Did you know biochar can reduce leaching of nutrients like nitrogen and phosphorus into waterways? However the source of biochar can affect the properties. Over the next few years, we'll be looking at working with some growers and researchers to see how our wool biochar pellets work with crops and grass. ● Does it reduce leaching into waterways? ● Are the nutrients still available to root systems? ● Does charged biochar provide slow release of fertiliser without leaching? ● Is there a difference in scoured vs unscoured wool as a base? ● Is there any herbicide contamination? ● Does the pellet form reduce particulate matter? Or is a liquid form better? ● Can we introduce it at correct depth (30-60cm) with current seed drill machinery? or liquid injectors? There's so much to learn but the science could be so valuable to our growers AND our waterways. We look forward to the journey. #growwellwithwool #sciencegeek
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Researchers at the University of Illinois Chicago have found that aquaponics wastewater can be an effective medium for growing lettuce hydroponically. They tested wastewater from aquaponic systems combined with hydrothermal liquefaction (HTL) aqueous phase, which is rich in nutrients. Their study showed that using up to 8% HTL-AP in the growth medium supports seed germination. This approach could recycle wastewater and reduce the need for traditional fertilizers, though further research is needed to address potential toxic compounds and optimize nutrient availability for plant growth. For more details, visit the full article here: https://lnkd.in/eyVeWMiH #wastewater #waterreuse #wastewatertreatment
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Learn about some of the factors that determine plants' ability to adapt to drought and thrive in different types of soil! Plants vary in their ability to withstand drought or thrive in different types of soil due to a range of factors, which include: ➡️Physiological adaptations are represented in: ✅Roots: Plants that live in dry conditions often have deep or widespread roots to absorb as much water as possible. While plants in moist soil may have shallow roots. ✅Leaves: Drought-resistant plants may have small, thick leaves, or they may be covered with a waxy layer to reduce water loss through evaporation. Some plants, like cacti, use their leaves to store water. ➡️Biochemical adaptations are represented by: ✅Internal production of materials: Some plants produce chemicals such as proline and sugars that help retain water within the cells and protect them from dehydration. ✅ Regulation of Stomatal Openings: Plants control the opening and closing of stomata, which are small openings on the surface of leaves, to reduce water loss during dry periods. At Chem Galaxy, we provide you with the necessary technical support to achieve maximum productivity. Contact us for more information. #DroughtResistance #PlantAdaptation #SoilHealth #WaterConservation #SustainableAgriculture #PlantPhysiology #CropCare #FarmingSolutions #AgriTech #PlantScience #DroughtTolerantPlants #SoilManagement #PlantGrowth #AgriculturalSupport #WaterEfficient #StomataRegulation #RootSystem #Horticulture #FarmersLife #ChemGalaxy #CropProtection #GreenFarming #AgriInnovation #FarmProductivity #SustainableFarming
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Iowa’s corn and soybean acres have demonstrated a strong commitment to soil health, maintaining an 80.4% average for phosphorus soil testing since 2017. This practice is essential for understanding where phosphorus is most needed, ensuring optimal plant growth and enhancing soil health. What's even more impressive is that 92.4% of soil-tested acres apply phosphorus fertilizers only when soil levels fall at or below optimum. This reflects a proactive approach from Iowa farmers and retailers in responsible phosphorus application. By prioritizing soil testing, we're not only enhancing crop productivity but also promoting sustainable practices that protect our environment for future generations. Click here for more information on current progress >> https://bit.ly/4gMGAdy #SoilHealth #PhosphorusManagement #SustainableAgriculture #IowaFarming #AgInnovation
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During our less rainy season here in Florida, it is important that we implement Best Management Practices (BMPs) that help reduce dust in the air. An example would be to hydroseed exposed soils that are not active. This process involves a combination of fertilizer, seed, and polymer that is applied over an area. It is important to understand the type of seed and the amount of water to apply for a successful application. #bmps #erosioncontrol #hydroseed #kcinow #swppplife
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Field Day Trials In our endeavour to develop the worlds best permanent crop precision soil development systems we are proud to unveil our 2 pass Vibrosoiler and maximiser deep fertiliser injector soil development systems With many minerals immobile in the soil, for sustainability it’s critical to get amendments fertilisers ,compost and gypsum (as required) deep into the soil column and well blended to stabilise the soil under irrigated conditions allowing new efficient root growth Technique For this sustainable blueberry orchard, we started with a detailed soil survey by John Rasic this survey determining constraints and chemistry, then subsoiled to the soil database requirements adding 100 Tons of organic matter plus sulphur and fertilizers blended through the soil column With multiple passes , drawing in topsoil and Organics each pass ,blending the good Organics thru the profile to 2.5’ Truly a soil’s first approach, the best and cheapest investment is in the soils ! #soilfirst #organic #sustainable
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Is the turf industry to blame for all our environmental woes? Definitely not! Turf is a cover crop, and as the experts know, cover crops are the best way to sequester carbon. Because they have the ability to hold carbon, nutrients, and water, carbon-based fertilizers help to keep our open spaces healthy for everyone in our communities to enjoy. The growth in demand for carbon-based fertilizers has helped to make this argument even stronger. Listen and learn how to defend the beautiful turf that you grow!
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📸 Photographic Documentation of the Soybean Campaign with Biochar Curious about how biochar transforms soybean cultivation from planting to harvest? We've prepared a photographic compilation that takes you through every stage of this summer campaign. 🌾Discover: 🌱Crop Growth: Witness the journey of soybean from its first sprouts to harvest. 🌿Biochar Behavior: Understand how biochar integrates into the soil throughout the agricultural season, unlocking its benefits. 🔬Monitoring: Explore evaluations of soybean nodules, pod filling, soil pH analysis, and moisture levels. 🔍Analysis: Compare the differences in soils with biochar and observe the positive effects on the crop compared to soils without biochar. 🌍Join us on this visual journey showing the real impact of biochar in the field. 💡Support and share this content to spread key insights and promote change #Biochar #ExomadGreen #CDR #SoilHealth #SustainableAgriculture #Soybean #CarbonRemove
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A wide range of factors can lead to poor soybean nodulation. This reduces the biological fixation of atmospheric nitrogen, which delivers up to 75% of your soybean crop’s total nitrogen needs. LCO is a unique molecule that stimulates mycorrhizal association in your crop, promoting early nodulation. So, in soils that don’t promote good nodulation, an inoculant with LCO Promoter Technology® can be the key to encouraging earlier root and shoot growth and improving yields. Learn more about how Optimize® FXC DS can boost soybean resilience and performance across a wide range of environmental conditions 👇 https://lnkd.in/g_wkca8D #Novonesis #Biosolutions #Enzymes #Sustainibility #BioAg #Agriculture
Optimize® FXC DS
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Did you know that up to 40% of applied nitrogen can be lost to volatilization or leaching? 💸 That's where StrongSoil® comes in. By optimizing nitrogen fixation and improving its availability, StrongSoil helps your crops get the nutrients they need while cutting down on waste. Better nitrogen efficiency means healthier soil, bigger yields, and more profits for your farm. Learn more at https://lnkd.in/eUV8UysK #SoilHealth #NitrogenOptimization #RegenerativeAg #FarmBetter
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KEY FACTS | NutriSphere NL is a UREASE inhibitor - Proven crop quality through improved NUE - Achieves zero impact on soil biome - Potential to reduce nitrogen inputs through increased efficiency - Suppresses urease activity - Improves yield response to nitrogen - Reduces impact of nitrate loss into soil pore water and waterways NutriSphere NL is a game-changer for farmers looking to enhance their nitrogen use efficiency and achieve higher crop yields. The extensive research and field trials conducted in both the UK and the USA provide solid evidence of its effectiveness in reducing nitrate losses and improving nitrogen availability. By incorporating NutriSphere NL into your fertilisation program, you can achieve better crop performance, contribute to sustainable farming practices, and ultimately increase your profitability. Read our blog below and find our Nutrisphere NL brochure at the bottom to find all of the testing and results. #ureaseinhibitor #nitrogenuseefficiency
Boost Your Crop Yield with NutriSphere-NL, The Ultimate Solution for…
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