Preprint Not Peer-Reviewed by SpinScience FIRST PUBLICATION

A quasi-decadal pulse linking geomagnetic pole drift and global temperature: HAC-robust multivariate evidence and break diagnostics (1981–2024)

DOI: 10.5281/zenodo.18688127
Primary repository: Zenodo
Curated by: SpinScience Open Series
Publisher (series): Università Popolare Nikola Tesla
Antonio Iadicicco
ORCID: 0009-0001-9468-1286

Abstract

This preprint presents a reproducible analysis of co-variation between annual global-mean surface temperature (GMST) and geomagnetic proxies of pole drift/speed over 1981–2024. The results are consistent with the possibility that internal dynamics of the Earth system indirectly influence a quasi-decadal component observed both in geomagnetic pole-drift proxies and in global-mean temperature; the physical mechanism and the direction of causality remain to be determined. The deposit includes the preprint PDF, derived datasets, analysis scripts, and an integrity file to ensure full reproducibility.

Record Metadata

Titles A quasi-decadal pulse linking geomagnetic pole drift and global temperature: HAC-robust multivariate evidence and break diagnostics (1981–2024)
Authors
Antonio Iadicicco ORCID
Published date
Version 1.0
DOI 10.5281/zenodo.18688127
License CC BY 4.0
Peer review Not peer-reviewed by SpinScience
Source / Original publication
Published on Zenodo (DOI assigned by Zenodo).
Curated and moderated by the SpinScience Editorial Team.
File availability Full text available
Keywords Geomagnetism; magnetic pole driftGMSTNewey–West HACbreakpoint scanGranger causalityIGRFquasi-decadal variability
Language EN
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Cite This Item

Antonio Iadicicco. A quasi-decadal pulse linking geomagnetic pole drift and global temperature: HAC-robust multivariate evidence and break diagnostics (1981–2024). SpinScience Open Series (UniTesla). 1.0. DOI: https://doi.org/10.5281/zenodo.18688127
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