Chapter 1

: Introduction
1. Significance of Studying Landslide Risk
2. Objectives of the Research
3. Overview of the Study Area
4. Importance of Geological Factors in Landslide Occurrence
5. Scope and Limitations
6. Relevance to Disaster Risk Reduction
7. Implications for Land Use Planning

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Chapter 2

: Literature Review
1. Geological Controls on Landslide Formation
2. Influence of Lithology on Landslide Susceptibility
3. Role of Geological Structures in Slope Stability
4. Topographic Factors and Landslide Hazard Zonation
5. Previous Studies on Geological Controls of Landslides
6. Advances in Landslide Hazard Assessment Techniques
7. Challenges in Incorporating Geological Factors into Landslide Models

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Chapter 3

: Methodology
1. Geological Mapping Techniques for Landslide Analysis
2. Field Surveys and Mapping of Geological Formations
3. Structural Analysis Methods (Faults, Joints, etc.)
4. Lithological Characterization and Rock Mass Properties
5. Topographic Analysis and Digital Elevation Models
6. Landslide Inventory Compilation and Validation
7. Data Integration and Spatial Analysis

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Chapter 4

: Results and Analysis
1. Identification of Geological Controls on Landslide Occurrence
2. Analysis of Lithological Influence on Landslide Susceptibility
3. Assessment of Structural Controls on Slope Stability
4. Correlation between Topographic Parameters and Landslide Distribution
5. Evaluation of Landslide Hazard Zonation Maps
6. Comparison with Historical Landslide Events
7. Implications for Landslide Risk Management

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Chapter 5

: Discussion
1. Synthesis of Geological Controls on Landslide Risk
2. Implications for Landslide Hazard Assessment and Mitigation
3. Challenges in Incorporating Geological Factors into Risk Models
4. Integration of Findings into Land Use Planning
5. Community Awareness and Capacity Building
6. Future Research Directions
7. Conclusion and Recommendations