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Revolutionizing Agriculture: Smart Hydrogel Technology Tackles Nitrogen Fertilizer Waste A novel approach has been revealed by researchers to mitigate the significant waste and environmental harm that nitrogen fertilizer runoff causes. We can now monitor the nitrate levels in agricultural runoff and recover and recycle this important resource back onto the land, thanks to cutting-edge hydrogel technology. This innovation, which came from a top research facility, demonstrates how clever farming techniques have the power to completely transform agricultural processes. Nitrate may be effectively transformed into plant-friendly ammonia by the use of electrochemical processes in a copper-based hydrogel, which lowers pollution and improves nutrient recycling. This technology also functions as a conversion catalyst and a nitrate sensor. Farmers may maximize the use of water and fertilizer, resulting in healthier crops and higher yields, by detecting and reacting to nitrate concentrations in irrigation water. Significant environmental benefits result from lower nitrate pollution, which also reduces greenhouse gas emissions and lessens damage to soil, rivers, and marine habitats. This system's adaptability and scalability present encouraging prospects for broad adoption, with the possibility of integration into current irrigation infrastructure that is fueled by renewable energy sources. Let's celebrate this encouraging first step and strive towards a future where farming works in harmony with the environment as we set out on our road towards more sustainable agriculture. #SustainableAgriculture #Innovation #EnvironmentalProtection #FarmingTechnology References: https://lnkd.in/d22nnJUB

🌱🌾 Discover the Future of spraying with SmartStriker X solutions!🌾🌱 We are excited to share a revolutionary approach in agricultural practices that's not only cost-effective but also environmentally friendly. We share our results on a comparaison of SmartStriker X smart spraying solution applied on a field with a 40% weed infestation, comparing four different herbicide application methods proposed by SmartStriker X solution. Here's what we found: 1️⃣ Broadcast Conventional Application: The traditional method, applying 100% of the herbicide dose across the entire field. 2️⃣ Dual Dose Application: A more advanced technique, which applies 86% of the dose, targeting weeds at full dose and a blanket dose elsewhere. 3️⃣ Spot Spraying: This method targets specific weed-infested areas, reducing herbicide usage to 71% of the standard dose. 4️⃣ Modulation: The game-changer! This innovative method applies only 43% of the chemical dose, targeting only weeds with a dose proportional to their biomass. The results are in, and they're astounding! 🌟 Modulation stands out as the clear winner. By applying chemicals only where needed with the rigth dose, this method dramatically reduces the quantity of chemicals used. This not only cuts down on treatment costs but also minimizes environmental impact, ensuring healthier crops and higher yields. Embracing modulation in herbicide application is a crucial step towards sustainable agriculture. It's not just about saving money; it's about preserving our planet and ensuring a healthier future for farming. Join us in this green revolution! 🚜💚 Future of spraying is already there ! #SmartFarming #SustainableAgriculture #EcoFriendlyFarming #FutureOfFarming #Agritech #PrecisionAgriculture #GreenOnGreen #GreenOnBrown

U.S. Agriculture Secretary Tom Vilsack has proposed modifying tax credit requirements for crops used in renewable fuel production, aiming to give farmers more flexibility in meeting biofuel standards. Current requirements, such as cover cropping and no-till farming, can be challenging. The USDA advocates for a system allowing diverse sustainable practices, supporting broader participation in biofuel markets. These proposals are part of discussions with the Treasury Department on the upcoming 45Z clean fuel credit, set for January implementation. #USAgricultureSecretaryTomVilsack #TaxCredit #Crops #RenewableFuelProduction #Farmers #BioFuelStandards

🌱 Exploring Soil Carbon Sequestration Projects🌱 The agriculture sector is increasingly becoming a focus for voluntary carbon market projects. Soil carbon sequestration, through regenerative agricultural practices like no-till farming and cover crops, is seeing significant interest. Here are some methodologies and protocols for soil carbon projects: 🇺🇸 ACR: The 'Avoided Conversion of Grasslands and Shrublands to Crop Production' methodology includes soil carbon sequestration for generating carbon credits. 🇦🇺 Australian Carbon Credit Units: Two methodologies, 'Estimating sequestration of carbon in soil using default values method' and 'Estimation of soil organic carbon sequestration using measurement and models method,' guide soil carbon projects. 🌍 Verra: The 'VM0042 Methodology for Improved Agricultural Land Management' quantifies GHG reductions and SOC removals from improved agricultural practices. 🇫🇷 Label Bas Carbone: The 'CarbonAgri' methodology allows for carbon storage in soil and biomass in agricultural operations. 🌐 Nori: The US VCM platform offers 'Regenerative Tonnes,' representing 1 tonne of carbon removed from the atmosphere and stored in the soil for 10+ years. It recently announced issuance of 365,000 credits under the Bayer Carbon Program which encourages farmers to enrol and pays them for implementing carbon-smart farming practices that generate carbon credits. 🇨🇭Gold Standard: recently expanded it Soil Organic Carbon (SOC) Framework Methodology, originally released in 2020. This "umbrella methodology" now includes modules for zero tillage and consultations for cover crops and managed pastures. It sets consistent quality standards for SOC activities and supports diverse projects from small-scale land use to large-scale industrial farming. The framework allows various SOC improvement approaches, such as improved tillage practices, organic soil improvers from pulp and paper mill sludges, and biostimulants for soil revitalization. Read the full details on methodologies and projects driving carbon sequestration in agriculture! 🌾🌍 #CarbonSequestration #RegenerativeAgriculture #SustainableFarming #ClimateAction #CarbonCredits #SoilHealth #AgricultureInnovation #GHGReduction

🌱🌞 Exciting insights from the #Agrivoltaics Industry Forum in Strasbourg! Darrell Leroux from the National Farming Federation of France FNSEA sheds light on agrivoltaics as a sustainable land use that marries agriculture with solar energy without compromising farm production. 🚜💡 Once viewed with skepticism, agrivoltaics is now emerging as a viable solution in France, where regulations have evolved to ensure that agricultural production remains the primary focus, alongside renewable energy generation. 📈🌾 𝗞𝗲𝘆 𝘁𝗮𝗸𝗲𝗮𝘄𝗮𝘆𝘀: ⚡ Only a small fraction of farmland is suitable for agrivoltaics, aiming to protect agricultural integrity. ⚡ New laws define and safeguard the essence of agrivoltaics, distinguishing it from projects that prioritize solar over farming. ⚡ The concept is attracting interest for its dual benefits: enhancing farm resilience to climate change and providing an additional income stream. ⚡ Ensuring fair distribution of benefits among farmers, landowners, and investors is crucial to support the agricultural community and prevent land competition. Find out more details in the interview. #RenewableEnergy #SustainableFarming #Intersolar Sarah Hommel de Mendonça

Nurturing Growth, Sustaining the Future: The Agricultural Hydrogel Agricultural hydrogels are emerging as innovative soil conditioners that enhance water retention and nutrient release, improving soil quality and promoting robust plant growth across various soil types. They offer a sustainable approach to agriculture by reducing chemical fertilizer dependency and minimizing environmental impact. #sustainable #soilhealth #hydrogel #agriculture https://lnkd.in/gKv78SiW

Discover how the EU-funded VALUE4FARM project is transforming agriculture! By combining renewable energy with sustainable farming practices, we're helping farmers across Europe reduce reliance on fossil fuels and chemical fertilizers, while boosting food production. Watch to learn more about the innovative solutions shaping the future of sustainable farming!

Our technology is playing a crucial role in ensuring clean water for controlled-environment agriculture. Evonik, one of our partners, sees the importance of this mission as well. On behalf of Evonik, scientists of the Forschungszentrum Jülich (FZJ) are testing what Evonik’s water treatment service approach can do for plant and root health. HPNow technology, used to generate hydrogen peroxide on site, plays an important role in this service-based approach. The FZJ experiments include the use of hydrogen peroxide to combat germs. “Our new approach works with any standard disinfectant,” says Stephan Neumayer, senior manager in Business Development at Active Oxygens, the Evonik business line that primarily produces hydrogen peroxide. “But hydrogen peroxide has clear ecological advantages.” At Jülich, the hydrogen peroxide required is produced in the research greenhouse itself, by a GOgen™ device. “The quantities that the device delivers are completely sufficient for this application,” says Neumayer, emphasizing the service model for irrigation water treatment. “This way of thinking is still young in a company that has been manufacturing and selling chemical products for generations,” says Neumayer. But the trend is towards “anything as a service”. Instead of just chemical products, Evonik will market the complete solution as a package, consisting of product, technology, and know-how. We at HPNow are thrilled to be a part of this new approach. Read more about this in the latest edition of Evonik's innovation magazine, Elements: https://lnkd.in/dRcH9jz6 #cleanwater #sustainableagriculture #hydrogenperoxide #HPNow #innovation #agritech

#Agri-PV in Portugal: How to combine agriculture and #photovoltaic production The projects #payback periods are around 4–5 years and it is concluded that Agri-PV worth more than only PV or only #agriculture productions, verified by a #LER higher than 1

Direct Driller Magazine, Issue 25 What is the Best Way to Measure Soil Carbon Stocks? A Guide to Choosing a Project Developer for Soil Carbon Revenues by Dr Harry Kamilaris from Agricarbon "Soil’s capacity to remove atmospheric CO2 and increase stored organic carbon is bringing new commercial opportunities for farmers. However, the market and regulatory landscape is still evolving and different Carbon Project Developers (CPDs) – companies who partner with farmers to create and sell carbon credits – have adopted a variety of different methodologies..." Read on, here: https://lnkd.in/e5ZTM5tP #directdrillermagazine #sustainablefarming #agriculture #regenag