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Architecture and Design
Landscape Architecture
Landscape Ecology
1. Introduction to Landscape Ecology
2. Landscape Structure and Pattern
3. Landscape Function and Processes
4. Landscape Dynamics and Change
5. Methods and Tools
6. Applications in Design and Planning
Landscape Function and Processes
Organism Movement and Population Dynamics
Population Dynamics in Landscapes
Source-Sink Dynamics
Local Population Processes
Extinction and Colonization
Metapopulation Theory
Classic Metapopulation Model
Spatially Realistic Models
Patch Occupancy Dynamics
Dispersal Processes
Dispersal Mechanisms
Dispersal Distances
Dispersal Success
Barriers to Movement
Habitat Connectivity
Structural Connectivity
Functional Connectivity
Species-specific Connectivity
Fragmentation Effects
Area Effects
Isolation Effects
Edge Effects
Genetic Consequences
Island Biogeography Applications
Species-Area Relationships
Distance Effects
Habitat Fragment Dynamics
Energy and Material Flows
Nutrient Cycling
Landscape-scale Nutrient Movement
Patch-to-Patch Transfers
Role of Connectivity
Human Influences
Energy Flow
Primary Production Patterns
Trophic Structure
Energy Transfer Efficiency
Landscape Productivity
Biogeochemical Cycles
Carbon Cycling
Nitrogen Cycling
Phosphorus Cycling
Sulfur Cycling
Hydrological Processes
Watershed Concepts
Watershed Delineation
Hierarchical Organization
Hydrological Connectivity
Water Movement
Surface Runoff Patterns
Infiltration Processes
Groundwater Flow
Evapotranspiration
Land Cover Effects
Runoff Generation
Water Quality Impacts
Flow Regulation
Flood Control
Riparian Systems
Riparian Functions
Stream-Landscape Interactions
Buffer Zone Effects
Edge Effects and Ecotones
Edge Characteristics
Edge Creation
Edge Structure
Edge Dynamics
Edge Effects
Abiotic Changes
Biotic Responses
Penetration Distance
Edge Influence
Ecotones
Ecotone Types
Transition Zones
Biodiversity Patterns
Functional Roles
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2. Landscape Structure and Pattern
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4. Landscape Dynamics and Change