The course examines the formation of tectonic structures in rocks. It begins with an introduction to strain and stress. This is followed by an examination of brittle structures, such as faults, cataclasites, fractures and veins, in terms of classification, recognition and modes of origin. During the second half of the course, the development of shear zones, foliations, lineations and folds is discussed with an emphasis on the interrelationships between these structures. Rock flow equations, shear sense indicators in fault zones, and grain-scale plastic deformation processes are other topics covered in the course. Laboratory work comprises: stress and strain exercises, stereographic projections, solution of 3D structural problems by descriptive geometry and stereographic projections, map interpretation of deformed areas, and interpretation of the attitude of deformed orebodies from drill hole data. PREREQ: GEOL 1006/7, 2006, and 2237. (lec 3, lab 3) cr 3.