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Earth Materials | |
Introduction | |
Physical Properties of Minerals | p. 1 |
Definition of a Mineral | p. 1 |
Properties | p. 2 |
Determining the Properties of Minerals | p. 10 |
Common Minerals | p. 19 |
Classification of Minerals | p. 20 |
Strategy for Mineral Identification | p. 21 |
Using the Mineral Identification Tables | p. 22 |
Recognition of Minerals | p. 29 |
Silicate Minerals | p. 30 |
Geologic Resources and Minerals | p. 33 |
Igneous Rocks | p. 35 |
Mineralogical and Chemical Composition of Igneous Rocks | p. 35 |
Igneous Textures Reveal How Igneous Rocks Form | p. 38 |
Classification and Identification of Igneous Rocks | p. 49 |
Sedimentary Rocks | p. 55 |
Formation of Sedimentary Rocks | p. 55 |
Structures of Sedimentary Rocks | p. 59 |
Fossils | p. 63 |
Structures of Sedimentary Environments | p. 59 |
Clastic Sedimentary Rocks | p. 69 |
Biochemical and Chemical Sedimentary Rocks | p. 72 |
Identification and Description of Sediments and Sedimentary Rocks | p. 77 |
Metamorphic Rocks | p. 85 |
Metamorphic Processes and Types of Metamorphism | p. 85 |
Textures of Metamorphic Rocks | p. 87 |
Composition of Metamorphic Rocks | p. 92 |
Choosing a Classification for a Metamorphic Rock | p. 95 |
Temperature and Pressure of Metamorphism | p. 98 |
Maps and Time | |
Introduction to Maps | p. 107 |
Types of Maps | p. 107 |
Map Legend | p. 111 |
Scale | p. 112 |
Directions | p. 114 |
Pace and Compass Mapping Exercise | p. 116 |
Global Location System: Latitude and Longitude | p. 118 |
Map Grids and Orientation | p. 121 |
Projections | p. 123 |
Global Positioning System (GPS) | p. 127 |
Topographic Maps | p. 129 |
Topography and Contours | p. 129 |
Topographic Profiles | p. 131 |
Using and Constructing Topographic Maps | p. 135 |
Air Photos Give a View of the Third Dimension | p. 140 |
Rock Structures | p. 147 |
Deformation of Rock Masses | p. 147 |
Introduction to Geologic Maps and Cross Sections | p. 149 |
Structures and Deformation | p. 153 |
Types of Igneous Rock Masses | p. 153 |
Metamorphic Rock Masses | p. 168 |
Rocks in a Cross Section | p. 169 |
Geologic Time and Geologic History | p. 171 |
Relative Age | p. 171 |
Geologic History | p. 183 |
Determination of Astronomic (Numerical) Dates | p. 187 |
Geologic Time Scale | p. 196 |
Geologic Maps | p. 199 |
Relationships between Contour Lines and Contacts | p. 199 |
Folds on Geologic Maps | p. 205 |
Faults on Geologic Maps | p. 213 |
Unconformities on Geologic Maps | p. 217 |
Igneous Rocks and Contacts on Geologic Maps | p. 219 |
Interpreting Geologic History from Geologic Maps and Cross Sections | p. 220 |
Drawing a Cross Section | p. 225 |
Making Geologic Maps from Field Investigations | p. 226 |
Mapmaking Simulation | p. 228 |
Earth's Dynamic Interior | |
Earthquakes and Seismology | p. 231 |
Earthquake Hazards | p. 232 |
The Origin of Earthquakes | p. 241 |
Magnitude | p. 244 |
Locating an Earthquake | p. 247 |
Earth's Structure and Plate Tectonics | p. 255 |
The Structure of Earth's Interior | p. 255 |
The Theory of Plate Tectonics | p. 259 |
Geometric Fit of Continents | p. 280 |
Earth's Surface | |
Landslides and Mass Movements | p. 287 |
Mass Wasting Is Hazardous | p. 287 |
Factors Influencing Mass Wasting | p. 288 |
Types of Mass Wasting | p. 294 |
Streams and Rivers | p. 317 |
Stream Gradient and Sinuosity | p. 318 |
Stream Erosion and Its Stages | p. 327 |
Flooding | p. 343 |
Groundwater and Karst Topography | p. 349 |
Porosity | p. 350 |
Permeability and Flow Rate | p. 351 |
Water Table, Groundwater Flow, and Wells | p. 354 |
Groundwater Flow | p. 361 |
Groundwater Depletion | p. 362 |
Groundwater Contamination | p. 363 |
Groundwater Causes Erosion by Solution | p. 367 |
Shorelines and Oceans | p. 379 |
The Edge of the Oceans | p. 379 |
Shorelines | p. 384 |
Ocean Currents | p. 391 |
Ocean Salinity and Deep Ocean Currents | p. 396 |
Nutrients in Seawater | p. 398 |
El Nino-La Nina | p. 398 |
Weather, Climate, and Their Effects | |
Wind and the Atmosphere | p. 409 |
The Earth-Sun Relationship | p. 410 |
Weather | p. 413 |
Wind and Coriolis Effect | p. 430 |
Atmospheric Chemistry | p. 435 |
Glaciers, Glaciation, and Climate Change | p. 449 |
Glacier Types and Their Movement | p. 450 |
Landforms Resulting from Glaciation | p. 457 |
Climate Changes and Glaciers | p. 474 |
Deserts and Arid Landscapes | p. 479 |
Types of Deserts | p. 479 |
Wind Transport and Erosion | p. 482 |
Erosional Desert Landforms | p. 487 |
Depositional Desert Landforms | p. 492 |
Desertification | p. 505 |
Resources | |
Resources | p. 513 |
Fossil Fuels as Resources | p. 513 |
Carbon Cycle | p. 527 |
Mineral Resources | p. 534 |
Appendix | |
Scientific Methods | p. 543 |
Special Features of the Earth Sciences | p. 545 |
Apply Scientific Method to Your Own Life | p. 545 |
Glossary | p. 547 |
Table of Contents provided by Ingram. All Rights Reserved. |
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Filled with simple experiments, EARTH LAB: EXPLORING THE EARTH SCIENCES covers a variety of topics in physical geology, environmental geology, and earth science course. Hands-on activities help you develop your data-gathering and analysis skills, including rock and mineral identification, aerial photo analysis, and geological map interpretation.
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