Geologists discover mysterious subduction zone beneath Pacific, reshaping understanding of Earth’s interior…

Scientists have uncovered evidence of an ancient seafloor that sank deep into Earth during the age of dinosaurs, challenging existing theories about Earth's interior structure... phys.org #geology #earthscience #subductionzones #seafloor #geologicaltime #pacificocean

https://formuchdeliberation.wordpress.com/2024/09/29/geologists-discover-mysterious-subduction-zone-beneath-pacific-reshaping-understanding-of-earths-interior/

Geologists discover mysterious subduction zone beneath Pacific, reshaping understanding of Earth’s interior…

Scientists have uncovered evidence of an ancient seafloor that sank deep into Earth during the age of dinosaurs, challenging existing theories about Earth’s interior structure… phys.org…

for much deliberation
A New, Underground Atlas Of Subduction Zones
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https://eos.org/articles/a-new-underground-atlas-of-subduction-zones <-- shared technical article
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https://submap.gm.umontpellier.fr/ <-- Submap, a tool for mapping subduction zones
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“Graphic design meets geoscience…
Submap [link above] is a user-friendly tool that allows anyone with an Internet connection to create quick, custom maps of subduction zones…"
#GIS #spatial #mapping #visual #visualisation #visualization #subduction #geology #structuralgeology #Submap #geoscience #global #earth #platetectonics #subductionzones #earthquake #model #modeling #3dmapping #3dmodeling #opensource #opendata #tsunami #monitoring #fault #faulting #VisualizationTools #maps #crosssections
A New, Underground Atlas of Subduction Zones

Submap merges graphic design with geodynamics, providing a fast, free, and user-friendly resource to map subduction zones.

Eos
Researchers determine quantitative composition of ultrahigh-pressure fluid in deep subduction zones

In a study published in Proceedings of the National Academy of Sciences, Prof. Xiao Yilin's group from the University of Science and Technology of China (USTC) of the Chinese Academy of Sciences (CAS) quantitatively determined, for the first time, the chemical composition of supercritical fluids in deep subduction zones. Through 3D imaging modeling of ultrahigh-pressure (UHP) multiphase fluid inclusions, they revealed the important role of supercritical fluids in the cycling of carbon and sulfur in subduction zones, which is of great importance for an in-depth and systematic understanding of the role of supercritical fluids in nature.

Phys.org