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Advanced Geology: Earth’s Dynamic Processes – Year 12

Advanced Geology: Earth’s Dynamic Processes – Year 12

By admin Categories: Geology
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About Course

Course Overview: Delve into the complexities of Earth’s geological processes and gain a deep understanding of the forces shaping our planet. This advanced course combines theoretical knowledge with practical applications, encouraging students to think critically and conduct independent research in the field of geology.

What Will You Learn?

  • This curriculum is designed to challenge students with advanced geological concepts, hands-on fieldwork, and independent research opportunities. By exploring the complexities of Earth's geological processes, students will gain valuable insights into the dynamic nature of our planet and its geological history.

Course Content

Lesson 1: Plate Tectonics Theory
o Investigate the evidence supporting the theory of plate tectonics. o Explore the movement of lithospheric plates and their interactions.

Lesson 2: Seismic Tomography and Earth’s Interior
o Study seismic waves to infer the structure and composition of Earth's interior. o Analyze tomographic images to reveal mantle convection patterns.

Lesson 3: Seismology and Earthquake Mechanics
o Examine the causes and effects of earthquakes on Earth's surface. o Explore seismic waves and their role in studying Earth's interior.

Lesson 4: Volcanic Processes and Eruptions
o Understand the formation of volcanoes and types of volcanic eruptions. o Analyze volcanic hazards and their impact on human populations.

Lesson 5: Radiometric Dating Techniques
o Learn about various radiometric dating methods and their applications. o Apply dating techniques to determine the ages of rock formations.

Lesson 6: Sequence Stratigraphy and Basin Analysis
o Study sedimentary sequences and their significance in geologic history. o Analyze basin formation, sedimentary facies, and sea-level changes.

Lesson 7: Folding and Thrusting
o Explore the mechanics of folding and thrust faulting in rocks. o Analyze the structural features of mountain belts and fold-thrust belts.

Lesson 8: Continental Rifting and Rift Basins
o Understand the processes behind continental rift formation. o Study rift basins and their geologic evolution.

Lesson 9: Paleoclimatology and Climate Proxies
o Examine climate records preserved in sedimentary archives. o Analyze climate proxies, including isotopes and fossil assemblages.

Lesson 10: Climate Feedbacks and Global Change
o Explore the interactions between Earth's systems and climate feedback mechanisms. o Discuss the implications of global change on ecosystems and landscapes.

Lesson 11: Geological Mapping and Remote Sensing
o Learn advanced techniques for geological mapping using remote sensing data. o Interpret satellite images and create detailed geologic maps.

Lesson 12: Independent Research Project
o Engage in a self-directed research project on a geologic topic of choice. o Conduct fieldwork, data analysis, and present findings in a scientific report.

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