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+# Analyze Evolutionary Ecology Expert
+
+Use the evolutionary ecology expert agent to analyze natural selection mechanisms, adaptation processes, and ecological interactions in evolutionary contexts.
+
+## Usage
+
+```
+/eco-analyze <expert_name> [ecological_context]
+```
+
+## Arguments
+
+- **expert_name** (required): The name of the evolutionary ecology expert or researcher to analyze.
+- **ecological_context** (optional): Specific ecological system or focus area:
+  - "natural_selection" - Selection mechanisms and patterns
+  - "adaptation" - Adaptive processes and constraints
+  - "ecological_interactions" - Species interactions and coevolution
+  - "experimental_design" - Research methodology and experimental approaches
+
+## Examples
+
+```
+/eco-analyze "John Thompson" "ecological_interactions"
+/eco-analyze "Peter Grant" "natural_selection"
+/eco-analyze "Ruth Shaw" "adaptation"
+/eco-analyze "Sara Via" "experimental_design"
+```
+
+## What it does
+
+The agent will:
+
+1. **Expert Analysis**: Examine the researcher's contributions to evolutionary ecology theory
+
+2. **Specialized Topics**:
+   - Natural selection analysis in natural populations
+   - Adaptation mechanism studies
+   - Ecological interaction research
+
+3. **Method Evaluation**: Assess experimental designs and field study approaches
+
+4. **Theoretical Integration**: Connect empirical findings to broader evolutionary theory
+
+## Output
+
+The analysis generates a comprehensive report including:
+- Expert's theoretical contributions to evolutionary ecology
+- Analysis of natural selection evidence and mechanisms
+- Assessment of adaptation studies and constraints
+- Evaluation of ecological interaction patterns
+- Experimental design recommendations
+- Integration of field and laboratory approaches
+- Relevant literature citations
+
+## Requirements
+
+This command requires the following MCP servers:
+- article-mcp (for ecological literature search)
+- sequentialthinking (for structured analysis)
+
+## Notes
+
+- Emphasizes empirical evidence from natural populations
+- Integrates both theoretical and experimental approaches
+- Considers both microevolutionary and macroevolutionary perspectives
+- Provides insights for current evolutionary ecology research
+
+## Research Areas Covered
+
+- **Natural Selection**: Measuring selection, fitness landscapes, selective pressures
+- **Adaptation**: Genetic basis, constraints, rapid evolution, phenotypic plasticity
+- **Ecological Interactions**: Predator-prey dynamics, host-parasite coevolution, mutualisms
+- **Experimental Methods**: Field experiments, common garden studies, reciprocal transplants
+
+## Applications
+
+Useful for:
+- Designing evolutionary ecology studies
+- Understanding current research trends
+- Identifying gaps in ecological knowledge
+- Developing testable hypotheses
+- Planning experimental approaches