Impacts of accelerating agricultural R&D transfer on global food security

Abstract

Postponing the adoption of genome editing (GE) is costly, with lengthy regulatory processes contributing to postponement. Accelerating agricultural research and development (R&D) transfer is important for stimulating sustainable agricultural transitions and enhancing global food security. Using the MAGNET model, we incorporate dynamic R&D accumulation and compare economic projections in scenarios with accelerated R&D transfer. We calculate the cost of delay (COD) from postponing GE adoption. The results show that accelerating R&D transfer in high-income countries impacts economic performance, welfare, and food affordability globally; the annuity of COD ranges from losses of -$1.1 billion (Brazil) to gains of $18.5 billion (Europe). A 3-year acceleration of R&D transfer in all countries benefits middle and low-income countries the most (e.g. China, India, other Asian countries, and Sub-Saharan African countries), with the annuity of COD ranging from -$4.8 billion (Brazil) to $83.9 billion (China). Therefore, streamlining the GE regulatory framework is essential for enhancing food security and global welfare.

Keywords

• Agricultural R&D transfer
• computable general equilibrium model
• cost of delay
• genome editing
• global food security