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["This table presents results of a survey completed by 70 participants of this workshop in which survey respondants were asked which topics they teach in their structural geology courses."]
[null,"crucial; a \"must\"","covered, would consider shortening or eliminating","not covered"]
["Fundamentals"]
["Nature of structural analysis",45,21,4]
["Primary structures",39,25,6]
["Types of contacts",38,25,7]
[]
["Whole Earth Structure"]
["Plates and plate boundaries",33,14,23]
["Plate velocities",10,16,44]
["Geothermal gradient",11,25,34]
["Isostasy",11,14,45]
[]
["Stress"]
["Force vs. stress",59,11,0]
["2D stress (normal and shear)",62,8,0]
["3D stress and principal stresses",44,21,5]
["Mohn diagrams for stress",38,27,5]
["Stress trajectories",9,26,35]
["Methods of stress measurement",3,30,37]
["Stress in the Earth",21,28,21]
[]
["Strain"]
["Deformation vs. strain",60,7,3]
["Strain ellipsoid",51,18,1]
["Strain path",27,33,10]
["Coaxial and noncoaxial strain",45,21,4]
["Finite strain measurement",35,25,10]
["Mohr diagrams for strain",9,20,41]
[]
["Rheology"]
["Strain rate",39,27,4]
["Elastic, viscous, and power law behavior",30,30,10]
["Lab deformation experiments",22,25,23]
["Strength vs. depth",30,25,15]
[]
[]
["Brittle Deformation"]
["Tensile cracking",38,27,5]
["Cataclasis",32,34,4]
["Shear fracture formation",34,26,10]
["Failure criteria and envelopes",48,16,6]
["Frictional sliding",37,26,7]
["Effects of pore fluids",45,21,4]
[]
["Joints"]
["Surface morphology",21,33,16]
["Arrays",15,38,17]
["Origin",29,36,5]
[]
["Faults"]
["Representations on maps and cross sections",64,4,2]
["Fault recognition",67,3,0]
["Separation and slip",56,12,2]
["Fault-related folding",48,20,2]
["Relation to stress",50,20,0]
["Fault reactivation",22,34,14]
["Normal fault systems",57,11,2]
["Thrust fault systems",59,9,2]
["Strike slip fault systems",57,12,1]
["Focal mechanism (first motion) studies",7,18,45]
[]
["Ductile deformation"]
["Point defects and diffusion",23,35,12]
["Line defects and crustal plasticity",26,32,12]
["Pressure solution",38,30,2]
["Flow laws",7,29,34]
["Deformation microstructures",32,23,15]
[]
["Folds and folding"]
["Geometry of folds",62,8,0]
["Fold classification",40,27,3]
["Superposed folding",18,36,16]
["Mechanics of folding",41,26,3]
[]
["Fabrics"]
["Foliations and lineations",57,10,3]
["Relation to strain",45,18,7]
["Rrelation to folds",43,21,6]
["Effect on mechanical properties",11,31,28]
["Crystallographic preferred orientations",5,24,41]
["Tectonites",29,25,16]
["Ductile shear zones"]
["Mylonites",45,18,7]
["Shear sense indicators",41,21,8]
["Strain in shear zones",23,32,15]
["Fold transposition",12,32,26]
[]
["Petrological relations"]
["Mechanics of igneous intrusions",4,21,45]
["Salt domes and diapirs",9,21,40]
["Dating deformation",8,20,42]
["P-T-t paths",5,17,48]
[]
["Tectonics"]
["Extensional tectonics",32,21,17]
["Collisional tectonics",34,20,16]
["Strike slip tectonics",32,20,18]
["Regional case studies",27,16,27]
[]
["Lab topics"]
["Apparent dip",58,9,3]
["Stereonets",64,5,1]
["Aerial photo interpretation",7,13,50]
["Hand sample description",30,13,27]
["Geologic map making",37,13,20]
["Map interpretation",57,8,5]
["Cross section construction",62,5,3]
["Structure contours",38,23,9]
["3D problems (e.g., depth, thickness, slip, etc.)",49,14,7]
["Microfabrics in thin section",14,18,38]
[]
[]
["Usefulness of SG for solving problems in:","Yes","No"]
["Climate change",6,64]
["Economic geology",48,22]
["Engineering geology",55,15]
["Geoarchaeology",6,64]
["Geochemistry",17,53]
["Geomorphoology",50,20]
["Geophysics",46,24]
["Glacial geology",9,61]
["Hydrogeology",39,31]
["Paleoecology",5,65]
["Petrology",43,27]
["Planetary geology",17,53]
["Sedimentary geology",52,18]

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