Abstract

As hydro-meteorological hazards are predicted to become more frequent and intense in the future, scholars and policymakers are increasingly concerned about their security implications, especially in the context of ongoing climate change. Our study contributes to this debate by analysing the pathways to water-related conflict onset under drought conditions in the Middle East and North Africa (MENA) region between 1996 and 2009. It is also the first such analysis that focuses on small-scale conflicts involving little or no physical violence, such as protests or demonstrations. These nonviolent conflicts are politically relevant, yet understudied in the literature on climate change and conflict, environmental security, and political instability. We employ the method of qualitative comparative analysis (QCA) to integrate quantitative and qualitative data at various scales (national, regional, local) for a sample of 34 cases (17 of which experienced conflict onset). Our findings show that pre-existing cleavages and either autocratic political systems or cuts of the public water supply are relevant predictors of nonviolent, water-related conflict onset during droughts. Grievances deeply embedded into socio-economic structures in combination with a triggering event like a drought or water cuts are hence driving such water-related conflicts, especially in the absence of proper political institutions. We thus argue that drought–conflict links are highly context-dependent even for nonviolent, local conflicts, hence challenging determinist narratives that claim direct interlinkages between climate change, hydro-meteorological disasters and conflict.

Highlights

  • Over the coming decades, ongoing climate change is likely to increase the frequency and intensity of hydrometeorological events like droughts and floods even under moderate greenhouse gas emission scenarios

  • The consistency scores for the presence of cleavages (0.82), of an autocratic regime (0.71), of high nightlight emissions (0.71) and of water cuts (0.77) are below this threshold, indicating that there are no necessary conditions for water-related conflict onset under drought conditions

  • This study aimed to disentangle pathways to small-scale, low-intensity conflicts about water during droughts. It fills an important gap in the literature on environmental security, natural hazards, climate change and conflict, which largely focuses on violent disputes causing 25 or more battle-related deaths

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Summary

Introduction

Over the coming decades, ongoing climate change is likely to increase the frequency and intensity of hydrometeorological events like droughts and floods even under moderate greenhouse gas emission scenarios. A case in point is the 2006–09 drought in north-eastern Syria, which had devastating impacts on local livelihoods due to a combination of rainfall scarcity, a history of state-driven In this context, researchers and policymakers alike have frequently speculated about a link between climate-related disasters and an increasing risk of violent conflict (Peters, 2018). Several articles have been devoted to studying the impact of drought on violent conflict in particular These articles often focus on hazards (in the form of exogenous weather events, mostly unusually low rainfall) rather than disasters (the societal impacts of hazards). They still provide important insights into disaster–conflict links as they focus on societies vulnerable to hazards-turninginto-disasters (for instance due to insufficient water infrastructure and high agricultural dependence)

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