Highlights from the House-passed Farm Bill include removal of controversial language around pesticide labeling and the creation of an Office of Biotechnology Policy
Yara International CEO Sven Tore Holsether has warned that the ongoing conflict involving Iran could severely disrupt global food production by blocking fertiliser shipments, potentially removing up to 10 billion meals a week from supply and threatening food security in poorer countries. While Yara reported strong first-quarter 2026 results, management cautioned that the financial performance does not yet reflect the full impact of the conflict, which has already driven up fertiliser prices and may lead to reduced crop yields and food price inflation later in 2026 or early 2027.
Syngenta Group reported Q1 2026 sales of $6.4 billion and EBITDA of $1.4 billion, with improved margins driven by its focus on higher-quality, innovation-led agribusiness. Growth was led by strong performance in crop protection—especially in China and Europe—and solid momentum in seeds, supported by new technologies, AI, and biologicals. Despite ongoing geopolitical tensions, FX headwinds, and trade disruptions, Syngenta maintained steady growth and reinforced its transformation narrative ahead of a potential IPO. The company highlighted continued innovation, operational efficiencies, and portfolio simplification as key to its resilience and higher-margin strategy.
BASF shareholders have approved the carve-out of the group’s Agricultural Solutions division into a legally independent subsidiary, setting the stage for a potential IPO around 2027. The move, announced alongside BASF’s Q1 2026 results, is a strategic response to a volatile market shaped by Middle East tensions and the closure of the Strait of Hormuz, which have raised input costs and eroded farmer purchasing power, impacting crop protection earnings. Despite these challenges, the division posted stable volumes but weaker earnings due to currency headwinds, with management emphasizing the business’s long-term potential and resilience.
Europe’s agri-food sector is rich in innovation and early-stage capital but lacks the financial structures needed to scale technologies from validation to market deployment. Two new reports, including one from Tech Tour supported by Bayer, highlight that the main barrier is not the amount of available capital, but its coordination and deployment, particularly in the critical “valley of death” between demonstration and commercial scale. Both reports argue that blended finance—combining public and private funds—represents the most promising way to bridge this gap, de-risking investments and unlocking larger pools of institutional capital. The consensus is that to translate agtech innovation into real-world impact, Europe must move blended finance from theory to widespread practice.
Samina Anwar, founder of MiiWa Capital, argues that Sub-Saharan Africa has reached a pivotal moment for agri-food innovation, driven by maturing markets, advanced platforms, and climate pressures. She identifies risk-tolerant capital as the main barrier, with the ecosystem now visible, adoption lagging, and climate resilience technologies urgently needed. Anwar emphasizes the importance of investing in female founders and farmers to unlock the sector’s potential and sees gender inclusion as central to scaling Africa’s food systems. With improved regulatory frameworks and infrastructure, she believes now is the time for investors to seize the trillion-dollar agri-tech opportunity on the continent.
Bayer has become the first corporate sponsor of Norwich Research Park’s new BioTransitions programme, which aims to help UK agri-food biotech start-ups bridge the challenging gap from seed funding to Series A investment. The programme offers tailored support—including investment strategy, field trials, and access to expertise—focusing on company-specific needs rather than a fixed checklist, and seeks to position participants for commercial success in global markets. BioTransitions will work with up to 10 companies annually, targeting the sector’s persistent scale-up challenges by connecting them with investors, industry, and academic networks while not providing direct funding. Bayer’s involvement underscores a commitment to ecosystem development and sustainable agricultural innovation, with the goal of accelerating commercialisation and supporting both local and international start-ups.
Syngenta is investing $130 million in a new bioscience R&D hub in the UK to drive innovation in crop protection by integrating biology, digital science, and artificial intelligence. The company is shifting from relying solely on synthetic chemicals to a more diverse approach that includes digital agronomy, biologicals, and advanced modelling, exemplified by the recent launch of the VIRESTINA™ herbicide. The new facility will focus on accelerating discovery in areas such as biofertilisers, biostimulants, and soil health, with a strong emphasis on harnessing AI and data to improve agricultural resilience and sustainability. This marks a strategic move as Syngenta positions itself for a future where biology and digital science are central to farming.
Agrii’s UK farm trials show that using digital tools to guide fungicide timing, rather than simply reducing inputs, can improve wheat yield and crop health. By combining disease modelling, spore detection, and on-farm observation, the trials allowed for reduced early fungicide use when risk was low, shifting resources to targeted interventions as disease pressure increased. The overall fungicide spend was similar to standard practice, but yields increased by 0.8 t/ha due to better crop health and responsive management. The results highlight that technology enhances agronomy by enabling more flexible and informed decisions, not by replacing expert judgment or radically cutting inputs.
Tunisian scientists have fully sequenced the genomes of two heritage durum wheat varieties, Mahmoudi and Chili, both renowned for their resilience to drought, heat, and disease. By making these genome assemblies publicly available, the researchers aim to help breeders worldwide develop more climate-resilient wheat at a time of increasing environmental challenges. Mahmoudi and Chili, deeply rooted in Tunisia’s agricultural history, offer genetic traits largely lost in modern wheat, such as high protein content and strong disease resistance. The project was led by the University of Sfax and the National Gene Bank of Tunisia, with international collaboration and support.
At Bayer’s 2026 Annual Stockholders’ Meeting, shareholder frustration centered on the ongoing fallout from the Monsanto acquisition and US glyphosate litigation, prompting CEO Bill Anderson to emphasize operational improvements and a shift toward precision crop protection technologies. The company announced a five-year plan for its Crop Science division focused on tighter margins, portfolio rationalization, and innovation, with new products like Plenexos and PRECEON™ short corn positioned as future growth drivers. Anderson highlighted that litigation risk is constraining industry innovation and called for regulatory certainty, while shareholders approved a minimum dividend to prioritize debt reduction and self-funded R&D. Bayer is betting on a leaner, more innovative Crop Science division to restore growth once legal uncertainties subside.
Scientists at KTH Royal Institute of Technology and international partners have developed a targeted peptide, CS5, that blocks a key enzyme in the potato late blight pathogen, historically linked to Ireland’s Great Famine and now spreading due to climate change. The peptide specifically inhibits an essential growth enzyme in the oomycete pathogen without harming other plants or humans, offering a promising alternative to chemical fungicides. Laboratory tests show CS5 effectively prevents infection in treated potato samples and may pave the way for eco-friendly crop protection strategies.
Wild Bioscience, an Oxford University spinout, has raised £45m in Series A funding to commercialise AI-driven, climate-resilient crops, starting with precision-bred wheat. The investment is enabling the company to expand its laboratory and office footprint, triple plant output, and accelerate its transition from research to market-ready products. Strategic partnerships with global agro-tech firms and key leadership appointments are reinforcing Wild Bioscience’s commercial strategy and regulatory pathway. The company’s next milestone is to demonstrate efficient progression of AI-designed crops from lab to field and into farmers’ hands.
SAI Platform has completed a global pilot for its Regenerating Together Programme, testing a four-step framework for regenerative agriculture across 35 pilots in 25 countries and 23 production systems. The results demonstrate that a common, outcome-based approach can guide global food and beverage supply chains toward regenerative practices while remaining adaptable to local farm conditions. Major companies such as Nestlé, Wildfarmed, Louis Dreyfus Company, and McCain participated, validating that the framework enables measurable environmental progress without imposing uniform practices. The successful pilots pave the way for wider adoption, offering a scalable, flexible foundation for regenerative agriculture ahead of the programme’s public launch in 2026.
Derek Norman of Leaps by Bayer argues that the agtech sector must adopt a fail-fast mindset—testing to expose weaknesses early rather than to simply validate success—to improve capital efficiency and remain attractive to investors amid tightening funding. He highlights the potential of gene editing technologies and the integration of AI as drivers of innovation, while also noting sector-wide changes such as the restructuring of major agribusinesses that could spur growth and acquisitions. Norman emphasizes the importance of rigorous, early-stage testing and standardized knowledge sharing, as outlined in Leaps by Bayer’s Ag Playbook, to better allocate capital and enable successful product development. He believes that learning to fail faster is essential for the long-term viability and advancement of agtech.
U.S. soybean farmers are expanding acreage and receiving more trade support, but questions remain on market access amid increased global competition and China signaling a boost to domestic production.
Agtech adoption faces barriers not because of technology shortcomings, but due to systemic issues such as trust, risk management, interoperability, and recognition of farmers' existing efforts. Experts from Asia, Europe, and the US emphasized that successful adoption requires building trust with farmers, supporting stakeholder coordination, acknowledging farmers' achievements, and creating systems where new technologies integrate seamlessly into established practices. The consensus is that addressing these broader systems challenges is essential for moving agtech from pilot stages to widespread, meaningful impact.
Italian start-up Nanomnia is focusing on plastic-free, biodegradable encapsulation technologies to enable the reliable delivery of fragile biological crop protection actives, such as peptides and dsRNA, outside controlled environments. Co-founder and CEO Marta Bonaconsa emphasizes that the real bottleneck for next-generation biologicals is not discovery, but ensuring stability and consistent field performance through advanced delivery systems. Nanomnia partners with developers and manufacturers upstream, aiming to license its platform technology at scale, and plans to accelerate its transition from R&D collaborations to wider commercialization through upcoming fundraising. The company sees delivery science as mission-critical for translating biological promise into commercially viable agricultural products.
SP Ventures’ Managing Partner discussed the power of Brazilian agricultural innovation and why the EU-Mercosur trade deal could provide tailwinds to the sector.
The UK biosolutions sector has raised £1.46 billion in equity since 2018, establishing itself as a key industry for domestic, biology-based alternatives to resource-intensive and imported systems. Despite a recent dip in investment, global capital—particularly from the US and Europe—continues to flow into the sector, reflecting confidence in the UK's scientific and entrepreneurial strengths. Regulatory barriers remain the main challenge, especially for early-stage companies, with calls for reform to unlock further growth. The sector is increasingly viewed as crucial for national resilience, economic security, and strategic autonomy amid global supply chain volatility.
The severe global fuel and fertiliser crisis driven by the conflict in the Middle East will force farmers to rethink how they use fertilisers and accelerate uptake of newer, more efficient techniques, according to Charlie Ireland, agronomist at Jeremy Clarkson’s Diddly Squat Farm
With £3 million in new funding secured, UK-based Fieldwork Robotics says it is entering the most critical phase in its development: moving autonomous raspberry harvesting out of controlled trials and into growers’ core operations, where cost, uptime and ownership, not technical promise, will decide success
French agtech company Agriodor has raised €15 million to expand its scent-based crop protection technology, which uses plant-emitted scents to influence insect behavior as an alternative to conventional insecticides. Founded in 2019, Agriodor’s products target pests without toxicity, recently achieving commercial deployment in French sugar beet fields and partnering with Syngenta. The approach promises faster, cheaper development, circumvents resistance issues, and supports biodiversity, with plans for international expansion and broader crop applications. With new funding, Agriodor aims to scale its olfactory biocontrol solutions globally through continued R&D and strategic partnerships.
Rovensa Next has launched a global initiative combining an AI-powered knowledge platform and a structured training academy to deliver more practical, crop-specific, and evidence-based biosolutions support for distributors and growers. The AI platform consolidates agronomic data and field trial insights to enable faster, more consistent recommendations, while the Training Academy builds consultative and leadership capabilities for teams. This effort is part of Rovensa Next’s broader “Biosolutionize Agriculture” strategy to position biosolutions as integrated, science-backed tools for profitability and sustainability. The program is rolling out globally, aiming to shift the focus from product sales to delivering tailored, actionable support in the field.
Po Bronson of SOSV argues that mounting climate stress and economic pressures are pushing agriculture toward a turning point where demand for transformative agtech solutions will accelerate, especially as traditional venture capital proves unable to support the sector’s unique needs. He advocates for mobilizing alternative forms of private capital and taking radically new approaches to seeds and crops, as legacy players and incremental technologies like CRISPR have failed to deliver meaningful change. Bronson believes that the increasing pain in the system, such as rising insurance costs and climate-driven crop failures, will drive adoption of new technologies, with investment strategies shifting toward patient capital and rapid revenue generation. He sees real opportunity in developing entirely new crop genetics suited to shifting climates, rather than expecting disruption to topple entrenched incumbents.
Specialty crop growers will receive $275 million in grant funding on top of $1 billion in support, but some stakeholders worry that won’t be enough to address current volatility.
The seed and crop protection company is tackling digital ag from multiple angles – helping farmers plan their crop with Cropwise and bolstering its R&D efforts with quantum computing and AI.
A new collaboration between BetterSeeds and Caszyme aims to bypass one of the most persistent constraints in plant gene editing: tissue culture. By combining ultra‑compact Cas12l nucleases with engineered plant viral vectors, the partners say they can deliver precise gene edits directly into crops, cutting time, cost and genotype dependency while making CRISPR more accessible to seed companies
A new European field trial aims to turn pollination from an assumption into a measurable performance indicator – helping almond growers and buyers make better capital decisions, improve orchard reliability and strengthen long‑term sourcing confidence
As UK farming faces its sharpest cost squeeze since early 2022, Andersons’ latest agflation data suggests the agtech sector is entering a harder, more forensic phase – where resilience tools become infrastructure rather than innovation, but where anything without provable value risks being cut
As climate volatility, geopolitical disruption and input shocks converge, supply chain risk is increasingly shaped at the farm and forest level. Treefera’s new bi‑weekly commodity intelligence bulletin signals a shift toward first‑mile visibility as a core requirement for global commodity traders and buyers
Ultra‑low asparagine wheat developed by Rothamsted Research shows how precision gene editing can help food producers meet tightening safety regulations, without sacrificing productivity, marking a significant step forward for safer, more compliant food systems
The U.S. government is supporting agriculture technology with a program to test products and services with the goal of de-risking farmer adoption of agtech.
As fertiliser prices surge following geopolitical turmoil in the Middle East, UK growers are under pressure to cut input costs without sacrificing yields. A new on‑farm collaboration between crop intelligence company Messium and a Northamptonshire grower is testing whether hyperspectral satellite imagery can offer a more precise way to manage nitrogen
A new partnership between plant biomanufacturing start-up Foray Bioscience and New York-based nut tree breeder Z’s Nutty Ridge aims to overcome one of agriculture’s hardest scaling problems: how to commercialise elite varieties of long‑lived perennial crops without waiting decades
Government agencies are streamlining the process in which ranchers can apply for public lands for grazing, while expanding communication channels and data access
Syngenta revealed its full-year 2025 results, with biologicals remaining a hot growth area despite revenues slipping slightly year-over-year, as the ag giant is expected to IPO later this year.
Swiss agtech firm Ecorobotix is investing $50 million to assemble its ultra-high precision ARA sprayer in Kansas, marking a major US expansion and partnership with local manufacturer KMW. The move will create over 80 new jobs, adapt the technology to American farming needs, and enhance the company's North American supply chain. Ecorobotix’s ARA sprayer uses AI to deliver crop protection with millisecond precision, helping to cut input use while maintaining performance. The company is also developing region-specific algorithms with US universities to tailor its technology for crops and weeds unique to American fields.
A major study analysing 21 years of data finds that forecasts of precision agriculture technology adoption have been consistently and substantially overestimated by industry dealers, with no clear pattern explaining which technologies are most affected. The overestimation persisted across time, with particularly large gaps emerging in the early 2020s as actual adoption rates flattened or declined while forecasts remained optimistic. Researchers attribute this to industry narratives and a failure to revise expectations despite contrary evidence, warning that such persistent errors can lead to commercial risks and misguided investments. The study urges agribusiness leaders to exercise scepticism, update models with new data, and recognise that technology adoption in agriculture is often slower and more irregular than predicted.
Increasing demand for protein meets a complex and stressed supply chain, as disease pressures and geopolitics push the animal protein market to innovate.
