ADAMA Ltd.’s Post

Cultivating Growth with Advanced Nano-Coating Technology: NanoCote™ Our nano-coated technology is an environmentally sustainable crop solution for improving plant uptake of agricultural inputs. Product Benefits: - Evenly coats every particle with nutrient enhancing nanoparticles - Significantly reduces dust and material buildup - Enhances soil moisture and nutrient dispersion - Increases nutrient uptake and crop yields - Designed for regenerative agriculture

Leveraging Microbial Technology for Enhanced Crop Resilience and Sustainability: Earnest Agriculture has developed a novel, patent-protected microbial consortium that offers a multifaceted approach to agricultural challenges. Applied as a seed coating, this consortium acts as a biological shield, protecting crops against a range of diseases, pests, and even drought stress. Through their synergistic interactions, these beneficial microbes have demonstrated the potential to: • Enhance crop yields by up to 700% compared to conventional methods. •Reduce reliance on synthetic chemical inputs, promoting a more sustainable agricultural approach. •Improve soil health and fertility, contributing to long-term productivity and ecosystem resilience. •Increase crop tolerance to abiotic stress factors such as drought and salinity, bolstering adaptability in the face of climate change. Earnest Agriculture technology represents a significant advancement in sustainable agriculture, offering a promising solution for improving food security and environmental health. The company is currently partnering with leading agricultural stakeholders to bring this innovative product to market and revolutionize crop production practices.

Ecoplow has been designed for agricultural work that does not damage the soil, and doesn't alter the synergy between the elements of the environment (plant, soil, air). Ecoplow represents a new model for a better and more efficient farming, in which the physical chemical and biological properties of the soils remain unaltered and undamaged, bringing sustainable farming in harmony with the environment and human well-being. This technology is applied through a revolutionary multi-purpose device which cuts horizontally, thus maintaining each layer of the ground in its place and turning each field into a natural water reservoir and sustainable natural fertilizer bio-factories, lowering the need for agrochemicals.

#AgBioTech is a critical category from an upstream #agriculture innovation perspective. #AgBioTech along with #ControlledEnvAgTech are the only two categories that have witnessed increased investment over previous years despite the 'funding winter'. For achieving improved #crropproductivity and enhanced #farm RoI, sustainable alternate #AgriInputs and solutions will gain prominence in the coming years. Report Credits: ThinkAg

Is it possible to grow clean organic plants on soil contaminated with radiation and heavy metal salts? Yes, it is possible. Our technology is a method of reducing radionuclide contamination of agricultural products, in which a radiological protector containing sapropel, fermented chicken manure compost, zeolite, glauconite, and live cells of the bacterium Azotobacter chroococcum are introduced into the soil contaminated-with radionuclides before planting crops.

🌍 What takes more energy to produce: chicken, tomatoes, salmon, or sourdough bread? 🤔 Surprisingly, raising 2.2 pounds of chicken requires just a third of the energy needed for the same weight of tomatoes, while only farmed salmon requires more energy. Credit: Dirt to Dinner. 💡 Would this affect your food choices? It's important to acknowledge that having the luxury of making climate-conscious food choices is a privilege not everyone enjoys. Nonetheless, companies like Bayer are working to make agriculture more sustainable and resource-efficient. Which technologies and innovations do you believe hold the most promise in making agriculture more resource-efficient and accessible to all?

Ceres, Inc. released a report on reducing #agricultural #emissions that discusses solutions and metrics around #EnergyAudit #RenewableEnergy #ElectricVehicles and #biofuels -- as a (former) farm kid I love that #EnergyTouchesEverything and the minds that work on complex solutions. "The difficulty of reducing agricultural emissions is further exacerbated by increasing global food demand, socially driven dietary habits, physical impacts of record droughts, record heat, floods that are already impacting agricultural yields, and the complex structure of global supply chains. " Edison Energy

🌱Although innovations in abiotic stress solutions are emerging, we are only beginning to explore the possibilities. The field remains challenging with many research avenues yet to be explored. 📄 Our new paper examines current approaches and solutions, discusses the challenges faced by researchers, and suggests ways to advance this exciting area of innovation. 📚 Read our paper now to learn more about this transformation journey in agriculture: https://ow.ly/ZSmf50SfbLe #Croda #CropCare #CropProtection #Innovation #AbioticStress #ResilientCrops #Agrochemicals #Whitepaper

INERA Crop science Breakthrough Biologicals some time ago Organised Megha Farmers meeting in Chilli growers at Nimad area and focus All New STREAC Technology A biological agricultural product refers to any product used in agriculture that is derived from living organisms, such as plants, microbes, or other biological sources. These products are often used in sustainable farming practices to enhance crop yields, improve soil health, or control pests and diseases naturally, without relying heavily on synthetic chemicals. As for a company vision in this field, it typically revolves around promoting sustainable agriculture, enhancing food safety and quality, and minimizing environmental impact. Such a company might envision a future where farming practices are harmonious with nature, where farmers have access to innovative biological solutions that increase productivity while preserving natural resources. The vision could also include empowering farmers with knowledge and tools to adopt sustainable practices that ensure long-term agricultural productivity and resilience in the face of global challenges like climate change..

Happy to share Ceres, Inc. new report that I co-authored with Caroline Grunewald -- Cultivating Innovation: Practical Solutions for Companies to Reduce Agricultural Emissions. https://bit.ly/3QN8QSf We know that addressing scope 3 supply chain emissions are the linchpin to transitioning to a 1.5°C future, with agriculture being the largest driver of these emissions for food and beverage companies. Though many companies have set ambitious targets to reduce their emissions, most food companies do not yet fully know how they will achieve those targets, and some of the solutions they need to implement may not yet exist. Our new report highlights the innovative technologies, from next gen fertilizers to rice that can be grown in dry conditions, that are being developed to help the sector close the gap to 1.5°C and address the hard-to-abate agricultural emissions. The report also highlights tangible ways companies can help accelerate the development and adoption of these technologies in their supply chains with many examples of how companies are already tapping into the innovation pipeline to make progress towards their climate-related goals. Addressing climate change is an urgent issue, and we must tap into all types of solutions to mitigate the most extreme potential impacts. Along with existing & proven practices such as regenerative agriculture as well as making efforts to cut meat consumption and food waste, these innovative technologies will be needed to help address the remaining emission gap while also ensuring there is enough food to sustain a growing population. Thank you so much to all those who provided feedback on the report!