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Genomines Bandeau

Réseaux Sociaux

PSI

2721–2736 sur 37370 — page 171/2336

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  • Serge Zakalinkedin
    La fin de la sécheresse (météorologique) a été marquée par le début de la saison des orages méditerranéens offrant un spectacle grandiose durant l'intégralité de la nuit passée. Quelques centaines de photos entre l'Hortus (ici à droite) et le Pic Saint Loup (ici sortant du nuage à gauche), dont de nombreux coups de foudre ramifiés ! Il va me falloir des semaines pour tout traiter !
    20 Août 2026
  • Dr. Serge Zaka (Dr. Zarge)x
    Après 70 jours à la suite au-dessus des normes, des milliers de records battus, 5 canicules, 3 vagues de chaleur, demain, c'est enfin fini. Cette fin août se finira avec des températures normales pour la saison. Si la pluie (ENFIN!) fait sont retour sur les côtes de la Manche et https://t.co/57sdYoy1Tn
    18 Août 2026
  • Serge Zakalinkedin
    On enchaîne. Il est maintenant très probable que nous allons vivre l'El-Nino le plus intense depuis le début de son observation sur Terre (et surement depuis des siècles). Les premiers effets se font sentir avec un décrochage total des températures mondiales. Le mois d'août 2026 pourrait être le mois d'août le plus chaud sur Terre depuis le début des mesures. Nous ne sommes qu'à 0.11°C du record absolu mondial de température et 0.01°C du record absolu de la surface des océans. La méditerranée enchaîne les records absolus de température avec une canicule marine qui dure depuis des semaines avec jusqu'à +3 à +6°C d'anomalie. Les derniers relevés montrent qu'avec une moyenne de 28.5°C, la surface de la mer Méditerranée vient de battre son record absolu de température. En d'autres termes, la mer Méditerranée n'a jamais été aussi chaude tous mois confondus. Ce n'est que le début. Nous sommes partis pour 1 an d'incroyables records à l'échelle planétaire.
    16 Août 2026
  • Dr. Serge Zaka (Dr. Zarge)x
    Bon... encore, 40 à 42°C sur une bonne partie du pays et 102 nouveaux records mensuels ! 726 records de chaleur mensuels ont été battus en 2026 (sur des stations ayant >50 ans de mesure et une bonne qualité d'installation). Je vous laisse deviner le nombre de records de froid. https://t.co/dhxxE1xEb8
    14 Août 2026

Bilel Taam

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Dans les serres de pépinière de fraisiers, le système de brumisation constitue un élément essentiel de la conduite du microclimat, particulièrement durant les phases sensibles de propagation et d’enracinement. La diffusion de fines gouttelettes permet de maintenir une humidité relative optimale autour des jeunes plants, de limiter le déficit hydrique et de réduire la température ambiante par effet d’évaporation. Cette gestion précise de l’humidité favorise la reprise végétative, le développement du système racinaire et l’homogénéité des plants. Le pilotage de la brumisation doit être ajusté en fonction de la température, de l’humidité relative, du rayonnement et du stade physiologique des plants, afin d’optimiser les conditions de production tout en évitant une humidité excessive pouvant accroître le risque de maladies cryptogamiques, notamment le Botrytis cinerea. #brumisation #pepeniére_fraises

8 Août 2026 à 08h03

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Anjnay Mahajan

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Excited to share that our Design Patent for the DE-WEEDER BOT has been officially published. This achievement represents the collaborative efforts of an incredible team working toward innovative solutions for agricultural automation. The DE-WEEDER BOT is designed with the vision of supporting efficient and sustainable weed management, contributing to the advancement of smart farming technologies. This milestone reflects our shared commitment to innovation in agricultural engineering and smart farming solutions. Grateful to everyone who supported us throughout this journey. Looking forward to many more innovations ahead! #DesignPatent #Innovation #AgriTech #Engineering #Robotics #Research #IntellectualProperty #DEWEEDERBOT

8 Août 2026 à 07h30

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Palmer-Hunter Ltd

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Experiment 02 🌱 Can soil reveal what's happening beneath the surface? Laboratory experiments provide controlled conditions, but real-world deployment presents an entirely different challenge. This video was captured during our first field deployment at Ampney Down Farm in the Cotswolds, where Adrian Crew and I used an auger to prepare the ground for the installation of the first Palmer-Hunter Labs environmental sensing probes. This opportunity was made possible through Professor Matt Bell at Hartpury University and Hartpury College, who introduced Palmer-Hunter Labs to The Wildlife Trusts, creating the opportunity to move from laboratory validation to real-world environmental monitoring. One of the biggest lessons from the day was just how variable natural environments really are. Every location, every soil profile, and every installation presents its own challenges. Successfully deploying sensors in-situ requires far more than simply placing a probe in the ground; it requires understanding the environment itself. Every field deployment teaches us something new. Every experiment brings us one step closer to building Environmental Intelligence. Monitor. Understand. Act. #PalmerHunterLabs #EnvironmentalIntelligence #EnvironmentalMonitoring #AgriTech #SoilScience #Research #Innovation #FieldResearch #ExperimentsBeforeSolutions

8 Août 2026 à 07h30

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Abhishek A

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The next generation of India's billion-dollar businesses may not be built in Bengaluru, Mumbai, or Delhi. They may emerge from villages that most founders have never visited. For decades, Indian startups have competed for the same customer: • Urban • Digital • Convenience-driven The logic was simple—higher purchasing power, better infrastructure, easier customer acquisition, and greater internet penetration. But every market eventually reaches a point where competition becomes more intense than opportunity. Meanwhile, nearly two-thirds of India's population lives outside major metropolitan areas, yet many products, services, and supply chains are still designed for urban consumers. That's where I believe the next wave of innovation lies. Rural India isn't just an underserved market—it's an underserved economic ecosystem. The opportunities extend far beyond retail: • Agritech & farm-to-market logistics • Affordable healthcare & diagnostics • Rural fintech & MSME credit • Village warehousing & last-mile logistics • Regional education & skill development • Decentralized manufacturing clusters • Renewable energy & micro-grids What excites me most isn't the market size—it's the opportunity to redesign entire value chains. Many startups ask, "How can we deliver faster?" A better question might be: "Why does this value chain exist in its current form?" Companies like VilCart, DeHaat, and Ninjacart didn't simply sell products—they redesigned supply chains. For aspiring entrepreneurs, my suggestion is simple: Before building the next marketplace or AI application, spend a week in rural India. Talk to farmers, kirana owners, teachers, transport operators, and local entrepreneurs. Observe before you build. The biggest opportunities are often hidden inside problems that people have accepted as "normal." I believe the next decade of Indian entrepreneurship will belong to founders who don't just build for rural India—but build with rural India. If you had ₹10 crore to build one company focused only on rural India, what problem would you solve—and why? Let's discuss. #RuralIndia #Entrepreneurship #BusinessStrategy #SupplyChain #Innovation #Agritech #Logistics #StartupIndia #EconomicDevelopment #FutureOfBusiness

8 Août 2026 à 07h30

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Kanish Garg

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₹70 Cr in the pipeline. ₹25 Cr in equity. Profitable since 2022. We are actively looking for strategic partners to back a standout player in the Indian AgTech space. The numbers speak for themselves: 📊 Current ARR: ₹8 Crores 📈 Pipeline: ₹70 Crores (Strong, qualified deal flow) 💰 Profitability: Profitable since 2022 (Proven unit economics) 💵 Capital Raise: Seeking ₹25 Crores in equity While the broader agri-tech sector has seen its share of volatility, this firm has bucked the trend by focusing on sustainable growth and real-market execution. They have built a highly capital-efficient model that doesn’t rely on burn to scale. If you are looking for a low-risk, high-upside entry into the agri-tech ecosystem, let’s connect. I am happy to share the pitch deck and financials. #AgriTech #Fundraising #VentureCapital #IndianStartups #EquityRaise #DealFlow #PrivateEquity

8 Août 2026 à 07h23

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Policy Research & Advisory Council - PRAC

@Prac_official

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Digital Financing to Strengthen Pakistan’s Small Farmers #Pakistan #Karandaaz #Agriculture #SmallholderFarmers #DigitalFinance #AgriFinance #FinancialInclusion #RuralDevelopment #Agritech #Farming #FoodSecurity #EconomicDevelopment #PolicyResearch #PRAC #DigitalAgriculture https://t.co/4irU7euKcg

8 Août 2026 à 07h20

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Akshay Mali

@Akshaym1311

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🌱🏡𝐆𝐫𝐨𝐰𝐢𝐧𝐠 𝐒𝐦𝐚𝐫𝐭𝐞𝐫, 𝐅𝐚𝐫𝐦𝐢𝐧𝐠 𝐁𝐞𝐭𝐭𝐞𝐫!https://t.co/eVVPOQo73I #SmartGreenhouse #SmartFarming #AgriTech #PrecisionAgriculture #ControlledEnvironmentAgriculture #IoT #ArtificialIntelligence #SustainableAgriculture #GreenhouseTechnology #FoodSecurity https://t.co/TIWvzSz9vh

8 Août 2026 à 07h09

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@Tesfaye@dimitra.io

@TesfayeHal1103

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☕🇪🇹 Ethiopia’s coffee, powered by digital innovation. 🌱 Smarter farms | 🛰️ Traceable beans | 🌍 EUDR-ready exports | 💰 Better value for farmers. #EthiopianCoffee #EUDR #AgriTech $DMTR https://t.co/UxXSdmtHSD

8 Août 2026 à 07h07

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Vipin Prakash Mishra

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🐛 Global Insect Growth Regulators Market to Reach USD 2.43 Billion by 2031 Selective, low-toxicity pest control is gaining traction as sustainable agriculture takes center stage! The global insect growth regulators market is projected to grow from USD 1.81 Billion in 2025 to USD 2.43 Billion by 2031, at a CAGR of 5.03%. According to CropLife India, in 2025, member companies maintained an annual global research and development expenditure exceeding 50,000 crore INR. 🔗 Explore the Top 10 Key Players shaping the market. Read the full report for deeper insights: https://lnkd.in/gU4V_eFc According to Corteva Agriscience, November 2025, in the 'Third Quarter 2025 Results', the company reported a 5% increase in Crop Protection volume, explicitly driven by the rising demand for new products and biologicals. According to FiBL and IFOAM – Organics International, February 2025, in the 'The World of Organic Agriculture' yearbook, the global organic farming area increased by 2.5 million hectares in 2023, creating a rapidly widening customer base for IGRs suitable for organic production. 🔑 Key Takeaways: Insect Growth Regulators (IGRs) are selective insecticides that disrupt pest development by inhibiting chitin synthesis or mimicking juvenile hormones These agents prevent insects from reaching maturity or reproducing, offering targeted pest control rather than broad-spectrum elimination The market's growth is closely tied to the broader shift toward environmentally responsible pest management strategies 📈 Growth Drivers: Increasing global implementation of Integrated Pest Management (IPM) prioritizing low-toxicity solutions Growing agricultural demand for residue-free produce driven by consumer and regulatory expectations Urgent necessity to manage pest populations that have developed resistance to conventional chemistries Rising focus on preserving beneficial species and overall environmental health in farming ecosystems Expanding adoption of selective insecticides as part of resistance management strategies As pest resistance challenges intensify and demand for residue-free, environmentally conscious farming grows, insect growth regulators are becoming an increasingly essential component of modern integrated pest management programs. #InsectGrowthRegulators, #IntegratedPestManagement, #SustainableAgriculture, #CropProtection, #PestManagement, #Agrochemicals, #ResidueFreeProduce, #AgriTech, #PestResistance, #EnvironmentalHealth, #FarmingInnovation, #SustainableFarming

8 Août 2026 à 06h30

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Arun Rama Balan G

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🔍 How does our AI actually detect Toor Dal adulteration? After our last two posts, many people asked us: "Is your application simply checking the colour of the dal?" No. Our AI is designed to look at multiple visual characteristics together before generating a result. 📱 The process starts with a smartphone image of the sample. Then our system goes through multiple stages: 1️⃣ Image Acquisition & Processing The captured image is processed before analysis. 2️⃣ Grain Segmentation The system identifies and separates individual grains from the sample. 3️⃣ Feature Extraction Multiple visual characteristics are analyzed, including: 🟡 Colour variations 📏 Size & dimensions 🔍 Shape & surface patterns ✨ Oily/artificial surface reflections 🌾 Natural vs. processed appearance 🪨 Foreign objects such as stones, husk and broken grains 📸 Image quality, including glare/reflection conditions When glare or difficult lighting affects the captured image, our system can automatically apply image-processing filters to improve the input before analysis. 4️⃣ Machine Learning Classification 🧠 The extracted features are processed together by our ML model to classify the sample. 5️⃣ Adulteration Percentage 📊 The system then calculates and displays the estimated adulteration level and generates a quality report. The goal is simple: From a smartphone image → AI analysis → instant food-quality insight. And this is just the beginning. Our current focus is Toor Dal. Our future vision is to expand this technology across: 🌾 Pulses 🌾 Cereals 🌾 Grains 🌶️ Spices 🌍 Other food commodities Eventually, we want to move beyond detection and develop an AI-powered tabletop sorting machine that can automatically separate adulterated products from food-grade products. We are still a bootstrapped startup, and there is a lot more validation, development and field testing ahead. But we're building step by step. What do you think? Would you trust a smartphone-based AI system as an additional food-safety screening tool? 👇 I'd genuinely like to hear your opinion. Demo: https://lnkd.in/dwJrMX-a 📄 https://rb.gy/bn7rmq 🌐 https://www.yeejai.com/ 📞 +91 93631 13380 | +91 63811 23078 📧 info@yeejai.com #FoodSafety #ArtificialIntelligence #ComputerVision #MachineLearning #AgriTech #FoodTech #Innovation #YeeJaiTechnologies

8 Août 2026 à 06h28

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Agritistics

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Laaste dag. Beste rede om ons te kom ontmoet! Kom maak vandag ’n draai by stalletjie 2310 en kom gesels met ons oor jou data-uitdagings. Van datavaslegging en digitalisering, tot organisering, bestuur, analise en visualisering, ons help met jou data van begin tot einde. Dis dalk die laaste dag van KragDag, maar beslis nie die laaste wat jy van Agritistics gaan hoor nie. 😉 🎤 Kom luister na ons Tegnologie in Landbou-paneelgesprek. 🕒 15:05 📍 Landbousaal Ons gesels oor hoe tegnologie besig is om landbou te verander en watter rol data en slim oplossings in die boerdery van môre speel. Meet. Bestuur. Groei. #Agritistics #KragDag2026 #TegnologieInLandbou #DataBestuur #Digitalisering #AgriTech #LandbouTegnologie #TurningDataIntoDecisions

8 Août 2026 à 06h28

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Krishicore Private Limited

@krishicore

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Corn plants fight back! 🌽⚔️ When rootworms attack, roots release a chemical SOS (E-beta-caryophyllene). This attracts pest-killing nematodes to hunt down the invaders. They can't run, but they summon their enemy's enemy! #KrishiCore #Agriculture #AgriTech https://t.co/AKcj5fz0u1

8 Août 2026 à 05h51

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Vipin Prakash Mishra

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🌱 Global Water Soluble Fertilizers Market to Reach USD 27.02 Billion by 2031 Precision agriculture is transforming how farmers optimize both yield and resource efficiency! The global water soluble fertilizers market is projected to grow from USD 18.23 Billion in 2025 to USD 27.02 Billion by 2031, at a CAGR of 6.78%. According to the 'International Fertilizer Association', in '2025', 'total global fertilizer consumption is forecast to reach 205 million tonnes of nutrients', reflecting a robust demand environment that underpins the growth trajectory of the specialty fertilizer sector. 🔗 Explore the Top 10 Key Players shaping the market. Read the full report for deeper insights: https://lnkd.in/gDNpNS3E According to SQM, March 2025, in the '4Q2024 Earnings Release', sales volumes for its Specialty Plant Nutrition business line grew by approximately 17% in 2024 compared to the previous year, reaching nearly 983,000 metric tons. 🔑 Key Takeaways: Water soluble fertilizers are complex nutrient compounds capable of 100% dissolution in water, enabling precise nutrient delivery These fertilizers are primarily used in fertigation and foliar application methods for targeted crop nutrition The category is central to modern precision agriculture, particularly in water-stressed and arid farming regions 📈 Growth Drivers: Growing imperative for enhanced nutrient use efficiency to boost crop yields per hectare Rising necessity of water-saving precision agriculture techniques in arid and semi-arid regions Increasing adoption of fertigation systems enabling accurate, real-time nutrient delivery Growing farmer awareness of resource optimization amid rising input costs Expanding government support for sustainable and precision farming practices As global agriculture faces mounting pressure to produce more with fewer resources, water soluble fertilizers are becoming a critical tool for farmers seeking higher efficiency, better yields, and sustainable water management. #WaterSolubleFertilizers, #PrecisionAgriculture, #Fertigation, #SustainableFarming, #AgriTech, #CropNutrition, #AgricultureIndustry, #FarmingInnovation, #WaterEfficiency, #YieldOptimization, #ModernFarming, #AgriBusiness, #SustainableAgriculture

8 Août 2026 à 05h30

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Livert Mudzingenyama

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🚁 Drone Technology: From the Sky to Smarter Agriculture 🌱 Agriculture is rapidly moving from traditional field observation toward data-driven, precision farming — and drone technology is becoming an important part of this transformation. As an Agricultural Engineering student, I find the combination of UAVs, sensors, GIS, remote sensing, AI and automation particularly exciting. Drones can help farmers and agricultural professionals: 🌱 Monitor crop health 🦠 Detect pests and diseases 🌿 Map weeds and nutrient stress 💧 Assess irrigation and water stress 📍 Create high-resolution field maps 📊 Estimate crop yield 🚜 Support precision spraying and input application 🤖 Enable data-driven and increasingly autonomous farm operations What makes this technology even more powerful is the integration of multispectral, thermal and RGB sensors with data analytics. A simple workflow can look like: Drone → Sensor → Data → Image Processing → NDVI/Analysis → Decision → Precision Action This represents a shift from simply collecting agricultural data to turning aerial data into actionable farm intelligence. The future I see is not just drones flying over farms. It is a connected ecosystem where: Drones + AI + GIS + IoT + Robotics + Precision Agriculture = Smarter Farming 🌾 There are still challenges — battery limitations, payload capacity, weather conditions, regulations, data processing and the cost of adoption. But the potential to improve resource efficiency, crop monitoring and decision-making is enormous. As agriculture faces increasing pressure to produce more with fewer resources, autonomous technologies could become an important part of the solution. The future of agriculture may not only be about farming the land — but also understanding it from the sky. 🚁🌾 #DroneTechnology #AgriculturalEngineering #PrecisionAgriculture #SmartFarming #UAV #AgriTech #RemoteSensing #GIS #ArtificialIntelligence #AutonomousAgriculture #DigitalAgriculture #SustainableAgriculture

8 Août 2026 à 05h30

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Shounak Ray

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“Give me a place to stand, and I will move the Earth”! The Adelaide Climate Action Week (ACAW), last week, has indeed been mostly about the words of Archimedes and towards using whatever leverage could be obtained and developed to accelerate climate action! The events I got lucky to attend and my takeaway points (Post 3 of 3): ACAW Day Four evening had the inimitable Martin K Haese welcoming us to celebrate the SA Climate Leaders Awards which recognised finalists across several categories such as Government, Business, Community and Research&Education, and the eventual winner Cherry Gardens Connect2recover (here, pic of the winners, courtesy Navtej Bal ) Last day of ACAW, Friday, was spent in a wonderfully crafted learning experience curated by AgriTech Meetup South Australia (Thanks Oli Madgett, Michael Macolino, Julia Miller) and supported by AgriFutures growAG and Hills and Fleurieu Landscape Board, and indeed the farms and projects visited. This covered some of the prominent on-ground work in the Fleurieu Peninsula for climate adaptation and resilience work afoot in South Australia, pertinent to farming, wineries, livestock, poultry, fisheries and the wider topic of biodiversity - Yundi Nature Conservancy, Ashley Farms, Forktree Project. Details here - https://lnkd.in/gWDSbKYP What a phenomenal way to end the week, listening to expert solutions and working with indomitable Tim Jarvis and Liz Blumer and their team at the Forktree Project - more details in this link - (admittedly included a sunset watching-hog roast-beer-bonfire ☺️) Adelaide Climate Action Week Research Translation – Adelaide University Yundi Nature Conservancy The Forktree Project

8 Août 2026 à 05h19

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Musa Muhammad Gyaza

@DonGyazerh

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Nigeria's farmers don't only need more land. They need better information. Imagine a farmer being able to use a phone to: 📊 Check market prices 🌦️ Receive weather information 🦠 Identify crop diseases 💰 Find financing 🚚 Find buyers 📍 Connect with suppliers This is where https://t.co/kjY9KMKWdb

8 Août 2026 à 05h17

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