The NUTRIGEO L® prebiotic, developed by Gaïago in collaboration with UniLaSalle, enables a 31% increase in root biomass and a 58% increase in aerial biomass, according to researchers at BIOMES.
Source: La Ferme Digitale, published under the title "Une nouvelle avancée scientifique pour Biomes sur la caracté..." - 21 October 2025
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A study investigates the impact of biochar rates on the biological properties of soils, enhancing health, microbial activity, and enzymatic functions. With high carbon content and alkaline pH, it promotes carbon sequestration, fertility, and structure, while reducing salinity risks, with no toxic substances detected.
Source: Springer, published under the title "Effects of varying biochar application rates on the biologic..." - 13 October 2025
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Biochar from Anthriscus sylvestris: An Agritech Innovation for Antibiotic Water Decontamination. A study demonstrates exceptional adsorption of tetracycline and ciprofloxacin by activated biochar. An economical and ecological solution to the pharmaceutical pollution of wastewater.
Source: Springer, published under the title "Effective Adsorption of Pharmaceuticals by Plant Based-Activ..." - 3 October 2025
Read moreThis study reveals how antibiotics like ciprofloxacin spread in saturated porous environments, inhibiting their transport via sediment particles. Mechanisms such as adsorption, electrostatic interactions, and sedimentation play a key role, threatening human health and sustainable agriculture. Understanding these dynamics helps assess ecological risks and develop innovative technologies to purify agricultural waters and soils. Simulation models predict these behaviors, promoting more effective environmental management in agritech.
Source: Springer, published under the title "River Sediment Particles-mediated Transport of Ciprofloxacin..." - 2 October 2025
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