Call for Abstracts - AGU 2026: V015 - Linking Volcanic, Magmatic, and Hydrothermal Processes in Mid-Ocean Ridge and Submarine Rift Settings
5 views
Skip to first unread message
Ross Parnell-Turner
Jul 8, 2026, 12:56:25 PM (13 days ago) Jul 8
to US_Int...@unols.org, kenna...@uri.edu
Dear All,
On behalf of the conveners, we encourage you to submit an abstract to mid-ocean ridge session V015 - Linking Volcanic, Magmatic, and Hydrothermal Processes in Mid-Ocean Ridge and Submarine Rift Settings, taking place at the AGU Annual Meeting 7-11 December 2026 in San Francisco, Calif.
Submarine mid-ocean ridge (MOR) and other rift volcano settings are among the most magmatically and hydrothermally active regions on Earth. Over the past seven decades, marine expeditions conducted at ever-improving observational scales have transformed our understanding of these environments. Increasing temporal and spatial resolution, advances in mapping technologies, improved eruption detection and response, sustained monitoring and observatory efforts, and new deep-submergence vehicle capabilities now reveal fine-scale connections among magmatic, tectonic, and hydrothermal processes throughout the volcano-tectonic cycle (i.e., precursory, syn-eruptive, and post-eruptive periods). This session invites contributions that highlight how these systems evolve through space and time, and how they influence the broader ocean, including recent advances in volcanology, geochemistry, petrology, geophysics, deep-submergence technologies, numerical modeling, laboratory analog studies, and predictive mapping that deepen our understanding of the coupled magmatic, tectonic, and hydrothermal dynamics of submarine rift and MOR systems and the underlying mantle.
Please consider submitting an abstract before 5th August 2026 at 2359 EDT by visiting https://agu.confex.com/agu/agu26/prelim.cgi/Session/281863. Please share this session with colleagues and collaborators, young scientists, or other experts you think might be interested.
Conveners
Kenna Harmony Rubin - University of Rhode Island
Scott White - University of South Carolina Columbia
Melissa Anderson - University of Toronto
Deborah Eason - University of Hawaii at Manoa
On behalf of the conveners, we encourage you to submit an abstract to mid-ocean ridge session V015 - Linking Volcanic, Magmatic, and Hydrothermal Processes in Mid-Ocean Ridge and Submarine Rift Settings, taking place at the AGU Annual Meeting 7-11 December 2026 in San Francisco, Calif.
Submarine mid-ocean ridge (MOR) and other rift volcano settings are among the most magmatically and hydrothermally active regions on Earth. Over the past seven decades, marine expeditions conducted at ever-improving observational scales have transformed our understanding of these environments. Increasing temporal and spatial resolution, advances in mapping technologies, improved eruption detection and response, sustained monitoring and observatory efforts, and new deep-submergence vehicle capabilities now reveal fine-scale connections among magmatic, tectonic, and hydrothermal processes throughout the volcano-tectonic cycle (i.e., precursory, syn-eruptive, and post-eruptive periods). This session invites contributions that highlight how these systems evolve through space and time, and how they influence the broader ocean, including recent advances in volcanology, geochemistry, petrology, geophysics, deep-submergence technologies, numerical modeling, laboratory analog studies, and predictive mapping that deepen our understanding of the coupled magmatic, tectonic, and hydrothermal dynamics of submarine rift and MOR systems and the underlying mantle.
Please consider submitting an abstract before 5th August 2026 at 2359 EDT by visiting https://agu.confex.com/agu/agu26/prelim.cgi/Session/281863. Please share this session with colleagues and collaborators, young scientists, or other experts you think might be interested.
Conveners
Kenna Harmony Rubin - University of Rhode Island
Scott White - University of South Carolina Columbia
Melissa Anderson - University of Toronto
Deborah Eason - University of Hawaii at Manoa
Reply all
Reply to author
Forward
0 new messages