3-D Structural Interpretation : Earth, Mind, and Machine

The “3-D Structural Interpretation : Earth, Mind, and Machine” book not only meticulously outlines the theoretical foundations of structural geology but also vividly demonstrates practical applications. Consequently, it provides readers with a holistic understanding of 3-D structural interpretation. Throughout “3-D Structural Interpretation : Earth, Mind, and Machine” the authors seamlessly blend traditional geological methods with state-of-the-art machine learning and artificial intelligence techniques. This fusion of Earth sciences and modern technology allows for more accurate and efficient interpretations of geological structures, ultimately advancing our knowledge of the Earth’s dynamic processes. With its forward-thinking approach and interdisciplinary collaboration, this book stands at the forefront of the evolving field of structural geology, making it an essential read for both seasoned professionals and budding geoscientists.

Three-dimensional geologic interpretation of surface and subsurface data necessitates the seamless integration and application of both geologic knowledge and spatial cognitive skills. While much surface geologic mapping still relies on pen and paper techniques, subsurface interpretation, on the other hand, typically leverages sophisticated visualization software. Moreover, in both cases, successful interpreters employ mental models as pivotal tools. These mental models serve as essential bridges that connect internal and external forms of 3-D visualization. Ultimately, these cognitive constructs facilitate the construction of comprehensive and accurate 3-D geologic interpretations.

This volume sets out to understand more about the convergence of geology, 3-D thinking, and software, which collectively provide the basis for truly effective interpretation strategies. This comprehensive approach to three-dimensional geologic interpretation should appeal to all geologic interpreters. Furthermore, it will be especially beneficial for those who are actively engaged in investigating and instructing interpretation skills

Contents

• Learning from the 2013 3-D Interpretation Hedberg Conference: How Geoscientists
• Training Spatial Skills in Geosciences: A Review of Tests and Tools
• Visual Metaphors in Structural Geology: A Means for Enhancing 3-D Visualization
• Visible Geology: Creative Online Tools for Teaching, Learning, and Communicating Geologic Concepts
• Spatial Skills in Expert Structural Geologists
• Structural Interpretation of Seismic Geologic Reality, Perspective, and 3-D Thinking
• Subsurface Structural Interpretation: The Significance of 3-D Structural Frameworks
• Insight on Mechanical Stratigraphy and Subsurface Interpretation
• Evolution of the Hat Creek Fault System, Northern California
• 3-D Seismic-Structural Workflows – Examples Using the Hat Creek Fault System
• Earth, Mind, and Paper: Field Sketches as Expert Representations of the Hat Creek Fault Zone
• Increasing Interpreter Capability in Structurally Complex Settings through Combined Fieldwork, Interpretation, and Geocellular Modeling
• Linking Cognitive Science and Disciplinary Geoscience Practice: The Importance of the Conceptual Model