Global Energy and Food Price Rise and Its Impact on Low-Income People

1. Introduction

The global economy is currently facing a “polycrisis”, where several interconnected crises are occurring at the same time. Rising energy and food prices have placed additional pressure on millions of people, especially low-income households.

The COVID-19 pandemic, the Russia-Ukraine war and subsequent geopolitical tensions have disrupted global supply chains. Recent conflicts and instability have further increased uncertainty in energy and food markets.

2. Geopolitical Factors

• Regional Conflict and Supply Disruption: Geopolitical tensions and conflicts in strategically important regions can disrupt major energy transportation routes and increase global oil and LNG market uncertainty.
• Russia-Ukraine War: Russia and Ukraine have traditionally been important suppliers in global grain and fertilizer markets. Continued instability can put pressure on food supply and agricultural input prices.
• Energy-Fertilizer Link: Natural gas is an important raw material for producing nitrogen-based fertilizers such as urea. Therefore, higher gas prices can increase fertilizer costs and ultimately raise food production costs.

3. Economic Factors

• Energy-Fertilizer Nexus: Higher natural gas and energy prices increase the cost of fertilizer production. This places additional pressure on farmers and increases agricultural production costs.
• Inflation and Market Uncertainty: Supply disruptions can increase inflationary pressure. Uncertainty in international commodity markets can also make food and energy prices more volatile.
• Higher Transportation Costs: When fuel prices rise, transportation and distribution costs also increase, eventually raising the prices of essential commodities.

4. Climate and Systemic Factors

• Extreme Weather: Droughts, floods and other extreme weather events can reduce crop production. This makes food markets more vulnerable to external shocks.
• Weak Supply Chains: Highly interconnected global supply chains can become vulnerable when important trade routes or transportation networks are disrupted.
• Dependence on Fossil Fuels: Heavy dependence on fossil fuels means that energy price increases can directly affect agriculture, food processing and transportation.

5. Impact on Low-Income People

• Food Insecurity: Low-income families spend a large share of their income on food. When food prices rise, their ability to maintain adequate nutrition declines.
• Energy Poverty: Higher electricity and cooking-fuel prices can make basic energy services less affordable for poor households.
• Rising Poverty and Inequality: Higher living costs reduce real purchasing power and can push vulnerable households deeper into poverty.
• Social Instability: Severe increases in the cost of basic necessities can create public anger, protests and wider social tensions.

6. Short-Term Measures

• Stabilize Critical Trade Routes: International diplomatic efforts should focus on reducing conflict and keeping major energy and food transportation routes open.
• Strengthen Social Safety Nets: Cash assistance, food support and targeted subsidies can protect the poorest households from sudden price shocks.
• Support Sustainable Agriculture: Investment in climate-resilient farming and efficient fertilizer use can reduce vulnerability to global agricultural shocks.
• Increase Energy Efficiency: Improving energy efficiency can reduce dependence on expensive imported fuels.

7. Long-Term Solutions

Long-term solutions require cooperation among countries and stronger international institutions. Conflicts cannot be sustainably resolved through military means alone. Diplomatic dialogue and international cooperation are essential for maintaining global peace and economic stability.

8. Energy Transition and Food Security

A long-term response to the crisis should include greater investment in renewable energy, energy efficiency and climate-resilient agriculture.

Reducing excessive dependence on fossil fuels can help countries reduce exposure to international energy price shocks. At the same time, sustainable agricultural practices can improve food security and strengthen resilience against climate-related disruptions.

9. Conclusion