Researchers from Aberystwyth University have identified specific traits of Miscanthus that could enhance carbon storage in soil, thereby contributing to the fight against climate change. This study, published in Frontiers in Plant Science, highlights the importance of low-lignin rhizomes and roots for optimizing carbon sequestration while maintaining high yields.
Source: Agropages, published under the title "Plant trait discovery could boost soil carbon storage" - 17 February 2026
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A recent study shows that applying alkaline biochar in plantations exposed to acid rain can enhance nitrogen availability in the soil. After two years of experimentation, researchers observed an increase in pH and various nitrogen fractions, confirming biochar's potential as a lever for sustainable nutrient management in acid-stressed environments.
Source: Springer, published under the title "Biochar-driven biological regulation dominates acid-hydrolyz..." - 15 February 2026
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In the face of climate change, variety selection must adapt to local conditions. An international team led by the German IPK Leibniz Institute of Plant Genetics and Crop Plant Research has developed a method using AI and big data to identify the winter wheat varieties best suited to each environment. By integrating phenotypic, genomic data, and climatic parameters, researchers have enhanced yield forecasts equivalent to twelve years of conventional selection.
Source: Agropages, published under the title "Improving predictions for 'tailor-made' wheat with AI and bi..." - 12 February 2026
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A joint study by InVivo, Crédit Agricole, Sofiprotéol, and Unigrains reveals that the profitability of French farms could be maintained by 2050, provided that significant investments are made now. Presented at the InVivo congress, this roadmap aims to guide future agricultural policies in the face of climate change challenges.
Source: La France Agricole, published under the title "Changement climatique : « il y a une voie de passage » pour ..." - 11 February 2026
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A study explores the effectiveness of calcium-modified biochar in adsorbing various organic phosphorus compounds, such as inositol hexaphosphate and ATP. The results reveal complex adsorption mechanisms, where electrostatic interactions and hydrogen bonding play a key role. Inositol hexaphosphate stands out for its high adsorption capacity, while the desorption of organic phosphates varies significantly. These findings highlight the importance of biochar in nutrient management and reducing environmental pollution.
Source: Springer, published under the title "Different adsorption of organic phosphorus on calcium modifi..." - 11 February 2026
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A study by INRAE highlights the increasing unfavorable climatic conditions for wheat in France, predicting that up to 75% of growing seasons could be affected by the end of the century. The findings emphasize the importance of integrating structural climate risk into agricultural advice, prompting strategic adaptations such as varietal selection and planting management to confront this new reality.
Source: Agro Matin, published under the title "Blé : les années à risque pourraient devenir la norme" - 11 February 2026
Read moreA new approach using nitrogen biochar and zero-valent iron nanocomposites effectively degrades acetochlor in soil while protecting crop health. This method promotes the formation of iron plaques on roots, reducing pollutant absorption and increasing crop productivity, all while maintaining soil microbial diversity.
Source: Springer, published under the title "Novel multi-interface regulation of acetochlor fate in a soi..." - 11 February 2026
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Half of the failures of AgTech startups cannot be attributed to a lack of funding, but rather to high costs and adoption barriers. This is one of the findings from a study by the University of Nebraska–Lincoln, as global investments in the sector plummeted from $53 billion to $7 billion between 2021 and 2025. An analysis of 18 startups reveals that the most capital-intensive and hardest-to-adopt AgTech technologies, particularly in robotics and ag-biotech, are also the most prone to failure, unlike lighter solutions that are better integrated into existing practices.
Source: Agropages, published under the title "What Do the 18 AgTech Shutdowns in 2025 Really Tell Us?" - 6 February 2026
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A recent study highlights the potential of native plant species from the Pampa biome to phytostabilize heavy metals such as copper, zinc, and manganese, often found in vineyard soils due to fungicide use. The results show that these species, particularly Paspalum notatum and Paspalum plicatulum, possess effective tolerance and detoxification mechanisms, offering potential solutions for managing contaminated soils in vineyards.
Source: Springer, published under the title "Phytostabilization potential and tolerance mechanisms of nat..." - 2 February 2026
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A recent study shows that combining tailored irrigation strategies with amendments based on nano-biochar and nano-silicon significantly reduces tellurium toxicity in soils. This rare metalloid, used primarily in electronics and certain industrial activities, can contaminate agricultural soils and accumulate in crops, impacting yields, food security, and the biological health of soils.
Source: Springer, published under the title "Role of Nano-Silicon, Nano-Biochar, and Irrigation Strategie..." - 27 January 2026
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