Aparna Singh’s Post

Exciting progress at VensoGrow as we trial PEWAS Innovative Chemistry hydrogels on canola seeds with our BreezeCoat™ technology!   Hydrogels are remarkable materials that can retain water up to 500x their mass and release it slowly, helping seeds to establish even in challenging, drought-prone environments. This innovative approach holds promising potential for boosting crop resilience and sustainability in drought. At VensoGrow, we’re doing everything we can to advance collaborative research and pioneer solutions to address today’s agricultural challenges. Together, we’re working towards a future where crops can thrive despite climate uncertainty. #Innovation #Agritech #SustainableAgriculture #SeedCoating #Hydrogels #DroughtResilience #VensoGrow #BreezeCoat™

Nanotech solutions for the future of farming.   At CDE, Asst Prof Tedrick Thomas Salim Lew (Presidential Young Professor, NUS Chemical and Biomolecular Engineering) and his team are developing innovative nanotechnologies to grow smarter, healthier crops.   From nanosensors that detect plant stress to nanocarriers delivering nutrients with precision, their research is paving the way for sustainable farming to address the challenges of a changing global climate and growing population.   Watch the video to see how Asst Prof Lew’s research is helping to shape the future of food security. #CDE #NUS #ForgingNewFrontiers #CDEImpact

🌍 Happy Earth Day! Today, let's spotlight the transformative impact of Ground Penetrating Radar (GPR) technology in agriculture. 🌾 As we continue to push the boundaries of sustainable farming, it's crucial to focus on optimizing resources like water and soil—they are fundamental to human survival and ecological health. Our recent project harnessing GPR to estimate soil moisture in large-scale farms represents a leap forward in this endeavor. GPR, a non-invasive method, offers detailed insights into soil properties, allowing for precision irrigation. This means water can be used more efficiently, preserving this precious resource and enhancing crop health without sacrificing yield. 🔗 I'm excited to share our findings, detailed in our latest paper submitted to IEEE Transactions on Agrifood Electronics. Dive into our research here, and read the full paper here. https://lnkd.in/eVjKp49t Let's embrace technologies like GPR that not only optimize agricultural outputs but also protect our planet for future generations. #EarthDay #SustainableAgriculture #InnovationInFarming

🌱 Microbial Engineering: Enhancing Soil & Plant Health for Sustainable Agriculture 🌾 Microbial engineering is revolutionizing agriculture by harnessing the power of beneficial microbes to restore soil health, promote plant growth, and reduce the need for chemical inputs. By optimizing soil microbes, we can: Improve Soil Fertility: Boost nutrient cycling and soil vitality. Promote Plant Growth: Enhance nitrogen fixation and pathogen resistance. Increase Resilience: Strengthen plants against climate variability and reduce water usage. Microbial engineering is key to creating sustainable, resilient farming systems that benefit both crops and the environment. How do you think microbial engineering can shape the future of agriculture? Let’s discuss! #MicrobialEngineering #SustainableAgriculture #SoilHealth #PlantHealth #ResearchInnovation

Explore cutting-edge advancements in sustainable agriculture with nano-fertilizers, highlighting their benefits in nutrient efficiency, crop yield enhancement, and environmental sustainability. Learn more in Volume 06 - Issue 11 of AgriFoodMagazine, focusing on the integration of nanotechnology in modern farming practices for a greener future. 🌱 #SustainableAgriculture #NanoFertilizers #AgriTech #GreenFarming #CropInnovation #FoodSecurity #FutureOfFarming #AgriFoodMagazine #EcoFriendlyFarming #NanotechnologyInAgri

💡 Fertiliser costs in the EU surged 149% in 2022, peaking at 350% since 2020. AgEnRes, a Horizon Europe project with €4.8M funding, promotes sustainable farming and reduces fossil fuel dependency. 📌 Learn more: https://bit.ly/3yTkCE6 💼 The AgEnRes project consortium: Wageningen Economic Research, Wageningen University & Research, Geonardo Environmental Technologies, International Institute for Applied Systems Analysis (IIASA), INRAE, Szkoła Główna Gospodarstwa Wiejskiego w Warszawie, AgroApps PC, E3-Modelling Energy-Economy-Environment SLU - Swedish University of Agricultural Sciences, Leibniz Institute of Agricultural Development in Transition Economies (IAMO), Università di Trento, Research Institute of Organic Agriculture FiBL, Bestmap, Tools4CAP, LAMASUS, Smart Farming Technology Group - Agricultural University of Athens #SustainableFarming #AgEnRes #FoodSecurity #EUagriculture #GreenFarming

🌌🌾 Bridging the Cosmos and the Crop Fields: The Untapped Potential of Satellite Technology in Agriculture Did you know? The same principles that allow scientists to decipher the chemical composition of distant planets' atmospheres are also applicable to enhancing our agricultural practices. Through the electromagnetic spectrum, we've unlocked secrets of celestial bodies millions of miles away. Yet, the question arises: why have we been so hesitant to harness this established technology more extensively for the benefit of our crops? The answer might lie in the underutilization of satellite technology in precision agriculture. This advanced approach offers a detailed understanding of agricultural fields by analyzing data on soil moisture levels, plant health, and micro-climatic conditions. Such in-depth insights enable the tailored application of water, fertilizers, and pesticides, meeting the exact needs of each plot with unprecedented precision. The potential benefits of this methodology are immense. Not only does it promise to significantly enhance crop yield and quality by providing plants with precisely what they need, but it also plays a crucial role in advancing sustainability. By optimizing resource use, precision agriculture minimizes water consumption and chemical runoff, thus protecting our ecosystems. This moment calls for a paradigm shift. If we can use technology to explore the vastness of space, why not apply the same ingenuity to revolutionize agriculture? By embracing the tools that have expanded our knowledge of the universe, we can transform farming into a more efficient, sustainable practice, securing food for future generations. Let's not shy away from integrating space-age technology into our fields. The future of agriculture lies in looking up to the stars for inspiration and down to the earth for application. #AgriculturalTechnology #PrecisionFarming #SatelliteTechnology #Sustainability #Innovation

Exciting Research Update! Anahita Kazemi Kia and Hooman Harighi are currently working on developing biodegradable, pH-sensitive hydrogels aimed at advancing sustainable applications. Their innovative approach holds promising potential for eco-friendly solutions in various fields. Stay tuned for more updates on their progress!   Sustainable agriculture and forestry are critical goals globally, yet challenges like water scarcity and land desertification hinder progress. Reducing water use in agriculture is essential, and hydrogels are increasingly used in arid regions to address this. These 3D polymer structures absorb, store, and gradually release water and nutrients, supporting plant growth and resilience. Studies show that plants in hydrogel-treated soil thrive with better morphology, physiology, and extended survival. However, enhancing the mechanical strength of hydrogels remains a key area of research to improve their agricultural applications.  #SustainableScience #HydrogelResearch #BiodegradableMaterials #GreenChemistry #Innovation

 This course explores the use of nanoscale materials to enhance agricultural productivity. Topics include nano-fertilizers, nano-pesticides, and nano-sensors, emphasizing increased efficiency, sustainability, and precision farming. Challenges such as safety, regulation, and environmental impact are also discussed.

📢 Read our Review paper 📚 Recent Advances in Encapsulation Techniques of Plant Growth-Promoting Microorganisms and Their Prospects in the Sustainable Agriculture 🔗 https://lnkd.in/gh9sTHb9 👨🔬 by Dr. Amel Balla et al. 🏫 University of Aberdeen #bioformulation #nanotechnology