Applying causality to environmental security in Iraq.

Area of Science:

• Environmental security
• Causal inference methodology
• Conflict studies

Background:

• Current environmental security research often identifies specific linkages rather than broad causal mechanisms of conflict.
• Non-experimental data analysis for environmental security typically validates known relationships.
• A gap exists in comprehensively understanding the network of causal pathways linking environmental factors to armed conflict.

Purpose of the Study:

• To demonstrate the application of advanced causal methodology for a comprehensive retrieval and validation of causal linkages in environmental security.
• To offer a novel methodological perspective for identifying and testing causal relationships among environmental, demographic, agricultural, and armed conflict variables.
• To infer the causal effects of natural conditions on armed conflict using non-experimental data.

Main Methods:

• Application of recent advances in causal methodology to non-experimental observational data.
• Analysis of armed conflict data across Iraqi subdistricts.
• Inferring causal pathways from environmental variables to conflict activity.

Main Results:

• Latent energy and soil moisture indirectly cause conflict activity.
• Population density positively mediates armed conflict.
• The hypothesis that wheat production negatively mediates conflict was not supported.

Conclusions:

• The study successfully applied advanced causal methods to uncover complex relationships between environmental factors and conflict.
• Findings highlight the indirect roles of latent energy, soil moisture, and population density in armed conflict.
• The methodological approach offers a framework for future research and evidence-based policy interventions in environmental security.