Réseaux Sociaux

JoTeg base.eth

@chinernmiya

🚀 Boost Your Yield with @use_corn Real‑time moisture & nutrient data, immutable on blockchain Automated market‑place lets you sell crops directly to verified buyers Earn CROPS tokens for every verified harvest follow @use_corn for more info #AgriTech #Web3 #FarmersFirst

Scientific Instruments Australia

🌱 Real-Time Crop Monitoring in the Field with PlantScreen™ Field System 🌱 PlantScreen™ Field System is a mobile platform that makes field-based crop phenotyping fast, accurate, and reliable. It moves automatically over your plots with multiple sensors on a robotic arm, capturing plant growth, physiology, and morphology—all tied to the exact time and location. Environmental sensors also track light, temperature, humidity, and wind, giving a complete picture of conditions at every measurement. ✨ 𝐌𝐚𝐣𝐨𝐫 𝐁𝐞𝐧𝐞𝐟𝐢𝐭𝐬: • Automated, high-throughput phenotyping in natural field conditions • Precise measurement of physiological, biochemical, and morphological traits • Configurable sensor modules: RGB, hyperspectral, thermal, and fluorescence imaging • Integrated environmental monitoring and data logging • Comprehensive software for experiment control, remote access, and data analysis • Modular design, built to withstand harsh field conditions 🔬 𝐀𝐩𝐩𝐥𝐢𝐜𝐚𝐭𝐢𝐨𝐧𝐬: • Screening crops for stress tolerance (abiotic and biotic) • High-throughput growth and morphology assessment • Nutrient management and photosynthetic performance studies • Pathogen interaction and chemical screening • Trait identification for breeding programs • Custom research projects and proof-of-concept testing With PlantScreen™ Field System, researchers and agronomists gain reliable, real-time insight into plant performance, helping drive smarter decisions for crop improvement and sustainable agriculture. 📌 Learn more about PlantScreen™ Field System in the comments below. #ScientificInstrumentsAustralia #PhotonSystemsInstruments #PlantScreenFieldSystem #CropPhenotyping #PlantScience #HighThroughputPhenotyping #AgriculturalResearch

Online Listing News

Simulation PID of aquaponic systems. – ResearchGate: Simulation PID of aquaponic systems.  ResearchGatehttp://dlvr.it/TPXzMh The post Simulation PID of aquaponic systems. – ResearchGate first appeared on Greens2 You Online.http://dlvr.it/TPXzNq The post Simulation PID of aquaponic systems. – ResearchGate first appeared on Greens2 You Online.http://dlvr.it/TPXzcS The post Simulation PID of aquaponic systems. – ResearchGate first appeared on Greens2 You Online.http://dlvr.it/TPXzm0 The post Simulation PID of ... Read More Aquaponic "Simulation PID of aquaponic systems. – ResearchGate" » The post Simulation PID of aquaponic systems. – ResearchGate first appeared on Greens2 You Online. #Aquaponics #SustainableFarming #Hydroponics #AgriTech #SmartFarming

Unity Agro

A cana-de-açúcar é uma cultura perene e está constantemente exposta a variações climáticas e diferentes tipos de estresses ambientais. Nesse cenário, insumos capazes de prevenir estresses e otimizar o desempenho fotossintético tornam-se fundamentais para aumentar a produtividade. Uma pesquisa conduzida na UNESP, em Lençóis Paulista, demonstrou que a aplicação dos fertilizantes funcionais Agrosix e EnergiSe promoveram incrementos significativos na produção de colmos e açúcar por hectare. Esses resultados evidenciam o impacto positivo dos produtos na eficiência fisiológica da cultura, aumentando a rentabilidade do sistema produtivo.

Linda Willis

🎓 Yesterday, I officially graduated — and proudly defended my final-year project: the DripMate Combo. This tool is designed to simplify the installation of start rubbers and start connectors in drip irrigation systems by providing a safer, faster, and more consistent method for farmers and technicians. During the public defense, I received many insightful questions about its future development, commercialization, and impact on field efficiency — a clear sign that the DripMate Combo solves a real challenge in irrigation installation. I’m excited to continue refining the tool and exploring opportunities for prototyping, testing with farmers, and eventually scaling it for commercial use. A big thank you to my lecturers at SASA College Of Industrial Design, Vellam Engineering Solutions (U) Limited, fellow students, Bengaluru SOLIDWORKS User Group (BLR-SWUG) for the SOLIDWORKS training that helped me design the entire concept in solid works, and EDiC who supported me in 3D printing, casting and machining my models for practical tests and user feedback. 🙏 Here’s to innovation that empowers farmers and transforms irrigation work. #Graduation #IndustrialDesign #IrrigationEngineering #Innovation #DripMateCombo #Agritech #WaterForDevelopment

Gemma Thompson

@lombardo2887566

AI-driven authentication systems improve identity verification. #AIIdentity #SecureTech AI predicts crop yields based on weather and soil data. #AgriTech #SmartFarming

Professor Oluwatoyin Ogundipe

@profogundipe

A big congratulations to all the teams for their outstanding presentations, and an even bigger applause to the SAOT (Agritech Solution) Team, the well-deserved winner of this year’s edition! https://t.co/rBfQg44HgV

Simão Pedro Debastiani

As inconsistências nos regimes de chuvas no Centro-Oeste brasileiro têm sido notadas há alguns anos. Em comparação com as décadas passadas, observamos a ocorrência de mudanças climáticas que afetam diretamente os ciclos produtivos do agronegócio. Como se proteger e assegurar todo o investimento feito em uma cultura de soja, milho ou algodão? Existem diferentes formas para contribuir com aumentos de produtividade e alcançar maiores resultados na lavoura, todavia temos uma tecnologia que se destaca dentre as demais, tecnologia essa que já está presente na cadeia produtiva desde o inicio do entendimento do homem sobre agricultura. A irrigação, tanto por aspersão móvel (pivô central ou lateral) quanto por gotejamento (subterrâneo ou superficial), oferece às culturas a vantagem de não dependerem dos regimes naturais de chuvas. Isso ocorre porque podemos organizar as demandas hídricas conforme as necessidades da planta e suas fases fenológicas, aplicando assim o volume d'água necessário e adequado. Atualmente, de todo o potencial que o Mato Grosso dispõe para áreas irrigadas, cerca de 3,9% estão efetivamente implantadas. Vemos, portanto, uma gigantesca oportunidade de crescimento e, com isso, a segurança em produzir e alcançar os resultados planejados no pré-safra. Assim como em qualquer sistema mecanizado, a irrigação exige manutenção e planejamento operacional. No entanto, com uma boa organização e foco, os bons resultados são inevitáveis. Por fim, é fato que esse segmento seguirá em ascensão em todo o planeta. O que podemos prever é uma enorme expansão em áreas irrigadas e um aumento considerável nos indicadores de produtividade por hectare. Em um cenário de incertezas climáticas, a irrigação é a chave para a autossuficiência e a performance duradoura na cadeia produtiva.

H.E Moses Vilakati

@MosesVilakati

The future of farming in Africa starts tomorrow at the AUC! We are thrilled to be launching the First Africa Digital Agriculture Conference—a crucial platform for scaling cutting-edge AgriTech solutions. Let's cultivate a smarter, more resilient agricultural future together. https://t.co/LMaIhXpSq1

BusinessHub

@BusinessHub413

畑の"声"が聞こえる？僕がIoTセンサー技術にワクワクする理由 https://t.co/GUo8vvg1ol #AgriTech（アグリテック） #ブログ #最新情報

David John

Farmers don’t lose food because pests arrive they lose it because they never see them coming. In my ongoing MasterMind case study, I’ve shown how farmers can diagnose pests/diseases with AI. Now I'm sharing what comes next — the Forecast Screen. Using climate indicators like temperature, humidity, soil moisture & atmospheric gases, the system predicts high-risk outbreaks before they spread, highlights potential pests vs diseases, and offers actionable recommendations instantly. This isn’t just diagnosis — it's prevention, protection, and preparedness. #AgriTech #UXDesign #AIforAgriculture #ClimateSmartFarming #FoodSecurity #ProductDesign #Innovation #FarmersFirst #Sustainability #UIDesign #AgriSolutions

Rami Wasef

#Robots Transforming and #Automating Agricultural Work #AgriTech #Robotics #Innovation #Technology #TechForGood

Agritech Digest

AGROFORESTRY AND CLIMATE RESILIENCE: CASE STUDIES FROM NIGERIA Agroforestry is quietly reshaping farming in Nigeria — and the results are powerful. From Kano’s shelterbelts and Fadama systems in Kaduna to cocoa agroforestry in Ondo and diversified oil palm systems in Cross River, farmers across the country are proving that planting trees alongside crops isn’t just sustainable — it’s profitable, climate-smart, and culturally rooted. Agroforestry is helping communities: ✔ Improve soil fertility and water retention ✔ Increase yields and income diversification ✔ Reduce conflicts over land and resources ✔ Build resilience against heat, drought, flooding, and desertification ✔ Restore biodiversity and carbon storage Rooted in tradition yet strengthened by science, agroforestry is emerging as one of Nigeria’s most scalable climate solutions — one that protects livelihoods while restoring ecosystems. Read the full article via https://lnkd.in/du7jfjF8 Do well to follow Agritech Digest and check out agritechdigest.com for more updates #AgritechDigest #Agroforestry #ClimateResilience #SustainableAgriculture #NigeriaAgriculture #FoodSystems #ClimateAdaptation #NatureBasedSolutions

harsh parmar

@harshparma87728

Solving the Smart India Hackathon problem: Small Crop Advisory for Farmers. Work in progress… big things coming! 🚜⚡ #SIH #AgriTech #Innovation #SmartIndiaHackathon #WIP https://t.co/YkFiajse0u

Bfarm-Tech

✨ Celebrating Innovation & Resilience: Bfarm-Tech Graduates from BimaLab Africa 2025!⁣⁣⁣ We’re excited to share that Bfarm-Tech has successfully completed the BimaLab Africa 2025 Insurtech Accelerator Program, organized by FSD Africa. Being selected among 35 leading insurtech innovators across Africa is a major milestone for our team and for Ethiopia’s AgriTech ecosystem.⁣⁣⁣ 👏 Special Appreciation to Tigist Alemayehu⁣⁣⁣ Thank you to Tigist Alemayehu, our Digital Mechanization Lead & Co-founder, for leading the development of our blended insurtech product, strengthening our product and risk models, and advancing our go-to-market strategy. Your leadership is creating real impact for Ethiopian farmers.⁣⁣⁣ 🙏 Thank You to Our Mentor⁣⁣⁣ We appreciate Mr. Solomon Zegeye of Nyala Insurance S.C for his invaluable mentorship in agricultural and inclusive insurance.⁣⁣⁣ 🌾 Strengthening Our Mission⁣⁣⁣ Through BimaLab, we enhanced our integrated platform that bundles:⁣⁣⁣ 🚜 Mechanization • 🌱 Insured Inputs • 💳 Credit • 🛡️ Automated Index Insurance (72-hour payout)⁣⁣⁣ 🤝 Partnerships That Drive Impact⁣⁣⁣ Thank you to Ensuro, Nyala Insurance, and WeatherXM for supporting climate resilience and farmer protection.⁣⁣⁣ A big thank you to FSD Africa, the BimaLab team, and our fellow cohort members for a transformative experience.⁣⁣⁣ The future of African Insurtech is bright—excited for what’s ahead! 🌍✨⁣⁣⁣ #BimaLabAfrica2025 #BfarmTech #Insurtech #AgriTech #DigitalAgriculture #ClimateResilience #Innovation #FSDAfrica #DemoDay #InclusiveInsurance

👤

Venuteja P

🎉 Honored to Share a Major Advancement in Our Research Work! 🎉 After presenting my first paper, “Novel Framework for Weather Prediction Using Genetic Algorithm-Based Model Tuning,” at ICICT-2025, I’m excited to share the next step of our research direction. I recently presented our second paper titled: 📄 “Evolutionary Computing-Driven Evapotranspiration Modeling for Precision Irrigation Scheduling” at the 5th International Conference on Ubiquitous Computing and Intelligent Information Systems (ICUIS-2025). 🌱💧 While our first work focused on building an optimized ET prediction model using ANN and Genetic Algorithm, this new paper moves beyond prediction and focuses on turning ET insights into real, actionable irrigation decisions. In this extended phase of our research, we developed a complete precision irrigation scheduling system by integrating: 🔹 A hybrid synthetic + real-world environmental dataset for improved climate adaptability 🔹 A dynamic irrigation scheduling model that adjusts to soil moisture patterns, crop stages, and seasonal variability 🔹 Evolutionary Computing for optimizing irrigation intervals and water use efficiency 🔹 A predictive and threshold-based irrigation decision engine that responds to changing weather 🔹 Real-time monitoring and actuator-based automation for intelligent irrigation control 🔹 Long-term rainfall–irrigation balance analysis over 175+ days 🔹 Cross-crop efficiency evaluation across varieties like maize, rice, wheat, cotton, barley, soybean, and different irrigation systems 🌾 The goal of this paper is to transition from forecasting ET to enabling smart, data-driven irrigation, helping farmers improve yield, save water, and adapt to climate challenges. This achievement was made possible thanks to the dedication of my teammates: ✨ Akkina Aateesh ✨ Pandiri Bhaskar Praneeth ✨ Dhiyaaram S And my sincere gratitude to our mentor G.Jeya Kumar for his continuous support, encouragement, and guidance. 🙏 Looking forward to expanding this work into reinforcement learning–based irrigation control, satellite-integrated ET analysis, and edge deployment for practical, real-time smart farming. 🚀🌍 #PrecisionIrrigation #SustainableFarming #EvolutionaryComputing #IrrigationScheduling #WaterManagement #AgriTech #ICUIS2025 #IEEE #SmartAgriculture #Research #Evapotranspiration #MachineLearning