JupyterBook with notebooks to evaluate different sampling strategies to estimate paleomagnetic poles and paleosecular variation. (external link to Paleosampling JupyterBook).

Notebooks that utilizes PmagPy and custom functions build up a site level based apparent polar wander path for North America in the Cenozoic. (external link to Github).

This notebook analyzes and visualizes the results of thermal demagnetization data for paleomagnetic samples collected from the Nonesuch Formation. (external link to Github).

This notebook shows an example estimation of bootstrap confidence region for a mean direction (external link to Github).

This notebook examines Pleistocene paleointensity data from Israel, Antarctica, Iceland, and Hawaii to interrogate the geomagnetic field (external link to Github).

This notebook analyzes data from a Mesoproterozoic sandstone and estimates elliptical pole position uncertainty associated with inclination shallowing using the elongation-inclination method (external link to Github).

This notebook conducts and plots a paleomagnetic Euler pole analysis for Cenozoic poles from Australia (external link to Github).

This notebook develops and visualizes a compilation of paleomagnetic poles for Precambrian Laurentia (external link to Github).

This notebook published with the paper on PmagPy illustrates capabilities of PmagPy through analyzing paleodirectional data, conduct statistical tests, and calculate paleomagnetic poles.