Direct observations of the geomagnetic field show that secular variation is strong in the
Atlantic hemisphere, and comparatively reduced in the Pacific region. The dipole has been …

The aperiodic nature of geomagnetic field variations, both in intensity and direction, can aid
in dating archaeological artefacts, volcanic rocks, and sediment records that carry a …

Study of the late Quaternary geomagnetic field contributes significantly to understanding the
origin of millennial‐scale paleomagnetic secular variations, the structure of geomagnetic …

We propose two ensembles of geomagnetic field models spanning the last three millennia:
COV-ARCH is calculated using all available archeological artefacts and volcanic lava flows; …

The southwest Pacific region represents a large area of the globe that is under-represented
in palaeomagnetic secular variation databases. Reliable data from the region are however …

New Zealand's largest city, Auckland, is situated within the basaltic Auckland Volcanic Field
(AVF). Therefore, understanding the eruption history of the local volcanoes in the field is of …

Accurate volcanic hazard assessments rely on a detailed understanding of the timing of past
eruptions. While radiometric methods like 40 Ar/39 Ar or K/Ar are by far the most …

Variations of the geomagnetic field prior to direct observations are inferred from archeo-and
paleomagnetic experiments. Seemingly unusual variations not seen in the present-day and …

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 …

We present a global compilation of paleomagnetic data spanning the past 100 ka. Sediment
data comprise 61,687 declinations, 70,936 inclinations, and 69,596 relative paleointensities …