msa-talk@minlists.org

MSA public list serve

View all threads

Call for Abstracts: AGU 2025 Session on Planetary Volatiles & Habitability

AS
Abin Shakya
Tue, Jul 1, 2025 4:05 AM

Hi everyone,

We invite submissions to our AGU 2025 session: Fate of Volatiles During Magmatic Processes in Planetary Interiors: Implications on the Origins of Habitability

🔗 Session Link : https://agu.confex.com/agu/agu25/prelim.cgi/Session/251607
📅 Abstract Deadline: 30 July 2025 23:59 EDT/03:59 +1 GMT

This session focuses on how life-enabling elements (e.g., C, S, N, O, H) are acquired, mobilized, and retained within terrestrial planets through magmatic processes such as core formation, magma ocean convection and crystallization, volcanic outgassing, and subduction. These processes are key to understanding the internal distribution of volatiles and how they shape planetary habitability.

We welcome interdisciplinary contributions from fields including:

Cosmochemistry and experimental petrology

Thermodynamic, molecular, and fluid dynamics modeling

Smoothed-particle hydrodynamics simulations

Machine learning or AI-based approaches in planetary research

Early-career researchers and those working at the intersection of multiple disciplines are especially encouraged to contribute.

For questions or more information, feel free to contact the conveners:

Ekanshu Mallick – emallick@tulane.edu

Leila Honarbakhsh – leila.hon@gmail.com

Abin Shakya – ashaky3@lsu.edu

Damanveer Grewal - damanveer.grewal@yale.edu

Thanks

Best Regards,

Abin Shakya
Graduate Assistant
Louisiana State University
Patrick F. Taylor Hall,
3304 S Quad Dr
Baton Rogue, LA 70803

Hi everyone, We invite submissions to our AGU 2025 session: Fate of Volatiles During Magmatic Processes in Planetary Interiors: Implications on the Origins of Habitability 🔗 Session Link : https://agu.confex.com/agu/agu25/prelim.cgi/Session/251607 📅 Abstract Deadline: 30 July 2025 23:59 EDT/03:59 +1 GMT This session focuses on how life-enabling elements (e.g., C, S, N, O, H) are acquired, mobilized, and retained within terrestrial planets through magmatic processes such as core formation, magma ocean convection and crystallization, volcanic outgassing, and subduction. These processes are key to understanding the internal distribution of volatiles and how they shape planetary habitability. We welcome interdisciplinary contributions from fields including: 1. Cosmochemistry and experimental petrology 1. Thermodynamic, molecular, and fluid dynamics modeling 1. Smoothed-particle hydrodynamics simulations 1. Machine learning or AI-based approaches in planetary research 2. Early-career researchers and those working at the intersection of multiple disciplines are especially encouraged to contribute. For questions or more information, feel free to contact the conveners: Ekanshu Mallick – emallick@tulane.edu Leila Honarbakhsh – leila.hon@gmail.com Abin Shakya – ashaky3@lsu.edu Damanveer Grewal - damanveer.grewal@yale.edu Thanks Best Regards, Abin Shakya Graduate Assistant Louisiana State University Patrick F. Taylor Hall, 3304 S Quad Dr Baton Rogue, LA 70803