Dear colleagues, If you are attending AGU and have an interest in deformation, dynamics, and fabrics in the Earth's interior please consider submitting an abstract to our session DI005 - Exploring Innovations and New Directions in Seismic Anisotropy: Observations, Models, and Experiments <https://agu.confex.com/agu/agu24/prelim.cgi/Session/230142>. Session Description: Studying seismic anisotropy provides powerful insights into the mineralogy, structure, and dynamic processes from the Earth’s crust to core. The growing volume of seismic data and novel analysis methods have placed new constraints on lithospheric, mantle, and core processes. Computational developments, including advances in machine learning, allow for the simulation of geologic processes at unprecedented resolution, permitting direct comparison to observations. Finally, recent advances in microstructural analyses of naturally and experimentally deformed samples can inform how larger scale observations of seismic anisotropy relate to flow and deformation within Earth’s interior. Collaboration between these fields will bring exciting insights into our planet’s subsurface. This session seeks to explore new and interesting directions in analyzing, imaging, modeling, and interpreting seismic anisotropy. We invite submissions from all branches of the Earth and Planetary Sciences including seismology, petrology, geodynamics, tectonophysics, and mineral physics. Cross-disciplinary studies are also encouraged. On behalf of the conveners, Andrew Birkey - University of Delaware Rachel Bernard - Amherst College Lindsey Kenyon - University of Minnesota, Twin Cities Brandon VanderBeek - University of Padua Prajna Paramita Das - University of California, Berkeley -- Rachel E. Bernard (she/her) Assistant Professor of Geology Amherst College Amherst, MA rachel-bernard.com