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Research Focus:

• Exploring and imaging the structure of the crust and upper mantle
• Unravelling the tectonic history of the North American continent
• Improving our understanding of the tectonic processes that control the evolution of the lithosphere
• Developing new techniques to image:
  1. lithospheric structure and
  2. upper crustal kimberlite dykes (with applications in diamond exploration and mining)

Current Research:

• Lithospheric structure and tectonic history based primarily on seismic refraction, seismic reflection, potential field data, and structural geologic analysis:
• Analysis of mantle reflections using near-vertical incidence, wide-angle, and teleseismic data SNORCLE and POLARIS: [Oueity, Mercier, Clowes, Bostock, Hammer]
• Batholiths: Preparations for an onshore-offshore seismic experiment across the Coast Mountains Batholith, Fall 2007: [Clowes, Hammer, Oueity]
• NW Canadian Cordillera (BC, Alaska): ACCRETE/SNORE Line 22 [Hammer, Clowes, Ellis]
• NW Canadian Cordillera (BC, YK): SNORCLE Refraction and Reflection Line 22 [Hammer, Clowes]
• NW Canadian Cordillera (BC, YK): 3D wide-angle imaging of the Tintina Fault, SNORCLE Refraction and Reflection Lines 21, 22, 31 [Ellis]
• Trans-Hudson Orogen Transect (SK, MN) [Roy, Clowes]
• Upper crustal structure in southwestern Alberta using an industry-acquired 3-D seismic reflection dataset [Welford, Clowes]
• Near-surface explorations related to diamond and kimberlite emplacement. Seismic reflection, TEM, Gravity analyses: [Moore, Hammer, Clowes]
• Moho (Crust-Mantle Transition) structure:
  • Finite-difference investigations of Moho reflectivity [Oueity, Clowes, Hammer, Herrmann]
  • Comparisons of reflection datasets across Canada [Hammer, Clowes]