Furthermore, its transformative potential for supporting a more sustainable agri-food system is underexplored.

The gap

Consensus across the literature

Supporting evidence — 4 representative gaps

• Microencapsulation for Controlled Delivery of Biopesticides: Emerging Trends and Perspectives (2026) · doi

  Future research should focus on developing cost-effective and scalable encapsulation systems, along with integrating emerging technologies such as nanotechnology and precision agriculture to enhance the performance and adoption of biopesticides in sustainable crop protection systems.

  Keywords: systems future focus developing cost effective scalable encapsulation along integrating emerging technologies nanotechnology precision agriculture
• Role of Modern Biotechnology in Sustainable Agriculture, Crop Improvement, and Global Food Security (2026) · doi

  Continued research and innovation in biotechnology will be essential for developing resilient agricultural systems capable of meeting future food demands while protecting environmental resources.

  Keywords: continued innovation biotechnology essential developing resilient agricultural systems capable meeting future food demands protecting environmental
• Unveiling Breeding Tools for Improving Fruit Set in Oil Palm through Biotechnological Approaches: A Systematic Review (2026) · doi

  Future research should focus on validating these biotechnological strategies in diverse environmental conditions and agronomic optimizations.

  Keywords: future focus validating biotechnological strategies diverse environmental conditions agronomic optimizations
• A genealogy of sustainable agriculture narratives: implications for the transformative potential of regenerative agriculture (2023) · doi

  Furthermore, its transformative potential for supporting a more sustainable agri-food system is underexplored.

  Keywords: transformative potential supporting sustainable agri food system underexplored