Biopesticides Market - 11%+ CAGR Forecast for 2026-2031 Amid Curbs on Synthetic Pesticides, Reports Mordor Intelligence

HYDERABAD, India, March 5, 2026 /PRNewswire/ -- According to Mordor Intelligence, the biopesticides market size is projected to grow from USD 6.72 billion in 2025 to USD 7.46 billion in 2026 and is forecast to reach USD 12.65 billion by 2031, reflecting sustained expansion during the forecast period. The global biopesticides market is gaining structural momentum as regulators restrict synthetic crop protection chemicals, organic farmland expands, and fermentation platforms lower production costs. North America currently leads in the biopesticides market share, while Europe and Asia-Pacific are accelerating adoption due to resistance management challenges and environmental policy mandates.

Biopesticides Market Trends Analysis

Regulatory Shifts and Organic Acreage Expansion Strengthen Structural Demand

The expansion of organic farming worldwide reflects the increasing focus on sustainable agricultural practices. Governments and institutions are promoting natural farming methods and encouraging the use of biological crop protection solutions. Initiatives supporting eco-friendly inputs and sustainable agriculture are driving the adoption of biopesticides across key farming regions. Additionally, strict organic certification standards that prohibit synthetic pesticides are creating a stable demand for biological alternatives, supporting the steady growth of the biopesticides market.

Resistance Escalation and AI-Driven Innovation Accelerate Biological Adoption

Rising resistance to conventional chemistries is accelerating the transition toward biological solutions, as pyrethroid resistance in diamondback moths across Southeast Asia drives Bacillus thuringiensis adoption, and Fusarium head blight strains in North America show a decline in triazole efficacy in 2025 versus 2020. Biological actives bypass established resistance mechanisms, positioning them as critical components in integrated resistance-management strategies and expanding their acceptance beyond niche organic use. At the same time, artificial intelligence is accelerating microbial discovery, with machine-learning models identifying pesticidal metabolite clusters and shortening screening timelines.