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Anderson's work helped advance our understanding of the composition, structure, and dynamics of Earth and Earth-like planets. He was a pioneer in the use of seismic anisotropy—variations in the velocities of seismic waves as they move at different angles through materials—to study Earth's interior, which allowed him to help discover and explain the boundaries of the planet's mantle.
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J. Johnson,D. Anderson, J.F. Li, A. Santos Tino, J. Politch, J. Lipscomb, J. Defelice, M. Gelman,K. Mayer
D. Delcassian,R. Elgueta,C. Ortiz,M. Bochenek, O. Qatachi, C. Shuo Shan, C. McGladrigan, R. Hausser, R. Langer,D. Anderson,K. Shakesheff
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Geological Society of America Special Papers (2015): 39-50
Geological Society of America Special Papers (2015): 257-279
Geological Society of America Special Papers (2015): 215-238
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