Food Security, Bioenergy Policy and Land Use Trade-offs in Global Development Systems

1. Executive Summary

This publication examines the complex relationship between food security, bioenergy policy, and land use systems, focusing on how competing demands for agricultural resources shape development outcomes in both advanced and developing economies. As global energy transitions accelerate, bioenergy expansion has emerged as a critical component of climate and energy policy, yet it presents significant trade-offs for food production, livelihoods, and environmental sustainability.

Drawing on development policy analysis and empirical evidence, the study highlights how bioenergy policies influence agricultural markets, land allocation, and food price dynamics. It emphasizes the need for integrated policy frameworks that balance energy security, sustainable livelihoods, and food systems resilience. The findings contribute to ongoing debates on sustainable development, climate policy, and agricultural systems transformation, offering actionable insights for policymakers, development practitioners, and international organizations.

2. Methodology & Analytical Framework

The study adopts a policy-oriented analytical framework combining development policy analysis, economic modelling insights, and comparative research approaches. It integrates qualitative policy review with quantitative evidence from agricultural and energy systems to assess the interaction between bioenergy production and food systems.

The analytical approach is grounded in:

• Comparative policy analysis across different national and global contexts
• Agricultural and land-use systems evaluation, focusing on resource allocation and productivity
• Economic and policy modelling insights examining food price dynamics and bioenergy demand
• Sustainability and development frameworks, linking energy policy to livelihoods and environmental outcomes

This integrated methodology enables a comprehensive understanding of how bioenergy expansion affects food systems, labour markets, and development trajectories.

3. Key Insights & Major Findings

1.Bioenergy expansion creates structural trade-offs between food production and energy policy objectives, particularly in land-constrained economies

2.Agricultural land allocation is increasingly influenced by energy markets, affecting food availability and price stability

3.Food security risks are amplified in developing and fragile economies, where livelihoods depend heavily on agricultural systems

4.Integrated policy design is essential, aligning bioenergy, agricultural, and development policies to avoid unintended economic and social consequences

5.Sustainable livelihoods and rural economic systems must be central to bioenergy policy frameworks, ensuring inclusive and equitable outcomes

6.Global policy coordination is required to balance climate objectives with food systems resilience and economic stability