I am an Assistant Professor of Planetary Science at the University of Tennessee, Knoxville. I use high-pressure, high-temperature experiments and studies of natural samples to understand the formation and evolution of planetary interiors and crusts. My focus is the Earth and Moon; you can read about my research here.
11-29-17: Two graduate students are joining the group this spring!
Nadine Grambling is a PhD student interested in tectonics and rock deformation. Nadine is an alumnus of the University of Arizona and the University of New Mexico, where she did an MS with Karl Karlstrom. Welcome Nadine!
Megan Mouser is an MS student interested in planetary geochemistry and petrology. Megan was an undergraduate at the University of New Mexico and more recently a Lunar and Planetary Institute summer intern and experimental petrologist at Johnson Space Center. Welcome Megan!
11-21-17: New research on the viscosity of the lunar magma ocean led by Dygert was published in Geophysical Research Letters, and featured in a press release put together by UT Austin! The study argues that the Moon’s earliest flotation crust would have been relatively impure.
9-19-17: NASA Solar System Workings grant was selected for funding! We will investigate the rheology and convective history of the lunar mantle with rock deformation experiments.
8-14-17: Dygert presented an invited talk at the Goldschmidt Meeting in Paris in the session Lithosphere Evolution during Subduction and Collision.
7-3-17: A study coauthored by Dygert on lunar mantle convection was published in Geophysical Research Letters. Informed by recent experimental results, we found that the lunar mantle would have been stably stratified after cumulate mantle overturn.
5-1-17: New research on cooling of the mantle beneath mid-ocean ridges led by Dygert was published in Earth and Planetary Science Letters. The study was featured in a UT Austin media release! It argues that the mantle is cooled by hydrothermal circulation that extends all the way to the crust-mantle boundary beneath spreading centers.