Geology 1040-Physical Geology lecture
General
- Course outline
Introduction
- Branches of Geology
- Processes of Change
- Rock Families(or Mode of Origin)
- Uniformitarianism
- Physiographic Map of Tennessee
- Geologic Map of Tennessee
- Geoscience in Tennessee
- Tennessee State Symbols
- Periodic Table
Minerals
- Definitions
- Reasons for Studying Minerals
- ‘In One Day’
- Mineral Baby 2020
- 2012-2013 Mineral yearbook TN
- What is Made of ??
- Common Rock Forming Minerals
- Physical Properties
- Physical Properties of Minerals
- Polymorphs-isomorphs
- Classification of Minerals based upon Composition
- Informational Quiz
- Abundances of Chemical Elements in Earth’s Crust
- Abundances of Minerals in Earth’s Crust
- SiliMineral Baby 2020cate classification
Igneous Rocks
- The Rock Cycle
- Criteria used to classify igneous rocks
- Why we get different igneous rocks when a magma-lava crystallizes because
- Compositions of magma-lava
- Batholiths
- Bowen’s Reaction Series
- Questions to answer about igneous textures
- Possible Igneous Rock Textures
- Porphyritic vs. porphyry
- Phenocrysts vs. fragments
- Igneous Rock Classification Chart
Sedimentary Rocks
- The Rock Cycle
- Criteria used to classify sedimentary rocks
- Steps in the Formation of Sedimentary Rocks
- Weathering
- Transportation
- Wentworth’s Particle Size Scale
- Sedimentary Rock Classification Chart
- Features found in sedimentary rocks
- Law of Superposition
Metamorphic Rocks
- The Rock Cycle
- Criteria used to classify metamorphic rocks
- Objectives in Studying Metamorphic Rocks
- Agents of Metamorphism
- Type of Metamorphism
- Grade of Metamorphism
- Changes Occurring during Metamorphism
- Metamorphic Rock Classification Chart
- Source rocks (protolith) vs. grade of metamorphism
Geologic Resources
- Classification of Resources based on Mode of Origin
- Classification of Resources based on Type
- Exploration
- Exploitation
Earthquakes (death, destruction, and terrible movies)
- Definitions
- Know these two definitions
- Three rules of three
- Measuring earthquakes
- Effects of earthquakes
- Earthquake–Lisbon, Portugal, 1755
- Earthquake–New Madrid, Missouri, 1811-1812
- Earthquake resources
- The one benefit of earthquakes–Interior of the Earth
Folds, faults, and unconformities
- Definitions
- Changes, behavior, and stress
- Strike-dip definitions
- The block diagram
- Folds
- Joint vs. fault
- Classification-of-faults-based-upon-relative-movement-of-the-sides
- Unconformities
- Strike-dip and exercises
- Block diagram problems
Geologic Time
Hydrologic Cycle (Water)
1. Global Water Distribution
2. Streams and Rivers
A. Definitions
B. Stream cycle and topographic evolution
C. Stream system patterns
3. Ground Water
A. Definitions
B. The origin of groundwater
C. Porosity, permeability, aquifer, aquiclude
D. Water Table system
E. Springs
F. Artesian system
G. Karst erosion cycle
4. Oceans
A. The Composition of Sea Water
Arid Regions (Wind)
1. The Composition of the Atmosphere
2. Definitions
3. Arid region topographic cycle on block-faulted terrain
4. Sand dunes
5. Sand dune variables
Glaciers (Ice)
1. Definitions
2. Longitudinal profile of an Alpine glacier
3. Topographic modifications by Alpine glaciation
4. Continental glaciation
5. Attributes of Valley and Continental Glaciers
Mass movements (Gravity)
Continental drift and plate tectonics
1. Have you heard about this ridiculous hypothesis
2. Evidence from ocean basins (other than shape)
A. Age of sediments
B. Mid-oceanic Ridges (MORs)
3. Evidence from the continents (other than shape)
A. Tectonic patterns
B. Stratigraphic sequences
C. Paleoclimatic data
D. Paleontologic data
E. Paleomagnetic data
(1). How a compass determines latitude
(2). Paleomagnetic maps of North America
4. Summary of the theory of continentaln drift
Additional Resources in Earth Sciences with special section for those in the field of Education