The Co-Evolution of Life and Rocks: Insights from Data-Driven Discovery - Robert Hazen

Robert Hazen, Carnegie Institution for Science; George Mason University Introducer: Mitch Sogin, Distinguished Scientist, Marine Biological Laboratory Lecture Abstract: A fundamental goal of the Earth and life sciences is the deep understanding of planetary evolution through 4.5 billion years of history. Recent research employing large and growing data resources in mineralogy, petrology, paleobiology, paleotectonics, geochemistry, and proteomics underscores the intertwined influences of life and rocks on Earth’s evolution. Data-driven discovery depends on three key developments: (1) enhanced data resources in diverse geo- and bio-related fields; (2) development and implementation of powerful analytical and visualization methods; and (3) creative framing of questions related to the evolving geosphere and biosphere in space and time. In this lecture, Dr. Hazen will explore three rapidly emerging examples of data-driven discovery: (1) Mineral evolution—the exploration of the diversity and d