Dr. Muhammad Usman Ali’s Post

This new $3.7 million lab at the University of Essex aims to develop crops for tomorrow's atmosphere today. As well as this, computer plant scanning technology will also be used to monitor plants as they grow, pinpointing precise changes in photosynthesis. Through the use of AI and robotics, the scientists will be able to develop new ideas, technologies, and strategies to predict how agriculture and the natural world are changing. https://hubs.li/Q02xn4CH0

In an increasingly digital world, the agri-food sector is adopting technology to ensure a successful and sustainable future. Through the use of robotic field cultivators, AI to improve soybean yields, and data-driven soil management practices, OAC is at the forefront of new technologies and innovations that are changing agriculture and food. Read how OAC and U of G are leading the way to a tech-focused ag future: https://uoguel.ph/bysp5

Thanks for sharing Frank Kumli As this roadmap clear shows, the Ag/Food sector is full of “wicked opportunities” for accelerating progress in our transition to the new economy. By revitalizing local economies and building more resilient communities while regenerating natural ecosystems, these initiatives will play a critical role, albeit major or minor, in advancing progress across the 17 SDGs.

🚜 Digital technologies have shaped many industries - and agriculture is one of those. ⚙️ Digital technologies have made agriculture a key topic of the Green Deal, with the aim of tackling urgent issues such as soil degradation, water scarcity, and climate change. In this regard, the two most promising technologies are Artificial intelligence (AI) and agricultural robotics. 🌿 Here, the role of agrifoodTEF is essential: the project will contribute to the direction in which the European agricultural sector is steering towards, by bringing together innovation and traditional agriculture. 📰 The main tool for connecting digital solutions and traditional agriculture is our Catalogue of Services: here, the clients can browse through all possible solutions and request tailored adjustments to have the ideal service provided to them. 🧐 Want to know more? Read our newspiece: https://lnkd.in/dRA5QbS6 👉 Check out our Catalogue of Services: https://lnkd.in/g9HYRWXr AgrifoodTEF Polska agrifoodTEF Austria agrifoodTEF Sverige AgrifoodTEF France agrifoodTEF España agrifoodTEF_Italia agrifoodTEF Nederland agrifoodTEF Vlaanderen

🎥 Deeptech Talks – episode 1 : Micropep Technologies   🌱 In this episode, we sit down with Mikael Courbot, CTO of Micropep Technologies, to explore the incredible innovations shaping the future of #AgriTech and #AgroTech. ✨Discover how Micropep Technologies’s cutting-edge technology is driving sustainable agriculture and learn about the pivotal role of CTOs in bringing these breakthrough solutions to the market. 🌍 At Supernova Invest, we are proud to support visionary deep tech projects and scientists entrepreneurs that are transforming industries and generating a significant impact on our planet. Watch the full video now and get inspired by the future of farming! Romain Sautrau Alexandre Biau Lucille Benoit #DeeptechTalks #Supernova #Innovation #Deeptech #CTO

Precision AI, Geco Strategic Weed Management, Global Institute for Food Security and Sure Growth Solutions Inc. are improving Canadian agriculture's sustainability with new AI technology. Together, they're addressing herbicide-resistant weeds in Canadian protein crops using AI technology, helping reduce crop inputs while improving yields and crop quality. Learn more: https://lnkd.in/eA85xzuV Innovation, Science and Economic Development Canada

🔬 Highlighting our impact stories: Sustainable agriculture. At VIB, our focus is cutting-edge fundamental research with a societal impact. In this featured story, we present the VIB Agro-Incubator and how it plays a role in hosting EMPHASIS on Plant Phenomics. Global challenges like climate change and population growth put a strain on the world’s food supply. Identifying superior crop varieties and understanding the genetics of agriculturally important traits is crucial to achieving food security and yield stability. Plant phenotyping is an important tool in this search. It uses non-invasive imaging, sensing technologies, robotics, and AI to study and analyze various plant traits. The European Infrastructure for plant phenotyping, EMPHASIS, allows researchers across Europe to use high-end plant phenotyping facilities and services. 📖 Visit our Annual Report to learn more about our research and its impact on the scientific community and society at large ➡️ https://lnkd.in/ebsEuxyJ hashtag #VIBTechnologies

🌱 AI for Sustainable Crop Production Researchers at the University of Bonn are pioneering the use of artificial intelligence to optimize nitrogen fertilizer application and make agriculture more sustainable. By analyzing data on soil nitrogen levels, weather patterns, and crop growth, their AI models can determine the precise amounts of fertilizer needed for specific areas or plants. This "precision agriculture" approach enables more efficient use of resources while maintaining yields. The AI system can also forecast potential issues like nutrient deficiencies before they occur, allowing preemptive actions to reduce excessive chemical inputs. The digital revolution in agriculture is already closer than one might think. Exciting times for agritech! 🤖🌾 #Sustainability #Innovation #GreenTech

As I stood next to this advanced piece of machinery, I couldn't help but reflect on how far we've come in the agricultural sector. The field of plowing has seen tremendous innovation over the years, transitioning from traditional methods to highly efficient, tech-driven solutions. This evolution is not just about improving efficiency and productivity, but also about sustainable farming practices and precision agriculture. Today's plows are designed with GPS technology, soil sensors, and AI integration, allowing for real-time data analysis and optimal land utilization. This means we can now plow fields with unprecedented accuracy, reducing waste and maximizing crop yields. For someone who has studied agricultural science and developed the Abuti Spinach app, which aids farmers with consultancy services using AI, witnessing such advancements firsthand is inspiring and motivating. It's a testament to the potential of technology in revolutionizing traditional industries and creating more sustainable futures. Let's continue to innovate and embrace these technological advancements, ensuring agriculture's prosperous and sustainable future. #Agriculture #Technology #Innovation #SustainableFarming #PrecisionAgriculture #AI #Plowing #abutispinach

"Excited to share my latest achievement! 🌟 Honored to have presented my paper, 'Smart AgroHub: Integrating AI for precision farming and agricultural Sustainability,' at the National Conference on Recent Trends in Analytics and Computing Technologies (RTACT 2024) organized by SIMATS Engineering. 🎓 This certificate marks not only the culmination of hard work but also a commitment to excellence in engineering. Grateful for the opportunity to contribute to advancements in the field. 🚀 #EngineeringExcellence #RTACT2024 #AI #PrecisionFarming #Sustainability #SIMATSEngineering"