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Exploring Radioisotopic Geochronology and Astrochronology
  • Stephen R. Meyers, University of Wisconsin-Madison
  • Bradley S. Singer, University of Wisconsin-Madison
  • Mark D. Schmitz, Boise State University
Document Type
Conference Proceeding
Publication Date
Numerical dating of the geologic record provides an essential framework for interpreting the rich history of our planet. Common applications include the determination of dates for extinction events and climate reorganizations, the assessment of rates of paleoenvironmental and paleobiologic change, and the correlation of rocks across vast expanses. Such investigations have yielded crucial insight into the mechanisms that shape Earth's surface environments over geologic time. But as geologists increasingly pursue high (spatial) resolution stratigraphic analyses in "deep time," the short temporal scales (<100,000 years) of the processes investigated push the limits of high-­precision geochronology.
Copyright Statement

This document was originally published in Eos by American Geophysical Union. Copyright restrictions may apply. doi:

Citation Information
Meyers, Stephen R.; Singer, Bradley S.; and Schmitz, Mark D. (2015). "Exploring Radioisotopic Geochronology and Astrochronology". Eos, 96.