial boundaries resulted from a …

Revealing the evolution of the past geomagnetic field is of dual interest. It is crucial to
estimate the conditions of the Earth's deep interiors, while it offers a reliable absolute dating …

In a recent study, Chevrel et al.(2016a, b) radiocarbon-dated the oldest lava flow of the
voluminous (~ 9.2 km 3) El Metate shield volcano (Michoacán, Mexico) at cal 1250–1260 CE …

We present 32 new paleomagnetic directions and 21 absolute paleomagnetic intensities (PI)
from 33 volcanoes, sampled at 66 sites and covering the last 46 ka. Of these, 29 were …

Results of an archaeomagnetic study of two excavation field seasons at the Xalla and
Teopancazco residential areas of the ancient Prehispanic city of Teotihuacan, Central …

This paper presents results from 13 paleomagnetic sites from an area west of Mexico City
and 7 sites from an area of dispersed monogenetic volcanism in the state of San Luis Potosi …

Lithological, petromagnetic, paleomagnetic and magnetic fabric studies are employed to
determine the flow direction and the location of the source of the, 2.44 to 2.21 Ma, El Castillo …

We assembled a new paleomagnetic directional data set from lava flows and thin dikes for
four regions centered on±20° latitude: Hawaii, Mexico, the South Pacific, and Reunion. We …

Abstract The “Lorenzo pumice”(LP) fallout was produced by a Plinian (VEI= 4) eruption of
Popocatépetl volcano∼ 40 cal BCE during the Terminal Preclassic period. It is part of a …