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Biology
Ecology and Conservation
Ecological Modeling
1. Introduction to Ecological Modeling
2. Mathematical and Statistical Foundations
3. A Typology of Ecological Models
4. The Modeling Cycle: From Concept to Application
5. Core Models in Population Ecology
6. Models in Community and Ecosystem Ecology
7. Spatially Explicit Models
8. Advanced Modeling Techniques
9. Model Evaluation and Selection
10. Applications in Conservation and Management
11. Philosophical and Practical Considerations
Spatially Explicit Models
Cellular Automata Models
Grid-Based Representation
Local Interaction Rules
Neighborhood Definitions
Pattern Formation
Percolation Theory
Forest Fire Models
Epidemic Spread Models
Grid-Based Models
Raster Data Structures
Spatial Resolution Effects
Boundary Conditions
Landscape Metrics
Habitat Fragmentation Models
Individual-Based Models
Individual Representation
Attribute Tracking
Life History Events
Behavioral Rules
Spatial Movement
Random Walk Models
Correlated Random Walks
Biased Movement
Memory Effects
Social Interactions
Flocking Behavior
Territorial Behavior
Mating Systems
Emergent Patterns
Aggregation Patterns
Spatial Segregation
Collective Migration
Network Models
Graph Theory Fundamentals
Nodes and Edges
Network Metrics
Centrality Measures
Ecological Networks
Food Web Networks
Mutualistic Networks
Host-Parasite Networks
Landscape Networks
Habitat Patches as Nodes
Corridors as Edges
Connectivity Metrics
Network Robustness
Reaction-Diffusion Models
Diffusion Processes
Reaction Terms
Wave Solutions
Pattern Formation
Turing Patterns
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6. Models in Community and Ecosystem Ecology
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8. Advanced Modeling Techniques