Gilles Galliou

Exciting news from CHC AGRITECH AFRICA and Nigwed Project ! We're proud to announce the 100% delivery of our microbiome sachets to women farming Orange Flesh Sweet potatoes and various other crops, livestock, and aquaculture. This partnership is achieving remarkable milestones, pushing forward #food security (SDG2) and #economic #empowerment (SDG8) for women and girls (SDG5) in rural Africa. With the incredible support of partners like the Ministry of Women Affairs, Watson Institute , and the Western Union Foundation, these microbiome sachets will reach numerous women across different communities. Our joint efforts aim to uplift 10,000,000 #women farmers by 2030, combining our vision with that of NigWed. We extend our heartfelt gratitude and a big vision for the future. We call on interested #partners and #agrodealers to join us in making these products accessible to the women farmers who make up 70% of the agricultural workforce in Nigeria and are responsible for two-thirds of the country's food production. Let's #support these women—your support will not only help them but also the people who depend on them. Together, we can create a significant #impact. #Agriculture #WomenEmpowerment #Sustainability #FoodSecurity #CHCAgritech #NigWed #Partnerships #EconomicGrowth #Nigeria #MicrobiomeTech #RuralDevelopment

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Cocoa farming communities face big challenges, from poverty and child labour risks to the impacts of climate change. To tackle these issues, programs are being put in place that promote education and offer financial incentives to farmers. Among these strategies are empowering women and diversifying income sources to better outcomes for families and higher school attendance for children. These efforts highlight the power of community support and sustainable practices in transforming the cocoa industry. #SustainableCocoa #EmpoweringCommunities

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Our latest Africa Sustainability Initiative Report is now available, highlighting UPL's impactful efforts across Africa in partnership with farmers to advance sustainable practices. Discover how we are driving progress through innovative projects, promoting biosolutions, and fostering the evolution of agricultural methods for a more sustainable future. UPL Corp Africa

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Sorghum Roots Adapt to Thrive in Low-Phosphorus Soils New research reveals how #sorghum roots change shape to scavenge for scarce phosphorus, potentially helping breed more resilient crops. Scientists have discovered how sorghum roots adapt to low-phosphorus conditions, potentially paving the way for more resilient crops. Mikwa and colleagues studied nearly 300 sorghum varieties, finding that roots grow longer and thinner when phosphorus is scarce. This allows plants to explore more soil and scavenge limited nutrients efficiently. Understanding these adaptations could help breed crops that thrive with less fertiliser, addressing concerns about dwindling phosphorus supplies and future #foodsecurity. The study revealed significant adaptations in sorghum root architecture under phosphorus-deficient conditions. Roots grew longer and produced more tips, while becoming thinner to cover more area efficiently. These changes were observed as early as 21 days after germination, with variations among different sorghum varieties. The researchers identified four distinct root system types, suggesting genetic control over these adaptive responses. Researchers grew sorghum seedlings in paper pouches with nutrient solutions under controlled greenhouse conditions. They used two treatments: optimal phosphorus and phosphorus-deficient. Root system images were captured at 21 and 42 days after germination using a high-resolution camera. Advanced software, RhizoVision Explorer, analysed these images to extract detailed root architecture traits. The team also conducted genetic analysis using DarTSeq technology to identify DNA markers associated with root responses to phosphorus availability. #Phosphorus is crucial for crop growth, but global supplies are dwindling, threatening future food security. Sorghum, a vital cereal crop known for its climate resilience, is increasingly important in this context. Understanding how sorghum roots adapt to low phosphorus could lead to breeding more efficient varieties that require less fertiliser. Mikwa, E.O., Wittkop, B., Windpassinger, S.M., Weber, S.E., Ehrhardt, D. and Snowdon, R.J., 2024. Early exposure to phosphorus starvation induces genetically determined responses in Sorghum bicolor roots. Theoretical and Applied Genetics, 137(220). https://lnkd.in/dT9xxyG4 (OA) https://lnkd.in/dxjx6BQm

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