The origin of silicic rocks in the Michoacán-Guanajuato volcanic field (MGVF) has been
understudied since the volcanic field attracted the attention of researchers. Using …

Knowledge of palaeointensity variation is required for determining the full vector variation of
the geomagnetic field as a function of geological time. This provides essential constraints for …

We report on paleomagnetic directions gathered from 33 sites from (mostly Holocene)
volcanics from Stromboli, loosely dated at present by few K/Ar and 14C ages. In order to …

Volcanic hazard assessment relies on the accurate knowledge of the eruptive style and
recurrence of volcanic eruptions in the past. At El Hierro (Canary Islands) historical and …

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 …

Abstract Earth's Magnetic Field variation strength may provide crucial information to
understand the geodynamo mechanism and elucidate the conditions on the physics of the …

Faial is one of the most volcanically active islands of the Azores Archipelago. Historical
eruptions occurred on the Capelo Peninsula (westernmost sector of the island) during AD …

We present a detailed palaeomagnetic study from 35 sites on Holocene lava flows of the
Tongariro Volcanic Centre, central North Island, New Zealand. Prior to the study the eruption …

This paper reports an empirical test of a new nonheating Preisach‐based protocol for
determining the absolute ancient magnetic field intensity (paleointensity) using a selection of …

In the last years, paleomagnetism has been increasingly used to provide emplacement ages
of loosely dated volcanics. Dating is achieved by comparison of paleomagnetic directions …