P2: Environmental Scarcity, the Resource Curse, and Conflict

Ecological Scarcity as a Driver of Conflict

The lecture opens by revisiting last week’s key insight: ecological scarcity undermines cooperation among states because collective restraint is rarely in any individual state’s short-term interest. Scarcity, however, does not only manifest as “too little.” Paradoxically, violence is often triggered by “possession” – having too much of a needed resource, which makes the possessor a target. This paradox is labelled the Resource Curse.

The Resource Curse

Definition

– A condition in which an abundance of a single, highly valued resource (oil, diamonds, rare earths, etc.) produces economic decline, political instability, and heightened risk of conflict.
– It is not scarcity per se that kills, but the strategic value of control over what is scarce.

Empirical Pattern (1965-1998)

• Average GNP per capita change, $\text{OPEC}\;\text{states} = -1.3\%$
• Average GNP per capita change, $\text{rest of world} = +2.2\%$
• Iconic cases: Saudi Arabia, Venezuela—energy wealth coincided with relative economic decline while enabling global growth elsewhere.

Two Mechanisms

1. Internal Competition & Instability
   • Domestic actors see windfall profits and attempt to seize them.
   • Wealth accrues to narrow elites who “steal” rather than reinvest; legitimacy erodes.
2. External Predation
   • Great powers or neighboring states intervene directly or indirectly.
   • The weak with valued resources become pawns in broader strategic games.

Africa: The Extreme Manifestation

Symptoms Seen in West Africa

• Disease, over-population, unprovoked crime.
• Resource scarcity → refugee flows; borders erode.
• Rise of private military corporations (PMCs) and criminal syndicates replaces national defense.
• Eco-stress weakens state capacity → citizens search for “new war-makers” → further stress on the environment as armed groups loot resources.

Feedback Loop

$\text{Eco-stress} \;\Rightarrow\; \text{Weak State} \;\Rightarrow\; \text{Non-state Violence} \;\Rightarrow\; \text{Environmental Degradation} \;\Rightarrow\; \text{More Eco-stress}$

Great-Power Predation: The People’s Republic of China (PRC) in Africa

Motives of the PRC

• Secure energy for manufacturing.
• Reduce dependence on U.S.-allied producers.

Incentives for African Leaders

1. Political Survival – PRC support comes without democratization demands.
2. Resentment of Western Conditionality – Aid tied to reforms felt neo-colonial.
3. Economic Aid & Stability – Infrastructure projects, loans, market access.

Consequences

1. Support for Illegitimate Leaders – Human-rights abusers remain in power.
2. Environmental Degradation Intensifies – More extraction to satisfy new contracts.
3. Heightened U.S.–PRC Rivalry – Weak states align with one side, raising interstate and intrastate tension.

From Bipolar to “Ecopolar” World Order

• Cold-War bipolarity was dangerous yet predictable.
• The emerging ecopolar system is fragmented, resource-driven, and highly volatile.
• Violence will increasingly be a human response to environmental triggers, not classical power politics.

Quantitative Climate–Conflict Linkages

• Each $1^{\circ}\text{C}$ temperature rise → $10\% \text{–} 30\%$ decline in staple-crop yields:
  $\Delta Y = Y \times (-0.10 \text{ to } -0.30) \; \text{per} \; \Delta T = 1^{\circ}\text{C}.$
• Yield shock → food insecurity → civil conflict.
• Projection: $\approx 390{,}000$ additional violent deaths in Africa by 2030.

Evaluating Proposed Solutions

1. Democracy – Not a Panacea

• Even controlling for regime type, violence still rises $4\%\text{–}12\%$ under warming scenarios.
• Democratization alone does not counter the structural drivers.

2. Technological Fixes (e.g., drought-resistant “magic beans”)

• Potential: higher yields, climate-tolerant varieties.
• Pitfalls: No single breakthrough; adoption demands cultural & market change; monopoly control over seeds sparks new inequalities and conflicts.

3. Better Government / Crop-Insurance Model

• Concept: State underwrites climate risk to keep farmers producing staples.
• Problems: Requires money, rule of law, administrative capacity—traits absent in the weakest (and most exposed) states; high corruption risk.

4. New Energy Paradigm (the “Elon Musk Solution”)

• Switch to renewables cuts emissions, creates jobs.
• Transition is slow; destroys legacy sectors (coal, oil) → political backlash.
• Democracies find it hard to smooth the social costs of rapid structural change, breeding further insecurity.

Energy Policy vs. Short-Term Politics

• Cheap oil wins votes: lower transportation costs, cheaper food, faster growth.
• Long-term trade-off: intensified climate change, higher probability of resource wars, persistence of the carbon economy.

“Good politics now” ≠ “Good national security later.”

Ethical & Practical Implications

• Human security is the lens: environmental crises redistribute life chances along lines of wealth, geography, and political power.
• Responsibility transcends borders; yet incentives remain narrowly national.
• Policies must integrate environmental, economic, and security thinking—piecemeal fixes (tech, democracy promotion, aid) fall short without systemic change.

Key Takeaways for Exam Review

1. Resource curse logic: abundance → vulnerability.
2. Internal vs. external pathways linking resources to violence.
3. Africa as a case study demonstrating state failure, PMCs, and great-power rivalry.
4. Quantitative evidence for climate-conflict (10-30% yield decline; 390k deaths).
5. No single solution: democracy, technology, insurance, and renewables each help but carry trade-offs.
6. Energy politics illustrate the clash between short-term electoral incentives and long-term human security.
7. The emerging ecopolar system is unpredictably multi-threat—the climate itself, not states, becomes the principal antagonist.