Wallace’s scholarly output includes more than 130 peer‑reviewed publications on various aspects of seismology, earth structure, and nuclear test monitoring. These articles have appeared in leading scientific journals and contributed substantially to the fields of
seismic source characterization, regional seismic waveform analysis, and
tectonic interpretation. Among his most significant academic contributions is the co‑authorship of the graduate‑level textbook
Modern Global Seismology (with Thorne Lay). First published in 1995, this textbook is a comprehensive primer on seismic theory and data interpretation, covering elastic wave propagation, seismic instrumentation, seismogram analysis, and seismotectonics, and it remains one of the most widely used texts in advanced seismology education. Wallace’s peer‑reviewed research articles encompass a broad range of topics, including regional body waves, seismic inversion techniques, crust and mantle structure, and the mechanics of deep earthquakes, contributing to both foundational geophysics and practical seismic monitoring applications. His doctoral dissertation at the
California Institute of Technology (1983), titled
“Long Period Regional Body Waves,” explored seismic waveforms and regional propagation characteristics that have informed later studies in seismic source and structural analysis. In addition to his scientific journal publications and textbooks, Wallace has contributed popular articles and books on
mineralogy reflecting his lifelong interest in
earth materials and has lectured widely on topics such as mineral formation and the geological history of metals. He also holds the rare distinction of having a mineral,
terrywallaceite, named in his honor by the
International Mineralogical Association for his contributions to education, research, and service in mineralogy. ==Personal life==