Environmental Paper Network’s Post

Are you looking for a simple, efficient and sustainable alternative to collect biological samples from plants, fungi, insects and parasites? LeafSaver is our new collection card designed to capture diverse small Eukaryotic organisms. Engineered with a protective cover, LeafSaver allows for live collection and direct application of biosamples onto the specialized collection paper, with no need for complex preparation beforehand. Its material allows for transportation and long-term preservation of nucleic acids at ambient temperature for over two decades. This eliminates the need for specialized storage conditions, simplifying logistics and reducing costs associated with cold chain transportation. 🌍 Learn more: https://lnkd.in/dT57uNWs #innovation #lifesciences #WePurifyandProtect #sustainability

Do you know which morphological parameter best describes your plant phenotype? Accurate leaf segmentation is just the first step in a proficient analysis pipeline. To efficiently describe plant phenotype, multiple parameters can be utilized. Plant Area is a go-to parameter that provides a solid estimation of plant development. For deeper insights, more complex parameters related to Symmetry, Circularity, and Compactness can be employed. In this example, Compactness—defined as the ratio between Plant Area and Convex Hull Area—proved to be the most robust metric to describe the impact of temperature elevation over a collection of Arabidopsis plants. For more details, visit our website: https://lnkd.in/dzUHtpcS Credit to Dr. Martijn van Zanten, Dr. L.B. (Basten) Snoek, Dr. A. (Ava) Verhoeven, Dr. V. (Valerian) Meline (Utrecht University)

𝗠𝗲𝘁𝗮𝘀𝘆𝗻𝘁𝗵𝗲𝘀𝗶𝘀 is a human-engineered process that transcends traditional biological synthesis by leveraging alternative energy sources, controlled environments, organic and/or non-organic inputs to generate organic matter, enabling scalable and resilient production beyond natural constraints. #Metasynthesis #ExponentialFoodTechnology #LABTORY #CULTURY #CellularFoodProduction #CelledFood #ProSweets #IMPACT #LSFM #ILGI #ICBT #ZHAW

Pleased to announce the publication of our research in 3 Biotech! 🌱 We explored the potential of Acinetobacter calcoaceticus to mitigate aluminum toxicity in wheat (Triticum aestivum). Our findings highlight its role in enhancing plant growth, photosynthesis, antioxidant defense, and nutrient balance under stress conditions. This study contributes to advancing sustainable agriculture and addressing heavy metal contamination challenges. https://lnkd.in/dXSr2Gnc #SustainableAgriculture #PlantStressBiology #PGPR #SoilRemediation #AluminumToxicity #3Biotech

The conversation continues! I am always grateful that South Africa has some of the best regulations to protect our consumers and farming community. However, as global innovations evolve at a rapid pace, we must remain vigilant to ensure we don't fall behind and lose our competitiveness. Our challenge is to ensure that our regulations not only safeguard but also stay ahead of the curve of these groundbreaking innovations. Collaboration, adaptability, and foresight are key to maintaining a thriving agricultural sector that remains globally competitive. Let’s continue building a future that balances innovation and regulation for the benefit of all. #Agriculture #Innovation #Regulations #Sustainability #SouthAfrica #AgriScience #Competitiveness #FutureOfFarming #FoodSecurity

Are you seeking to boost your crop yields and enhance their quality? Our biostimulant, backed by rigorous scientific research Universidad de Sevilla, has demonstrated the ability to: * Increase intracellular CO2 flow, increases the carbon fixation capacity in the soil. * Improve delayed fluorescence, and * Strengthen plant defenses against ozone (a significant abiotic stress). These findings translate into: Enhanced plant growth. Increased production of higher-quality fruits. In 2025, we will expand our industrial production to reach markets in Africa, Europe, the United States, and Latin America. #biostimulant #sustainableagriculture #innovation

New publication! Phenolic compounds from the aerial parts of Rhodiola rosea in Japan, and their antioxidant activity and chemical adaptation to alpine environment Natural Product Research (2024) https://lnkd.in/eMJJZ--u

🌱 Harnessing Plants for #Phytoremediation of #Lanthanides In a study of hydroponically grown crops endemic to Europe, Mr. Max Klotzsche et al found that Eu(III) bioassociation is a two-stage process: rapid biosorption followed by accumulation and distribution within the plant. Intriguingly, plants induce changes in Eu(III) speciation and release root exudates like citric, malic, and fumaric acids, which further alter metal. Insights not only deepen our understanding of how plants handle lanthanides but also lay the groundwork for future studies involving chemical analogs such as Cm(III) and Am(III). ⤵️ https://lnkd.in/gag_cjEj Helmholtz-Zentrum Dresden-Rossendorf (HZDR) #Bioassociation #EnvironmentalScience #PlantBiology

I am happy to share the publication of my 6th article in 2024 titled "Delineating the role of rhizospheric microbes in the amelioration of hexavalent chromium stress in plants" in the Elsevier Journal - Sustainable Chemistry for the Environment. The article is free to read and download from the following link - https://lnkd.in/giSd-hse 🌱 Hexavalent Chromium (Cr(VI)), primarily generated through mining and industrial activities, is highly toxic to living organisms and degrades soil health, impairing plant productivity. Its bioaccumulation in plant tissues reduces growth and poses a risk of transferring the toxin through the food chain. Reducing Cr(VI) in soil and its uptake by plants is crucial. Plant growth-promoting rhizobacteria (PGPR) have emerged as effective agents for sustainable Cr(VI) remediation by alleviating stress and enhancing plant growth. While promising, limited molecular understanding and application feasibility hinder progress. The review suggests the synergistic use of PGPRs and microbial immobilization, alongside multi-omics techniques, offers innovative solutions for improved remediation. 🌱

This SA Graan/Grain article, the official magazine of Grain SA, explores the evolution of maize in South Africa. Dr. Mahlane Godfrey Kgatle, Grain SA’s research coordinator, explains that advances in mechanisation, genetic modifications, and precision agriculture have made the maize industry more resilient amidst population growth, extreme environmental challenges, and rising production costs. Read the full article here: