1 Plate Tectonics
Objectives
Introduction
Earth’s Interior and Tectonics
Laboratory Exercises
Evidence of Plate Tectonics
Laboratory Exercises
Earthquakes and Volcanoes
Laboratory Exercises
Tracking Hot Spots
Laboratory Exercises
2 Mineral Identification and Physical Properties
Objectives
Introduction
Physical Properties of Minerals
Laboratory Procedure
3 Igneous Rocks
Objectives
Introduction
Mineralogy
Texture
Classification and Identification
Summary
Laboratory Procedure
4 Sedimentary Rocks
Objectives
Introduction
Mineralogy of Sedimentary Rocks
Textures of Sedimentary Rocks
Classification of Sedimentary Rocks
Laboratory Procedure
5 Metamorphic Rocks
Objectives
Introduction
Mineralogy and Textures
Classification
Laboratory Procedure
6 Natural Hazards
Objectives
Introduction
Volcanic Processes and Hazards
Laboratory Exercises
7 Topographic Maps - Interpretation and Construction
Objectives
Introduction
Map Coordinates and Land Subdivision
Map Features
Rules for Contour Lines
Topographic Map Symbols
Laboratory Exercises
Laboratory Exercises
8 Topographic Maps - Field Exercise
Objectives
Introduction
Taking Bearings with the Compass
Magnetic Deflections of Compass Bearings
Recording Directions and Practice
Laboratory Exercises
9 Deformation Structures
Objectives
Introduction
Orientations of Structures
Geologic Map Symbols for Strata Orientation
Horizontal and Inclined Strata
Laboratory Exercises – Inclined Layers
Folds and Fold Nomenclature
Types of Folds and Outcrop Patterns
Laboratory Exercises – Folds
Faults and Fault Nomenclature
Types of Faults
Geologic Map Symbols for Faults
General Rules for Interpreting Geologic Structures
Laboratory Exercises – Faults
Block Diagrams—Faults
10 Geologic Structures - Relative Dating
Objectives
Introduction
Unconformities
Laboratory Procedures
11 Geologic Maps
Objectives
Introduction
Laboratory Exercises
12 Climate Change
Objectives
Introduction
The Climate System
Climate Proxies and the Climate Record
Laboratory Exercises
University of Idaho Dept of Earth & Spatial Sciences