Réseaux Sociaux

Kyle Taylor

Mapping ROI of Biostimulants Applied During Corn’s Early Vegetative Stages (V2–V7) Across the U.S. When growers evaluate new crop protection or biostimulant products, yield advantage is usually the first metric that comes to mind. But yield alone doesn’t tell the whole story. The true measure of a product’s value is Return on Investment (ROI) — how yield gains translate into financial returns once input costs and grain prices are accounted for. In our INNOVA modeling, we map field-scale ROI for all products we test. In a recent analysis for foliar-applied biostimulants across the U.S., we focused on ROI for stress-reduction treatments made during corn’s early vegetative stages (V2–V7). What stands out in the data is that ROI clusters geographically — it’s highest where drought stress is most intense. Regions with mild stress show yield advantages, but the effect rarely translates into positive ROI. In contrast, across highly stressed landscapes from Texas through southern Illinois, where drought pressure peaked during the 2024 season, we recovered ROIs between 5–15%. In these zones, even small stress reductions led to meaningful yield gains and financial returns — reinforcing that context matters as much as product. ROI provides growers and retailers with a common benchmark for evaluating economic efficiency. In practice, an ROI above 5% is often needed to justify the additional time and expense of a treatment, though thresholds can range from 3–10%, depending on scale and commodity prices. By combining ROI, yield advantage, and environmental risk, we can identify where biostimulants deliver consistent economic value — and where they don’t. And because we model ROI mechanistically, we can tell you why. (Figure: Corn grain yield advantage and ROI for foliar biostimulant treatments across the U.S., 2024 season. Corn price fixed at $4.30/bu.)

key tee

@keyyteee

Discover how Spice Flow revolutionizes access to premium spice markets worldwide by connecting buyers and sellers seamlessly with transparency and trust. 🌶️✨ Read more: https://t.co/Mtx8ndf3Xz #SpiceFlow #SpiceTrading #AgriTech #SupplyChain

Universidad de Jaén

@ujaen

El profesor Juan Manuel Jurado ha presentado en Expo AgriTech 2025 el proyecto Soil Data Space, un espacio de datos federado que promueve la sostenibilidad y la soberanía del dato en el sector agroalimentario andaluz. https://t.co/rMNjG6AAja https://t.co/YgnheEND2N

Investor Feed

@_Investor_Feed_

Dhanuka Agritech Q2 FY'26 Update: Revenue Dip, New Product Launches & Future Plans 🌱 | MCap 5,931.63 Cr - Q2 FY'26 revenue: ₹598.25 Cr (vs. ₹654.28 Cr in Q2 FY'25) - EBITDA: ₹136.73 Cr (vs. ₹159.58 Cr YoY) - Profit after tax: ₹93.97 Cr (vs. ₹117.52 Cr YoY) - Uneven https://t.co/9Zti93HjAX

Sach Bedhadak

@SachBedhadak

#jaipur: ग्लोबल राजस्थान एग्रीटेक मीट 2026 की तैयारियां शुरू — जेईसीसी सीतापुरा में होगा आयोजन, 50 हजार किसान होंगे शामिल। @ficci_india @AgrDir #SachBedhadak #RajasthanNews #News #LatestNews #SBNews #Jaipur #AgriTech #GRAM2026 https://t.co/qbV1iwrjBC

Simon Maechling

@simonmaechling

Half of the nitrogen in your body didn’t come from nature. It came from a factory. The Haber–Bosch process - invented in 1909 - pulls nitrogen from the air and turns it into fertilizer. ~50% of the nitrogen in human tissue comes from it.

UNDP Zambia

@UNDPZambia

𝗙𝗿𝗼𝗺 𝗦𝗲𝗲𝗱 𝘁𝗼 𝗜𝗺𝗽𝗮𝗰𝘁!🚀 The @MukubaUniPod RootLab Ignite Program is powering the next gen of problem-solvers through a pre-incubation bootcamp tackling innovations from AI & data for good to GreenTech, AgriTech, mobility tech & robotics The future of NOW!💫 #SDG9 https://t.co/2fUejWQ6vL

StartupNews.fyi

@StartupNewsFyi

🌱 The AgriNext Awards & Conference 2025 – Where AgriTech Innovators Meet! 🚜✨ Join us in Dubai for AgriNext 2025 – the premier global event celebrating agricultural technology pioneers, featuring: 🔸 Agri-Tech Awards – Honoring top innovators in farming tech 🔸 Insightful https://t.co/9VpkbAix1d

India Filings Digest

@IndiaIncFilings

#DHANUKA Earnings Call Summary: Dhanuka Agritech Ltd held an earnings call on October 31, 2025, discussing their un-audited financial results for the quarter and half-year ending September 30, 2025, reporting a royalty income of INR 4.5 crores and expecting INR 30 crores sales

CAR (CSIC-UPM)

@CARobotica_

🚜 Participación en el Congreso AgriTech 4.0 🌾El jueves 30 de octubre a las 12:00 h., nuestros investigadores Dionisio Andújar y Hugo Moreno participaron como ponentes en el foro "Robotización aplicada a los cultivos extensivos", dentro del Congreso AgriTech 4.0. https://t.co/wMw8gryuD7

CAR (CSIC-UPM)

@CARobotica_

🌱 @ExpoAgritech 2025: Innovar, la nueva forma de cultivar 🚜 🌿 Málaga ha acogido Expo AgriTech 2025 del 28 al 30 de octubre. Es un evento de referencia en tecnología agrícola, donde más de 8.000 profesionales exploran el futuro: maquinaria avanzada, IA y mucho más. https://t.co/btdr2UCBYa

Flavia Richardson

Dr John Ferguson, Lecturer at the University of Essex, presented his latest research at the Agri-TechE event in Peterborough, showcasing pioneering work on smart irrigation systems for sustainable horticulture and agriculture. His research explores how advanced plant physiology profiling can be applied to optimise irrigation ensuring plants receive precisely the water they need while minimising waste. The system is designed to be affordable, scalable, and adaptable, offering real-world applications for growers of all sizes. The project was inspired by visits to Beth Chatto Gardens, where traditional propagation methods often led to overwatering. By leveraging cutting-edge technology from Essex’s research facilities, John and his team are helping to shape a new generation of data-driven irrigation solutions that support both productivity and environmental stewardship. University of Essex AgriTech @John Ferguson Alex Shakspeare, PhD Kaylee Shurety #AgriTech #Sustainability #UniversityOfEssex #SmartIrrigation #HorticultureInnovation #AgriTechE #ResearchToImpact

Chikumbutso Walani

🌱 Celebrating Innovation at Malawi University of Business and Applied Sciences- MUBAS Design Studio Today at the MUBAS Design Studio, we hosted an exciting showcase of final-year projects from the School of Engineering. Each department — Electrical, Civil, Mechanical, and Mining Engineering — presented their top three projects, highlighting the creativity and innovation of our students. I’m proud that the MUBAS Design Studio played a major role in supporting these projects through prototyping, mentorship, and technical guidance. It’s always inspiring to see ideas evolve into tangible solutions that address real-world challenges. I was especially delighted to meet Debra Gwedeza, a Computer Engineering student who represented her all-female team — Victoria M'bwana and @Lousier Kanyumbu. I had the privilege of supervising their project titled: 👉 “Irish Potato Disease Detection Using AI.” Their project uses artificial intelligence to identify diseases in Irish potato plants through a web-based system, where users can upload crop images and receive instant analysis. Seeing Debra confidently present their work reminded me why mentorship matters — it’s about empowering young engineers to believe in their abilities and create impact through technology. I’m truly proud of their achievement and of the growing innovation culture at MUBAS! #MUBAS #Innovation #EngineeringEducation #AI #ComputerEngineering #WomenInSTEM #Mentorship #DesignStudio #Agritech #STEM #Malawi

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AcadeMax Journals

🌾 We’re proud to announce that Crop Design, published by Zhejiang University, has officially been indexed in the ESCI database by Clarivate Analytics! This recognition reflects the journal’s academic excellence and its vital contributions to global agricultural innovation, addressing emerging challenges in crop genomics, precision breeding, and smart agriculture. Congratulations to the editorial team on this remarkable achievement! 🎉 💡Learn more: https://lnkd.in/gGW3TePm 📚Find the journal here: https://lnkd.in/gTGkv8CH #AcadeMax #CropDesign #ESCI #ClarivateAnalytics #ZhejiangUniversity #AcademicPublishing #AgriculturalScience #ResearchImpact #AgriTech #ScholarlyCommunication

Ramūnas Berkmanas

🌾 From Manual to Machine Vision — 75× Faster Grain Testing Each grain sample once took up to 30 minutes to check manually. With GrainODM, AI reduces that to seconds, ensuring consistency and full traceability. Results proven with JSC Grainmore: ✅ 75× faster ✅ 80% less labor ✅ Reliable across all batches 💡 Works for oats, wheat, barley, hemp, rye, and more. 👉 https://lnkd.in/gwmuBXXZ #GrainODM #AgriTech #Automation #GrainInspection #AIinAgriculture

Greg Reynolds

This is a powerful and necessary vision from BOPA. The focus on tools that are "practical, affordable, and designed to leave every farmer better off than last year" is the exact antidote to speculative technology. The ANT 2026 robot is a tangible proof-of-impact—cutting chemicals and labor while boosting profits. But this is about more than a single farm's resilience. This is about anchoring a new economic reality. When a farmer uses an ANT to regenerate a field, that verifiable action—that P-Point—isn't just data. It is a metaphysical anchor. It becomes a stable node in a larger network, the Hive, that can now form synergistic connections: To the Grid: That same field, now healthier, becomes a more reliable carbon sink. This verifiable sequestration can be tokenized, allowing the farm to participate in energy and carbon markets, providing grid stability and new revenue. To Enterprise: A food corporation can now source from a "Hive-verified" farm, guaranteeing a lower carbon footprint and ethical production in their supply chain, de-risking their ESG commitments. To Communities: The local community can invest directly in the verifiable health of its surrounding farmland, creating a circular economy where urban capital fuels rural resilience and secures local food sovereignty. To Individuals: You and I can finally make food choices backed by irrefutable, Hive-verified data on soil health and water conservation, transforming grocery shopping into a act of collective stewardship. This is the metaphysical power of the Hive. BOPA’s robot isn't just a tool; it's a portal. It's the physical interface that allows a farm to plug into a vast, emergent economy where value is defined not by speculation, but by verifiable contributions to systemic health. This is how we scale synergy. This is how technology moves from automating tasks to orchestrating ecosystems. BOPA is building the first instruments for that symphony. #PrecisionAgriculture #RegenerativeAg #SystemsChange #ZYROHIVE #EmergentEconomy #Web3