Réseaux Sociaux

Cfp Niague

🌱 Visite pédagogique en horticulture 🌿 Nos apprenants en Horticulture du CFP Niague ont effectué une visite pédagogique à la serre du Dr Ahmed Khalifa Niasse. Une expérience enrichissante qui leur a permis de découvrir des techniques de production modernes et de renforcer leurs connaissances sur le terrain.

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MOHAN KRISHNA BUDDA

Creating Awareness on Agricultural Drone Technology, July 2026 During a one-week farmer awareness campaign in July 2026, I had the privilege of working alongside my team to visit villages across the Vijayawada region. Our objective was to educate farmers about the advantages of agricultural drone spraying and introduce the services offered by our company. We interacted with farmers individually, explaining how drone technology can improve spraying efficiency, reduce input costs, save time, minimize chemical exposure, and support sustainable farming practices. It was inspiring to see the interest and curiosity among farmers as they learned about the role of drones in modern agriculture. As part of the campaign, we also distributed subscription forms to establish a direct connection with farmers, collected their contact details, and built a network to provide future support, updates, and access to our drone spraying services. This experience strengthened my belief that technology creates the greatest impact when combined with meaningful field engagement I'm grateful to have contributed to this initiative with my team and look forward to helping more farmers embrace precision agriculture. #DroneTechnology #PrecisionAgriculture #AgriTech #DroneSpraying #Farmers #Agriculture #RuralDevelopment #Vijayawada #AndhraPradesh #DronePilot #AgriculturalEngineering #Teamwork #Innovation #SmartFarming

YouthAgrarianSociety

@YouthAgrarian

Agritech innovation https://t.co/AY3DrGliG5

Sadock Toviessi

Dans le cadre de mes recherches sur l'É𝐯𝐚𝐥𝐮𝐚𝐭𝐢𝐨𝐧 𝐝𝐞𝐬 𝐩𝐫𝐚𝐭𝐢𝐪𝐮𝐞𝐬 𝐚𝐠𝐫𝐢𝐜𝐨𝐥𝐞𝐬 𝐞𝐧 𝐦𝐢𝐥𝐢𝐞𝐮 𝐝𝐞 𝐩𝐫𝐨𝐝𝐮𝐜𝐭𝐢𝐨𝐧 𝐚𝐮 𝐍𝐢𝐠𝐞𝐫 précisément à Niamey, j'ai eu l'opportunité d'échanger avec plusieurs producteurs afin de mieux comprendre les réalités du terrain et les approches techniques mises en œuvre. Cette démarche m'a conduit à la 𝗙𝗮𝗰𝘂𝗹𝘁é 𝗱'𝗔𝗴𝗿𝗼𝗻𝗼𝗺𝗶𝗲 𝗱𝗲 𝗹'𝗨𝗻𝗶𝘃𝗲𝗿𝘀𝗶𝘁é 𝗔𝗯𝗱𝗼𝘂 𝗠𝗼𝘂𝗺𝗼𝘂𝗻𝗶 𝗱𝗲 𝗡𝗶𝗮𝗺𝗲𝘆, où j'ai visité différents sites expérimentaux et rencontré des enseignants, des chercheurs ainsi que des acteurs du secteur agricole. Ces échanges ont été particulièrement enrichissants. L'un des moments marquants de cette visite a été la découverte d'un projet de serre soutenu par 𝙡𝙖 𝙘𝙤𝙤𝙥é𝙧𝙖𝙩𝙞𝙤𝙣 𝙩𝙪𝙧𝙦𝙪𝙚. J'ai eu l'honneur d'être invité à suivre ce projet tout au long de sa mise en œuvre, une expérience qui me permettra d'approfondir mes connaissances sur les technologies de production sous serre et leur adaptation au contexte sahélien. Je tiens à adresser mes sincères remerciements à toutes les personnes qui m'ont accueilli avec disponibilité, partagé leurs connaissances et accordé leur confiance. Ces rencontres renforcent ma conviction que le partage d'expériences et la collaboration sont des leviers essentiels pour le développement d'une agriculture durable en Afrique. #Agriculture #Recherche #Agronomie #Niger #InnovationAgricole #Serre #DéveloppementAgricole #CoopérationInternationale #Université #Afrique

Telixia

@TelixiaAI

The best robots don't just boost productivity, they protect people. Autonomous robots are taking on dangerous tasks in grain silos, reducing the need for workers to enter high-risk environments. AI and robotics are making workplaces safer. #Telixia #Robotics #AgriTech #AI https://t.co/z288RyhStx

Srishti Katiyar

#Global #Biostimulants and #Specialty #Fertilizers #Market #Size, #Trends, and #Growth #Outlook to #2033 The #biostimulants and #specialty #fertilizers #market has evolved rapidly in recent years as agriculture shifts toward more efficient and sustainable production systems. Increasing pressure on farmers to improve crop productivity while reducing environmental impact has accelerated the adoption of advanced input solutions that enhance plant performance and soil health. This transition reflects a broader transformation in global agriculture, where innovation, sustainability, and regulatory compliance are becoming central to long term growth. Read More: https://lnkd.in/dSAmTTF2 Latin America, including Brazil, Mexico, and Argentina, represents a major growth hub due to the scale of agricultural production and increasing investment in modern farming techniques. The region’s strong export orientation and growing demand for high yield crop systems are contributing to the steady expansion of the market. Similarly, Asia Pacific, particularly China, India, and Australia, is witnessing increasing adoption driven by rising food demand, expanding agricultural infrastructure, and the need to improve productivity across diverse farming conditions. Key Players: Valagro, Haifa Group, Tradecorp International , HELLO NATURE®, Rovensa, Yara International, Atlántica Agrícola, LIDA Plant Research, COMPO EXPERT GmbH, Fertinagro Biotech, ICL Group, Plant Health Care, Inc., Stoller, Symborg , Agroenzymas®️, INTERMAG, AGROLEX, ALGAENERGY. #Biostimulants #SpecialtyFertilizers #Agriculture #SustainableAgriculture #CropNutrition #PlantNutrition #SoilHealth #PrecisionAgriculture #OrganicFarming #RegenerativeAgriculture #AgriTech #SmartFarming #CropProtection #AgriculturalInnovation #FertilizerIndustry #Biofertilizers #AgriBusiness #FoodSecurity #ClimateSmartAgriculture #GreenAgriculture

Yassine Rabhi

🚀 The future of soil intelligence starts today. Your Soil Speaks. We Translate It. This innovation is built upon two patented technologies, protected under the Tunisian patent applications TN/P/2024/261 and TN/P/2026/379, reflecting our commitment to developing proprietary, cutting-edge solutions for the future of digital agriculture. Introducing SolSensor AI, an AIoT platform that combines: 🌱 Smart soil sensing 🛰️ Satellite imagery 🤖 Artificial Intelligence 📡 Embedded IoT technology to deliver a complete soil diagnosis and actionable agronomic recommendations in under 30 seconds. Built for modern agriculture, SolSensor AI enables farmers, agronomists, and agricultural organizations to make smarter, faster, and more sustainable decisions. 🇹🇳 Proudly engineered in Tunisia, with a vision to transform agriculture worldwide. The journey has just begun. Let's shape the future of precision agriculture together. #SolSensorAI #AgriTech #PrecisionFarming #ArtificialIntelligence #AIoT #IoT #EmbeddedSystems #SatelliteData #Innovation #Startup #ClimateTech #MadeInTunisia #Agriculture #SmartAgriculture #DigitalTransformation #FutureOfFarming

Adeniyi Idris Adediran

Bridging the Gap Between Agronomy and Industrial Processing: Key Takeaways from the IITA PROSSIVA Farmers Field Day! Big news for the cassava value chain in Nigeria! Today, Green Hills Agricultural Products hosted a landmark Farmers Field Day in Ologbo Village Area, Edo State, in collaboration with the IITA Cassava PROSSIVA Project and Sahel Consulting. As a high-grade processing facility supplying the pharmaceutical and beverage industries, with a processing capacity of 55,000 litres of ethanol per day, raw material standards are non-negotiable: The factory requires a minimum of 18% starch content. During today's harvest of the Demand Creation Trials (DCT), the Managing Director, Suliman Ada, joined local farmers to inspect the harvest and validate the lab numbers firsthand. Here is how the 4 featured varieties stacked up on Starch Content vs. Fresh Root Yield: Starch Analysis Results (Lab Benchmark: ≥ 18%) GAME CHANGER: 23.6% TME419: 23.6% RENEWED HOPE: 19.1% BABA 70: 17.1% (Below Industrial Threshold) Fresh Root Yield Rankings (Tons per Hectare) Baba 70: 51.6 t/ha (Massive biomass, but falls short on industrial starch) Renewed Hope: 43.7 t/ha (The perfect balance of high yield and industrial quality) Game Changer: 26.3 t/ha (Exceptional starch density for premium processing) 4th TME419 (Check): 21.5 t/ha The Big Takeaway for Farmers & Out growers While Baba 70 delivered impressive tonnage, its 17.1% starch content means it misses the processing benchmark for industrial pharmaceutical and beverage applications. On the other hand: Game Changer and TME419 deliver maximum starch concentration (23.6%). Renewed Hope emerges as an all around powerhouse, offering high yields (43.7 t/ha) while comfortably exceeding our 18% starch benchmark. To meet the factory's daily feedstock requirement of 55,000 litres of ethanol per day, MD Suliman Ada strongly encourages farmers to scale up production of high starch varieties, particularly Game Changer and Renewed Hope, promising robust factory backed support for individual farmers and cooperative groups ready to join the out grower scheme. Green Hills Agric Products Ltd (GHAP) Sahel Consulting PROSSIVA International Institute of Tropical Agriculture (IITA) IITA-CASSAVABREEDING #Cassava #Agribusiness #IITA #PROSSIVA #SahelConsulting #NigeriaAgriculture #EdoState #FoodSecurity #ValueChain #AgricultureNigeria #Agritech #IndustrialCassava

Carmen Lucía Contreras

🚀 ¡Comienza una nueva generación de incubación en Tec Startups! Estamos a unos días del kickoff de dos programas de incubación que reúnen a emprendedores decididos a transformar industrias clave a través de la innovación: 🌱 AgriTech & FoodTech Incubator, en Distrito QRO, con 7 startups de México, Costa Rica y Perú que están desarrollando soluciones para hacer los sistemas alimentarios más sostenibles, resilientes y productivos. 🩺 DIT HealthTech Incubator, en Distrito Tlalpan, con 11 startups que están impulsando el futuro de la salud mediante soluciones en software clínico, biotecnología, inteligencia artificial, dispositivos médicos y salud digital. Nos emociona ver reunidos a tantos founders con la pasión y el compromiso de construir soluciones que pueden generar un impacto real en la sociedad. ¡Muchísimo éxito a todas las startups! Estamos emocionados de acompañarlos en este camino. ⚡ #TecStartups #Incubation #HealthTech #AgriTech #FoodTech #DeepTech #Innovation #Entrepreneurship #DistritoQRO #DistritoTlalpan #Startups #Tecnología #Emprendimiento

Claudia Pellegrini

L’ex miniera fiorentina diventa un ecosistema hi-tech: un data center totalmente solare, dove il calore dei server riscalda le serre e l’energia in eccesso diventa idrogeno | https://lnkd.in/efMDzd3T

Bioenterprise Canada

@BioenterpriseCA

Il ne reste que deux semaines pour envoyer votre lettre d’intention au programme Accélérateur de technologies propres en agriculture (ATPA). Les PME canadiennes admissibles des secteurs agroalimentaire et agrotechnologique peuvent demander jusqu’à 200 000 $ en financement de https://t.co/nz3XdMQPVi

Thathsarani Wijesinghe

Proud to share the successful completion of our Final Year Research Project : "Oudra" - A Smart Decision Support System for Sri Lankan Agarwood Cultivation 🌱 Over the past year, we had the opportunity to research, design and develop an integrated decision support system aimed at addressing key challenges in Sri Lanka's agarwood cultivation industry. Our goal was to transform traditional, fragmented plantation management into a smarter, data-driven approach that improves operational efficiency, sustainability and traceability. By integrating emerging technologies into a single platform, we aimed to support more informed, efficient and transparent decision-making in agarwood cultivation. "Oudra" integrates: ✅ Artificial Intelligence (AI) ✅ Internet of Things (IoT) ✅ Blockchain ✅ NFC & GPS-based Real-Time Tree Tracking ✅ Virtual Tree Mapping Some of the key capabilities of our solution include: - Digital tree tracking and virtual plantation mapping - Real-time environmental monitoring through IoT sensors - AI-powered non-destructive resin condition assessment - Blockchain-based certification and end-to-end traceability - React Native mobile application for field operations - MERN Stack web application for plantation management and analytics This project was made possible through the dedication, collaboration and shared effort of an incredible team. I was grateful for the opportunity to serve as the Team Leader while contributing to one of the core components of the system. It was a rewarding experience that strengthened our leadership, collaboration, research and project management skills. A heartfelt thank you to my teammates Navodya Dehigolla, Chalani Amarasooriya and Sahanya Thennakoon for their commitment, collaboration and support throughout this journey. Working alongside such a dedicated team made this experience even more rewarding. My sincere gratitude also goes to our supervisors Chathurangika Kahandawaarachchi and Narmada Gamage, our lecturers, industry experts, seniors and everyone who guided and supported us throughout this research. Completing this project marks the end of an important chapter in our academic journey. Beyond the technical knowledge we gained, this experience strengthened our leadership, collaboration, research, problem-solving, stakeholder communication, and project management skills. Grateful for the journey and excited to carry these experiences into future opportunities. #FinalYearProject #Research #AgriTech #Innovation #ResearchProject

SHREESHAIL B

🌾🔬 Unlocking Field Productivity: Dual Benefits of Sugarcane Tissue Culture Seedlings for Farmers & Factories 🚜🏭 Adopting micropropagated (tissue culture) sugarcane seedlings is transforming modern sugarcane agriculture. By replacing traditional vegetative setts with disease-free, high-purity seedlings, both cultivators and processing plants experience a quantum leap in yield, efficiency, and sugar recovery. Here is a breakdown of the key strategic advantages to sugar mill and partner farmers: 🧑‍🌾 Part 1: Tangible Benefits for Sugarcane Farmers 🧬 100% Genetic Purity & Uniformity: Ensures pure-to-type, high-yielding parentage across the entire crop, eliminating varietal mixtures in the field. 🛡️ Disease-Free Starting Material: Lab propagation eliminates seed-borne pathogens like Red Rot, Grassy Shoot Disease, Wilt, and Smut right from Day 1. 🌾 Vigorous Tillering Capacity: Generates 10 to 15 robust millable canes per stool (compared to 4–6 from traditional setts), drastically reducing required seed rates. 📈 Exceptional Tonnage Boost: Increases farm yield by 20% to 40%, delivering 50–70+ tons per acre depending on field management. 💰 Cost Savings on Seed Material: Lower transport weight and precise plant spacing (SSI / wide-row planting) reduce overall seed investment and planting labor. 🔄 Superior Ratoon Performance: Healthy root system architecture enables 3 to 4 profitable ratoon crops, reducing land prep costs for subsequent seasons. 🏭 Part 2: Strategic Advantages for the Sugar Factory 🍬 Higher Sugar Recovery Rates (Pol % Cane): Uniform maturity and disease-free, thick cane stalks yield higher sucrose content and purity juice, boosting factory extraction efficiency. 🚚 Consistent Cane Supply & Crush Scheduling: Uniform germination and growth cycles allow precise harvesting schedules, optimizing daily crushing capacity and reducing mill downtime. 📏 Higher Fiber Quality & Bagasse Generation: Sturdier cane stalks improve bagasse production for captive co-generation and bio-energy operations. 🧪 Rapid Multiplier for New Varieties: Enables factories to introduce and scale elite, high-sucrose cane varieties across thousands of acres in just 2–3 seasons instead of 6–8 years. 🤝 Enhanced Farmer Loyalty & Sustainability: Delivering high-yielding seedlings builds stronger ties with the farming community, securing sustainable long-term cane command areas. 👏 Integrating Tissue Culture technology bridges the gap between agricultural research and industrial productivity, driving profitability for both the farmer and the mill! 🏷️ Praveen Rathod Deekonda Praveen #SugarcaneTissueCulture #NSLSugars #CaneDevelopment #SustainableFarming #Agritech #SugarIndustry #YieldOptimization #CropScience #SugarcaneFarming #Micropropagation #SmartAgriculture #FactoryEfficiency #AgriculturalBiotechnology

Dr venkata sriharsha kuncham

🌱 Research Milestone: Sensors for Managing Water Resources in Agriculture – 16 Citations and Growing I am delighted to share that our research paper titled "Sensors for Managing Water Resources in Agriculture", published in the IOSR Journal of Electronics and Communication Engineering, has now received 16 citations, and the number continues to grow. 📄 Paper Link: https://lnkd.in/dkr-phNn (replace with the correct paper link if different) This publication holds a special place in my research journey because it marks one of my earliest contributions to solving a real-world societal problem through technology. The inspiration behind this work came from two remarkable mentors: Dr. N. V. Rao, Scientist 'G', DRDO, Hyderabad, my first research mentor, whose constant guidance encouraged me to pursue meaningful research. Mr. Sudhakar Rao Garu, an Agronomist from Acharya N. G. Ranga Agricultural University, whose thought-provoking question profoundly influenced my thinking: "How much water does a crop require, and when exactly is it required?" This simple yet powerful question stayed with me and motivated me to explore the field of water resource management in agriculture. During 2012–2013, India witnessed severe drought conditions in several regions. Many farmers suffered heavy crop losses due to insufficient rainfall and the lack of efficient irrigation practices. Tragically, farmer distress and suicides became a major concern. Witnessing these challenges motivated me to explore how sensing technologies could contribute to more efficient water management and sustainable agriculture. With the encouragement of Dr. N. V. Rao Sir and valuable discussions with agronomists and domain experts, this research gradually evolved into the published paper. The paper presents a comprehensive overview of soil moisture sensors, environmental sensing technologies, irrigation monitoring techniques, and water management methodologies that support precision agriculture. It serves as an introductory reference for researchers and practitioners interested in sensor-based irrigation management and sustainable farming practices. I warmly invite researchers, academicians, students, and professionals working in: 🌾 Precision Agriculture 💧 Water Resource Management 🌱 Smart Irrigation Systems 🌍 Internet of Things (IoT) in Agriculture 📡 Agricultural Sensors 🤖 AI for Agriculture to read and cite this work if it is relevant to your research. I sincerely thank my mentors, collaborators, and the research community for their continuous encouragement and support. Every citation is a reminder that research can contribute, even in a small way, toward addressing important societal challenges. #Agriculture #PrecisionAgriculture #WaterManagement #SmartFarming #IoT #Sensors #Research #ComputerVision #ArtificialIntelligence #SustainableAgriculture #Irrigation #Agritech #ResearchImpact #Citations #AcademicResearch

ISCRAES

@ISCRAES

📣 Submit your abstract! 🤖 AI transforms farming through prediction, detection & automation. 📍 UCD Health Sciences Centre, Dublin, Ireland 📅 21–23 June 2027 🔗 https://t.co/RID6SmbQuC #ISCRAES2027 #AI #AgriTech #SmartFarming https://t.co/9xWVMW1Vqy

Koppert Canada Limited

Spider mites don’t need much time to become a major problem, but Spical-Plus is built to stay ahead of them. 🕷️🌱 Spical-Plus contains Neoseiulus californicus, a highly adaptable predatory mite that provides reliable control of spider mites across a wide range of crop conditions. Unlike more specialized predators, it tolerates lower prey densities, high temperatures, and can persist even when spider mite numbers are low, making it an excellent tool for both prevention and early intervention strategies. Its resilience in warmer and drier conditions allows it to perform consistently in greenhouse and protected cropping systems where spider mite pressure often builds unnoticed. For growers looking to strengthen their IPM program, Spical-Plus delivers sustained, preventative pressure on spider mite populations before they escalate. Les tétranyques peuvent rapidement devenir un fléau, mais Spical-Plus est conçu pour les contrôler efficacement. 🕷️🌱 Spical-Plus contient Neoseiulus californicus, un acarien prédateur très adaptable qui assure une lutte fiable contre les tétranyques dans une grande variété de conditions de culture. Contrairement aux prédateurs plus spécialisés, il tolère de faibles densités de proies, des températures élevées et peut persister même lorsque les populations de tétranyques sont faibles, ce qui en fait un excellent outil pour la prévention et l'intervention précoce. Sa résistance aux conditions chaudes et sèches lui permet d'être performant en serre et sous abri, où la pression des tétranyques augmente souvent insidieusement. Pour les agriculteurs souhaitant renforcer leur programme de lutte intégrée, Spical-Plus exerce une pression préventive et durable sur les populations de tétranyques avant qu'elles ne prolifèrent. #SpicalPlus #SpiderMiteControl #NeoseiulusCalifornicus #BiologicalControl #IPM #IntegratedPestManagement #GreenhouseGrowing #CropProtection #BeneficialInsects #SustainableAgriculture #WorkingWithNature