Craddock is a structural geologist. His research interests include the mechanics of mountain belt formation, rock strain analysis, the Keweenawan rift, mafic dike intrusions and Antarctic geology, and include using microstructural techniques to analyze rock fabrics and interpret geologic structures. EDUCATION: B.A., Macalester College; M.S., Ph.D., University of Michigan Craddock has been teaching at Macalester since 1989.
Articles
Calcite twinning strains in Alpine orogen flysch: implications for thrust-nappe mechanics and the geodynamics of Crete, Lithosphere (2009)
Dynamics of emplacement of the Heart Mountain allochthon at White Mountain: constraints from calcite twinning strains, anisotropy of magnetic susceptibility and thermodynamic calculations, Geological Society of America Bulletin (2009)
Recent Contributions to the Understanding of the Heart Mountain Detachment, Northwest Geology (2009)
Anisotropy of magnetic susceptibility studies in Tertiary ridge-parallel dykes (Iceland), Tertiary margin-normal Aishihik dykes (Yukon), and Proterozoic Kenora-Kabetogama composite dykes (Minnesota and Ontario) (with Bryan C. Kennedy, Avery L. Cook, Melissa S. Pawlisch, Stephen T. Johnston, and Mike Jackson), TECTONOPHYSICS (2008)
Structure, geochemistry and geochronology of a penokean lamprophyre dike swarm, Archean wawa terrane, little presque isle, Michigan, USA (with JP Anziano, K Wirth, JD Vervoort, B Singer, and XF Zhang), PRECAMBRIAN RESEARCH (2007)
Contributions to Books