Reading the rock record

Investigating mantle processes recorded in rocks to reconstruct Earth’s history.

Learn more about field geology
Credit: Romain Tilhac / CNRS

Exploring the abyss

Sampling the ocean floor to trace the oceanic conveyor belt.

Learn more about marine geosciences
Credit: Georges Ceuleneer / CNRS

Sampling Earth's life blood

Studying eruptions and lavas to understand the deep plumbing of volcanic systems.

Learn more about volcanology
Credit: Gylfi Gylfason / Pixabay

Tracing chemical fingerprints

Analyzing mantle-derived materials to trace their origin and evolution and recycling.

Learn more about geochemistry
Credit: Michal Jarmoluk / Pixabay
petrology

Recreating nature in the lab

Reproducing mantle conditions in the laboratory to study phase stability and reactions.

Learn more about petrology
Credit: T&D Materials Manufacturing LLC

Imaging the deep Earth

Probing the Earth’s properties to uncover its hidden structure and dynamics.

Learn more about geophysics
Credit: Suzan van der Lee & Steve Grand / IRIS

Simulating the tectonic engine

Modeling mantle convection to understand how internal heat drives Earth’s evolution.

Learn more about geodynamics
Credit: Hans-Joachim Bungartz / SPPEXA

Understanding our living planet

Researchers are revealing how the mantle drives Earth’s continuous reshaping and internal evolution through volcanic and tectonic activity.

Modern mantle science combines: