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Beyond Siloed Analysis: How Multilayer Models Solve Political Network Inference Problems

Multilayer NetworksExponential Random Graph ModelERGM ModelingPolicy CommunicationMethodology@PSR&M1 R file1 datasetDataverse
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Political interactions often span multiple overlapping relational contexts, an interdependence traditional network models struggle to capture. This paper introduces a multilayer approach using exponential random graph modeling (ERGM) that specifically addresses this challenge by integrating multiple relations.

### Data & Methods 🎯

* Examines two political networks: policy communication and global conflict data

* Applies the new multilayer network methodology to these distinct systems

### Key Findings 🔍

* Models incorporating interdependence between relational contexts fit observed data significantly better than traditional single-layer approaches.

* This multilayer method provides crucial inferential leverage for understanding complex political systems with interconnected relationships.

The approach demonstrates how accounting for multi-relational complexity enhances our analytical capabilities in political science.

Article card for article: Statistical Inference for Multilayer Networks in Political Science
Statistical Inference for Multilayer Networks in Political Science was authored by Ted Hsuan Yun Chen. It was published by Cambridge in PSR&M in 2021.
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Political Science Research & Methods
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