Innovation Crisis? New Crop Protection Technologies Now Cost US$307 Million to Reach Farmers
A new international study reveals that bringing innovative crop protection technologies to market now requires record investments and more than a decade of research.
Creating a new crop protection technology now requires an average investment of US$ 307 million and 11.4 years of research, development, field testing and regulatory review before reaching farmers. The findings come from a new study prepared by AgbioInvestor for CropLife International, released on July 16, 2026. The report is particularly significant as global agriculture faces mounting pressure to increase food production while simultaneously addressing climate change, pest resistance, biodiversity conservation, and increasingly demanding environmental and food safety standards.
The study highlights a growing challenge for the agricultural sector: innovation is becoming more expensive and time-consuming just as farmers need new technologies more than ever. As crop production systems face rising biological and environmental pressures, access to innovative solutions will be essential to maintaining global food security, improving productivity and supporting more sustainable farming systems.
More Than a Decade of Research Before Reaching the Farm
The innovation pipeline begins with the screening of thousands of potential compounds and technologies. However, only a very small percentage of candidates ultimately advance to commercial development. According to the report, the discovery phase alone required an average investment of US$133 million between 2020 and 2023, with research chemistry representing the single largest expenditure.
Once a promising active ingredient is identified, developers enter a lengthy process involving formulation optimization, toxicological studies, environmental assessments, residue analysis, large-scale manufacturing evaluations and extensive field trials across multiple crops and production systems. Field development activities remain among the most resource-intensive stages, accounting for approximately US$59 million of total development costs.
Crop Protection Innovation: Time and Cost to Market
| Indicator | Result | Impact on Agriculture |
|---|---|---|
| Average time from discovery to commercialization | 11.4 years | Reflects increasing scientific and regulatory complexity. |
| Average cost to develop a new active ingredient | US$307 million | Represents a record investment level for agricultural innovation. |
| Innovation process | Discovery ? Development ? Registration ? Commercialization | Each phase requires increasingly rigorous safety and environmental evaluations. |
Source: AgbioInvestor for CropLife International (2026). Period analyzed: 2020-2023.
Innovation Costs Have More Than Doubled Since the 1990s
One of the report's most striking findings is the dramatic increase in development costs over the last three decades. In 1995, bringing a new crop protection solution to market required investments of approximately US$152 million. Today, that figure has more than doubled. The increase reflects expanding regulatory requirements, more comprehensive environmental and human safety evaluations, and the growing scientific complexity involved in developing innovative technologies.
Evolution of Crop Protection Development Costs
| Period | Average Cost | Industry Context |
|---|---|---|
| 1995 | US$152 million | Lower regulatory requirements and simpler development pathways. |
| 2000 | US$184 million | Increased investment in safety and efficacy studies. |
| 2005-2008 | US$256 million | Greater scientific and environmental scrutiny. |
| 2010-2014 | US$286 million | Expansion of regulatory data requirements. |
| 2014-2019 | US$301 million | Growing emphasis on sustainability and traceability. |
| 2020-2023 | US$307 million | Record investment levels for agricultural innovation. |
Source: AgbioInvestor for CropLife International (2026).
Latin America Emerges as a Strategic Region for Agricultural Innovation
The findings carry particular importance for Latin America, one of the world's largest food-producing regions and a critical contributor to global food security. According to the report, Central and South America represented 17% of regionalized development and stewardship spending in 2023, equivalent to approximately US$52 million. These investments support local adaptation programs, field validation studies and stewardship initiatives designed to maximize technology performance under regional farming conditions.
For countries such as Brazil, Argentina and Paraguay, ensuring timely access to innovative crop protection technologies will be crucial to maintaining competitiveness in global agricultural markets, particularly as international buyers demand greater levels of sustainability, traceability and lower carbon footprints.
Biological Solutions Are Gaining Momentum
While conventional technologies still account for the majority of industry investment, the study also found increasing diversification in research portfolios. Biological products expanded their share of total R&D expenditures from 7% in 2019 to 10% in 2023, reflecting growing interest in complementary solutions for sustainable crop management. However, the report warns that innovation only delivers value when farmers can access new technologies efficiently. Lengthy, unpredictable or non-science-based regulatory systems can delay the introduction of new solutions, limiting farmers' ability to address emerging agronomic challenges.
The study concludes that maintaining science-based, transparent and predictable regulatory frameworks will be essential to balancing rigorous safety assessments with the urgent need to accelerate agricultural innovation. As the world faces increasingly complex production challenges, continued investment in crop protection innovation, agricultural technology, sustainable farming solutions and food security initiatives will remain fundamental to supporting resilient and productive agricultural systems worldwide.
