Today’s agrifood landscape highlights how science, technology and sustainability are converging to transform agriculture. Google DeepMind and ICRISAT are advancing AI-powered sorghum breeding, while JIRCAS and IRRI are strengthening research into low-carbon rice systems.
In India, ICAR is preparing to showcase genome-edited rice varieties and other scientific breakthroughs at ESTIC 2026. Meanwhile, investments in green ammonia, agricultural waste valorisation and AI-driven greenhouse automation signal growing momentum toward resource-efficient production.
From regenerative potato farming in New Zealand to solar-integrated strawberry cultivation in the Netherlands, these developments reflect a broader shift toward climate resilience and smarter food systems.
Also in focus are FAO’s recognition of 100 women transforming agrifood systems, new agricultural research collaborations, crop protection innovations and proposed pesticide residue standards for tea in India.
Today’s updates capture the technologies, investments and policy developments shaping the future of agriculture.
Here is what you need to know today.
FAO Honours 100 Women Heroes Transforming Global Agrifood Systems and Rural Communities
To celebrate the International Year of the Woman Farmer 2026 and World Food Day, the Food and Agriculture Organization (FAO) recognized 100 women leaders from across the globe for their transformative contributions to agriculture, biodiversity conservation, scientific innovation, and community development.
Selected through a rigorous screening process of over 600 nominations from 131 countries, the honourees—ranging from grassroots farmers and entrepreneurs to researchers and community advocates—were celebrated at FAO headquarters in Rome by Director-General QU Dongyu for safeguarding vital generational knowledge and spearheading resilience against hunger, poverty, and climate change.
Among the recognized figures was China’s Yin Yuzhen, highlighted as the 100th recipient for her extraordinary decades-long achievement in combating desertification by planting more than eight million trees to restore nearly 5,000 hectares of degraded land in the Mu Us Sandy Land.
Global Scientists Complete Intensive Wheat Breeding and Disease Resistance Training at CIMMYT
CIMMYT hosted agricultural researchers from Argentina, India, Pakistan, and Thailand for a rigorous month-long wheat breeding and pathology training program held across its experimental stations in Toluca and El Batán, Mexico.
Designed to counter evolving pathogens, the course provided hands-on experience in selecting resilient lines under heavy field pressure from devastating fungal threats, including yellow rust, Septoria, and Fusarium head blight.
Trainees actively evaluated segregating F3 populations and engaged with CIMMYT scientists during field trials and the Toluca Wheat Field Day to learn how to effectively balance high yield potential with durable disease resistance.
By translating these advanced germplasm screening techniques and cross-disciplinary workflows back to their home institutions, the participants aim to accelerate the development of climate- and disease-resilient wheat crops tailored to local farming conditions worldwide.
JIRCAS and IRRI Forge Strategic Research Partnership to Advance Low-Carbon Rice Systems
The Japan International Research Center for Agricultural Sciences (JIRCAS) and the International Rice Research Institute (IRRI) have formalized a new collaborative research agreement to accelerate sustainable, climate-resilient rice farming across Asia.
Signed in Tokyo by IRRI Director General Dr. Yvonne Pinto and JIRCAS President Dr. Hasegawa Toshihiro during the Japan-IRRI Forum, the initiative sets forth two primary research agendas targeted at major greenhouse gas sources in paddy agriculture.
The first workplan explores soil processes, microbiome interactions, and biological nitrogen fixation to optimize nitrogen efficiency and curb emissions, while the second deploys field trials and predictive modeling to assess the impact of alternate wetting and drying (AWD) water management on methane output and water conservation.
Building on over four decades of shared scientific cooperation, the partnership bridges laboratory science with grassroots farmer adoption to bolster regional food security, reduce environmental footprints, and improve agricultural livelihoods.
Google DeepMind and ICRISAT Collaborate to Pioneer AI-Driven Sorghum Breeding for Climate Resilience
Google DeepMind and ICRISAT, backed by Google.org through the AI Collaborative for Food Security, have joined forces with HudsonAlpha and the University of Washington to develop an open-access genetic atlas of sorghum.
Drawing from ICRISAT’s vast repository of over 44,000 seed collections, the project merges machine learning with advanced genomics to rapidly identify high-performing genetic traits, drastically cutting down conventional decade-long breeding cycles for food, fodder, and biofuel uses.
To reinforce research capacity, DeepMind is sponsoring a three-year postdoctoral fellowship at ICRISAT—its first fellowship established outside the UK—with plans to expand AI genomic mapping into dryland staples like chickpea, groundnut, and pigeon pea.
Concurrently, Google announced the public preview of its AnthroKrishi Agricultural Understanding models, which already deliver parcel-level advisory intelligence across millions of hectares in India and ten other nations, uniting frontier AI with grassroots farm management to secure climate-vulnerable food systems.
ADB and Japan Back AM Green Ammonia to Build One of the World’s Largest Renewable Ammonia Plants in India
The Asian Development Bank (ADB) and the Government of Japan have executed financing agreements with AM Green Ammonia (India) Private Limited, marking the inaugural investment under the joint Action for Creating Energy Security for Long-term Resilience (ACCEL) initiative.
The financing package includes a $100 million loan from Leading Asia’s Private Infrastructure Fund 2—funded by the Japan International Cooperation Agency (JICA) and administered by ADB—to retrofit an existing natural gas-based fertilizer facility into a renewable energy-powered plant in India.
Designed to produce approximately 1.1 million metric tons of green ammonia annually, the facility aims to drastically curb emissions in industrial and fertilizer inputs while positioning India as a global clean export hub.
Highlighted by ADB President Masato Kanda and Japanese Finance Minister Satsuki Katayama, the landmark initiative operationalizes Japan’s POWERR Asia framework by driving cross-border energy diversification, stabilizing supply chains, and establishing low-carbon manufacturing capacity at utility scale.
Neela Biotech Secures £2.1M Pre-Seed Funding to Scale AI-Driven Waste-to-Aviation Fuel Technology
Cambridge-based climate biotech startup Neela Biotech has raised £2.1 million in pre-seed funding, led by a £1.5 million commitment from Elbow Beach alongside Cambridge Enterprise Ventures, Ascension, and strategic angels, to advance its sustainable aviation fuel (SAF) production platform.
Spun out of research at the University of Cambridge by founders Dr. Deepanshu Singh and Friederike Nintzel, the company utilizes an AI-guided controlled microbial process that upcycles food, agriculture, and forestry waste into fatty acids—a vital precursor for Hydroprocessed Esters and Fatty Acids (HEFA) jet fuel.
By engineering this solution to integrate directly into Europe’s existing anaerobic digestion biogas plants rather than constructing expensive new facilities, Neela significantly lowers capital expenditures and energy demands while addressing critical global shortages of waste-oil feedstocks.
Over the next two years, the fresh capital will fund a pilot-scale trial at an operational biogas plant, establishing a distributed, cost-competitive alternative to fossil jet fuel amid escalating energy security risks.
Voltiris Unveils the Netherlands’ First Hectare-Scale Spectral-Filtering Solar Greenhouse for Strawberries
Swiss agrivoltaics pioneer Voltiris, in partnership with soft fruit producer Genson Group, has officially commissioned the Netherlands’ first hectare-scale spectral-filtering solar installation above a commercial strawberry crop in Someren.
Supported by a grant from the Netherlands Enterprise Agency (RVO), the four-week retrofit mounted nearly 2,000 agrivoltaic modules under the glasshouse roof without halting active fruit production.
The dual-purpose system uses dichroic light separation to allow photosynthetically active radiation to reach the plants while harvesting heat-inducing near-infrared rays to generate up to 25 kWh of on-site electricity per square meter annually.
This selective shading reduces canopy temperatures by 3–5°C during intense summer sun, mitigating heat-induced fruit degradation and building on prior research trials that recorded up to 26% higher yields of premium-grade berries.
Marking Voltiris’ fourth commercial hectare installation across Europe, the milestone advances decarbonization goals for supply-chain partners like Bakker Barendrecht and Albert Heijn, with seasonal performance data slated for release following the winter growing cycle.
Ara Infrastructure Acquires Majority Stake in Pacific Ag to Accelerate Waste-to-Value Agricultural Logistics
Ara Partners, through its dedicated Ara Infrastructure platform, has acquired a majority interest in Pacific Ag, North America’s largest crop residue harvesting, supply, and logistics operator.
Founded in 1998 in the Columbia River Basin, Pacific Ag operates across more than 30 states, utilizing its specialized harvesting fleets and transport networks to remove surplus corn stover and wheat straw from fields while protecting soil health.
The company transforms what would otherwise be a costly post-harvest tillage burden into recurring revenue streams for growers by processing byproducts into high-value feedstocks for dairies, livestock, mushroom cultivation, and emerging industrial decarbonization markets.
Backed by Ara’s $10.6 billion decarbonization investment platform, the partnership provides Pacific Ag with scale capital to expand its closed-loop supply chain nationwide, fortifying domestic supply chains and advancing industrial waste-to-value infrastructure.
CropX Partners with Lincoln University and McCain Foods for Eight-Year Regenerative Potato Trial in New Zealand
CropX Technologies has joined the Lincoln University McCain Foods NextGen Regenerative Farm in New Zealand as a digital agronomy co-collaborator to support an eight-year, industry-scale comparative research trial.
Spanning a full 1:8 potato crop rotation within a mixed farming system, the programme directly evaluates the long-term impacts of regenerative practices versus conventional cropping on soil health, carbon sequestration, crop yields, water-use efficiency, and farm profitability.
CropX will deploy its AI-powered agronomy platform alongside Apex soil moisture probes—installed at depths of 60 cm and 90 cm across every crop in the rotation—integrating localized sensor feeds with satellite imagery and weather data.
This continuous field intelligence will enable variable-rate irrigation, track soil moisture differentials between treatments, and optimize fungicide spray timing through automated disease alerts.
The initiative provides rigorous, science-based validation to advance global food system sustainability and directly supports McCain Foods’ commitment to transition 100% of its global potato acreage to regenerative agriculture by 2030.
Source.ag Acquires AI Startup Optimal to Enable Autonomous Greenhouse Operations at Scale
Amsterdam-based greenhouse intelligence company Source.ag has acquired London startup Optimal to create a closed-loop artificial intelligence platform capable of autonomously operating commercial greenhouses.
Optimal’s technology interfaces directly with existing climate hardware—controlling heating, ventilation, screens, lighting, CO₂, and irrigation—using physics and machine-learning models to forecast and re-optimize environmental conditions in real time as weather shifts.
In commercial Dutch trials, Optimal demonstrated a 13% yield increase alongside a 27% reduction in energy consumption compared to regional benchmarks.
As part of the acquisition, Optimal founder and CEO Dave Hunter joins Source.ag as VP of Autonomous Control alongside his engineering team.
By integrating Optimal’s autonomous climate controls with Source.ag’s crop-monitoring and harvest-forecasting software—which currently supports over 500 greenhouses and €2.5 billion in annual vegetable production worldwide—the unified system directly addresses severe global shortages of skilled growers, with initial autonomous commercial deployments rolling out across Europe and North America this winter.
India Special
World’s First Genome-Edited Rice Varieties and Breakthrough Agri-Tech Innovations to Feature at ESTIC 2026
The Indian Council of Agricultural Research (ICAR) will showcase landmark scientific achievements—including the world’s first two genome-edited rice varieties and India’s first telomere-to-telomere (T2T) reference genome of pigeonpea—at the upcoming Emerging Science, Technology and Innovation Conclave (ESTIC) 2026, scheduled for October 27–29 at Bharat Mandapam in New Delhi.
Announcing the Council’s participation under the ‘Agri-Tech, Food Systems and Nutrition’ thematic track, DARE Secretary and ICAR Director General Dr. M.L. Jat highlighted that the national conclave will unite science ministries, research institutions, and 50 deep-tech startups across 12 multidisciplinary areas.
Alongside precision genetics and crop breeding breakthroughs, the exhibition will present veterinary advances, notably an indigenous cell-adapted African swine fever (ASF) vaccine candidate developed using MA-104 cells, as well as AI-powered soil intelligence models designed to enhance resource-use efficiency and support data-driven agronomic management.
Dhanuka Agritech Introduces Tembotrax Herbicide to Tackle Early-Stage Weeds in Maize and Sugarcane
Dhanuka Agritech Limited has expanded its crop protection portfolio with the launch of Tembotrax, an early post-emergence herbicide formulated with Tembotrione 34.4% SC for maize and sugarcane growers across India.
Engineered as a systemic solution, the herbicide works by inhibiting the 4-hydroxyphenylpyruvate dioxygenase (HPPD) enzyme to disrupt carotenoid biosynthesis, causing visible bleaching and rapid elimination of target weeds without compromising crop safety.
Managing Director Rahul Dhanuka emphasized that the single-spray application effectively targets both narrow-leaf and broadleaf weeds during crucial early growth windows, safeguarding yields from aggressive early-season competition.
Serving as the company’s fourth major crop protection release of the season alongside recent fungicides and efficacy enhancers, the introduction reinforces Dhanuka’s push toward modernizing farm productivity nationwide.
NIT Rourkela Scientists Develop Zirconium-Modified Jackfruit Peel Material to Purify Fluoride-Contaminated Water
Chemical engineers at the National Institute of Technology (NIT) Rourkela have developed a patented, bio-based water purification material derived from discarded jackfruit peels that removes over 90% of fluoride from contaminated drinking water in just 10 minutes.
Developed by Prof. Susmita Mishra and Dr. Pratima Minz, the sustainable solution synthesizes activated carbon from agricultural peel waste and modifies it with zirconium to optimize fluoride adsorption, achieving up to 97% removal efficiency across initial concentrations of 1 to 5 mg/L.
Unlike conventional reverse osmosis systems that produce significant wastewater and deplete beneficial minerals, this waste-to-resource technology offers an eco-friendly, low-footprint alternative to combat dental and skeletal fluorosis in vulnerable rural and semi-urban communities.
Currently validated at Technology Readiness Level 4 (TRL 4) with an estimated synthesis cost of Rs 37 per gram, the research team is now working toward building field prototypes and conducting long-term performance assessments to scale the innovation for practical, decentralized water purification.
FSSAI Proposes New MRLs for Acetamiprid and Imidacloprid to Strengthen Tea Safety Standards
The Food Safety and Standards Authority of India (FSSAI) has issued draft regulations proposing Maximum Residue Limits (MRLs) for two key pesticides—acetamiprid and imidacloprid—in tea to enhance consumer safety and establish clear compliance benchmarks across the value chain.
Under the draft Food Safety and Standards (Contaminants, Toxins and Residues) Amendment Regulations, 2026, the proposed residue ceiling for acetamiprid is set at 20 mg/kg (ppm)—stricter than thresholds permitted in Japan (30 ppm) and the United States (50 ppm)—while imidacloprid is capped at 50 mg/kg (ppm) aligned with international Codex standards.
The Union Health Ministry emphasized that these scientifically assessed limits provide definitive testing guidelines for tea producers, processors, and testing laboratories while balancing pest management needs.
Furthermore, the ministry noted that India’s pesticide consumption remains well below the global average at less than 0.5 kg per hectare, framing this regulatory draft as part of an ongoing review that previously phased out 13 highly hazardous chemicals to safeguard public health.