ETH SOIL - BIO-POWER FOR HEALTHY SOILS’ Post

👉 Be one of the first to read this new scoping study on organic and biological fertilisers in Africa! https://lnkd.in/eK9PGaSh #DeSIRA, #DeSIRALIFT

💡 We believe organic and biological fertilisers play a crucial role in improving soil health and agricultural productivity in Africa. Various initiatives exist on the African continent to produce and market organic and biological fertilisers. Though not a silver bullet solution, these fertilisers are an essential ingredient to integrated soil health management. 📢 Read this new scoping study, exploring the potential (and limitations) of organic and biological fertilisers in Africa. The study was recently finalized by a small team, led by Prof. Bernhard Freyer. Hot of the press!! Summary: https://lnkd.in/evwEp7rF #DeSIRA, #DeSIRALIFT, #AFSH, #SoilHealth, #agroecology

What Agricultural Work Women Do? #plant #resistant #stress #crop #cropprotection #bioinformatics #agriculture #insects #pests #fertilizer #agriculturebio #crops #yield #yieldmanagement #digianalix #digianalixbiotechnology #digianalixbioinforamtics #digianalixbiosciences #digianalixdatasciences #science #bioscience #bioit #digianalixbioit #digianalixINDIA #biotechnology #plants #plantscience #agriculturebiotechnology #agrifood #food #highyield #cropproduction #cropscience #cropyield #biotechnologyindustry #bioinformatician

The study explores the efficacy of #silicon #nanoparticle-based #biochar (Si-BC) in enhancing #wheat growth under saline soil conditions. Results show significant improvements in various growth parameters and physiological attributes, indicating the potential of Si-BC as a sustainable solution for mitigating #salinity stress in #agriculture. https://lnkd.in/gkWHBNXq

🌿 Harnessing Biochar and Fungi for Agricultural Innovation 🌿 Biochars are highly configurable! There are new benefits for crop results and soil health being discovered almost daily. Take this recent study from Alberta, Canada, which highlights the beneficial interaction between arbuscular mycorrhizal fungi (AMF) and biochar. Researchers found that Paraglomus, a specific type of AMF, selectively colonized biochar in intensively managed soil. Paraglomus is typically found in organically managed soils and forms symbiotic relationships with plant roots, enhancing nutrient uptake and soil fertility for crops like tomatoes, corn, wheat, fruit trees, potatoes, and even grapevines. This discovery underscores the versatility of biochar. By tailoring biochar to attract specific beneficial fungi, we can tackle diverse agricultural challenges, from nutrient deficiencies to repairing poor structure in intensively managed soils. As a powerful tool for improving crop yields and promoting sustainable farming, biochar holds great promise for the future of agriculture and environmental stewardship. We look forward to the evolution of the science as more studies are published. https://lnkd.in/gv5rUtxN

  ☘ Fshow featured exhibitor – HUMA,LNC 🍀 Huma...harnessing the power of ancient sunlight. It is a 50-year.old company, and the products are millions of years in the making Inspired by one of earth's most precious resources, humus, it harnesses the power of ancient sunlight to vitalize life in the soil, crops and water, formerly known as Bio Huma Netics®, the company has united the company name and all brands under Huma®: a name that reflects both the power and nurture of Mother Nature. Through company-owned humate mineral rights, it sources raw materials to create our extensive range of liquid, dry, and water soluble humic-based products that stimulate beneficial microbial activity to empower customers with premium crops, healthy soil, and clean water. The company also processes those raw materials to create proprietary Micro Carbon Technology": a unique blend of extremely small carbon- and oxygen-rich organic molecules. This breakthrough technology is the core ingredient that powers all liquid products and sets it apart. The company has dedicated itself to investigate, innovate, implement and improve the use of humic substances to align with soil health initiatives and regenerative agricultural practices. 🌱 Main Products: VTOL, BREAKOUT, JACKPOT, SUPER NITR SUPER PHOS, SUPER POTASSIUM, MAX PAK, 44 MAG, Z-MACALCIUM, IRO-MAX, PROUD 3, PROMAX, X-TEND, FULVI PR Zap, Huma Pro 16, Fertil Soil, Fertil Humus, Sil-K 🌿 For further information regarding Fshow, please refer to https://lnkd.in/gh-qTgde #fertilizer #agriculture #farm #plant #Seaweed #farmers #farming #biofertilizer #biostimulants #organic #planting #agrochemicals #crops #micronutrients #humic #Potash #phosphates #chemicals #Potassium #trade #produce #water #nutrients #exhibition #FSHOW #seed #irrigation #AGTECH

Our collaborative study of 10-year field observations reveals that cereal–legume #intercropping improved net yield gain and soil #OrganicCarbon (#SOC) storage in the topsoil while declined in the subsoil. The increase in soil nitrogen (13.3%) across soil profile resulted in 14.5% decrease in soil C/N. #Microbial growth was evidently stimulated to accelerate SOC decomposition, contributing to the stability of the existing SOC pool. Our results suggest that the adoption of intercropping indeed can improve land use efficiency at a relatively long time scale, but its functional role in subsoil #carbon storage and stability needs to be reconsidered. https://lnkd.in/dryjGX9P Elsevier The University of Western Australia (UWA) Lanzhou University UWA Sage The UWA Institute of Agriculture

This study evaluates biochar's impact on soil fertility and bean productivity in Pernambuco. Biochar, especially at higher dosages, significantly improves nutrient availability and soil chemistry, making it a sustainable alternative to synthetic fertilizers and enhancing crop yields in rainfed agriculture. #Biochar #Pyrolysis #CarbonCapture

🌱🔬 Scientific Insight: Soil Organic Carbon in a Long-Term Experiment In our recent paper, we observed a general decline in soil organic carbon (SOC) in long-term agricultural experiments. After 55 years, residue management significantly reduced SOC depletion compared to systems where residues are simply incorporated. Curious to learn more? Reach out and explore our findings in the #Soil&TillageResearch paper. This research was conducted at DAFNAE - Dip. di Agronomia, Animali, Alimenti, Risorse naturali e Ambiente - UniPD

Enhancing Soil Health with Biochar: New Insights from Recent Research A recent study published in the European Journal of Soil Biology has revealed intriguing insights into the effects of biochar on soil micro-food webs, particularly in sandy loam soils. Conducted within a wheat cropping system, the research evaluated four key treatments: * Inorganic Fertilization (IF) * Organic Fertilization (OF) * Inorganic Fertilization + Biochar (B + IF) * Organic Fertilization + Biochar (B + OF) 1. The findings showed that the impact of biochar is fertilizer-dependent: With Inorganic Fertilizer (IF): Biochar increased microbes and nematodes but led to a decrease in higher-level organisms such as omnivores and predators. 2. With Organic Fertilizer (OF): Biochar significantly boosted both microbial and nematode populations, enhancing the abundance of even omnivores and predators. 3. The mechanisms behind these changes varied by fertilizer type. For inorganic fertilizers, biochar reduced nitrogen and dissolved organic carbon, indirectly influencing microbial communities. Meanwhile, with organic fertilization, biochar improved soil pH and root biomass, directly fostering beneficial microbial growth. Takeaway: This study reinforces biochar’s potential to enhance soil health when combined with organic fertilizers, driving positive changes in the soil's biological properties. These insights open the door to more sustainable agricultural practices, optimizing biochar applications for healthier soils and better crop yields. #Biochar #SoilHealth #SustainableAgriculture #OrganicFarming #SoilBiology #RenuEarth