[Geodynamics] AGU Fall Meeting session GP007 - Frontiers in Paleogeography

[Maria Seton]

Hi all,

We would like to draw your attention to a paleogeography session that we are convening at the AGU Fall Meeting (Dec 11-15 in San Francisco): GP007 - Frontiers in Paleogeography (https://protect-au.mimecast.com/s/V19ZC5QPXJiMnOX6Mtz1gKC?domain=agu.confex.com<https://protect-au.mimecast.com/s/V19ZC5QPXJiMnOX6Mtz1gKC?domain=agu.confex.com>). The session is co-organized between GPE and Tectonophysics while also being cross-listed with Paleoceanography and Paleoclimatology, Earth and Planetary Surface Processes, and the Study of the Earth's Deep Interior.

We had a fantastic session on this theme at the 2022 AGU meeting with a breadth of exciting science presented. We are again looking to bring together diverse perspectives using varied data types to improve our understanding of regional to global paleogeography across timescales. Additionally, we think it would be a great forum for work that analyzes interconnections of paleogeography with paleoclimate, geodynamics, and more.

Our invited speakers are:
Derya Guerer (University of Queensland)
Valentina Espinoza (University of Copenhagen)

Please consider submitting your science to the session. We hope to have the opportunity to engage with you at AGU.

Nick Swanson-Hysell
Maria Seton
Leandro Gallo
Richard Gordon

Session Description:
The time-dependent position of continents and oceans is central to understanding the evolution of Earth's surface and interior. This session seeks contributions that take varied approaches to reconstruct and analyze paleogeography on the regional to global scale across timescales and throughout Earth history. These approaches include those using paleomagnetism, marine geophysical data, geology, seismic tomography, and more; including those that integrate artificial intelligence and machine learning methods. In addition to highlighting research that is furthering the community's ability to reconstruct paleogeography, we welcome contributions that analyze the paleoclimatic and geodynamic implications of paleogeographic models.

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