What This Document Is
This is a laboratory exercise designed for a Structural Geology and Tectonics course, focusing on the practical application of spatial orientation principles within a geological context. It challenges students to analyze geological maps and subsurface data to reconstruct the history of deformation in a specific region. The exercise centers around interpreting structural features and their relationships to understand the geological evolution of an area. It requires students to synthesize map data, well logs, and theoretical knowledge to create detailed cross-sections and interpret fault behavior.
Why This Document Matters
This exercise is crucial for students learning to bridge the gap between theoretical concepts and real-world geological problems. It’s particularly valuable for those pursuing careers in petroleum geology, hydrogeology, engineering geology, or any field requiring a strong understanding of subsurface structures. Students will hone their skills in geological mapping, cross-section construction, and fault analysis – skills essential for interpreting geological settings and assessing geological hazards. This assignment is best utilized after foundational coursework in structural geology and geological mapping techniques.
Topics Covered
* Geological Map Interpretation
* Cross-Section Construction
* Fault Recognition and Classification (Normal, Reverse, Oblique)
* Strike and Dip Determination
* Slickenline Analysis
* Relative Displacement Calculation
* Geologic History Reconstruction
* Lithologic Unit Correlation
* Subsurface Geological Data Analysis
What This Document Provides
* A geological map of the Fault Mountain Quadrangle, Texas.
* Subsurface well log data from exploratory and municipal wells.
* A scenario-based task simulating a geological report request from a legal client.
* Detailed instructions for constructing multiple cross-sections.
* Guidance on interpreting fault characteristics and calculating displacement.
* Hints and considerations for accurate and professional cross-section creation.
* A framework for establishing a sequence of geological events.