Drought stress threatens crop productivity and food security. This review explores how beneficial #bacteria and fungi enhance plant #drought tolerance by improving water relations, #nutrient uptake, #photosynthesis and #stress mitigation.
https://t.co/Z8bznp1nHT
Drought stress threatens crop productivity and food security. This review explores how beneficial #bacteria and fungi enhance plant #drought tolerance by improving water relations, #nutrient uptake, #photosynthesis and #stress mitigation.
https://t.co/Z8bznp1nHT
🔸 Droughts
🔸 Floods
🔸 Typhoons
We must focus on predicting and acting ahead of crises before they unfold.
Because #AnticipatoryAction saves lives and livelihoods 👇
#ClimateAction#ElNiño
Why do proven agricultural innovations still fail to reach the communities that need them?
Ismahane Elouafi, @CGIAR_EMD, argues that Africa must connect proven innovation with the finance, partnerships and systems needed to achieve impact at scale.
🔗 https://t.co/mR6KylLmzH
🌱Rethinking Sustainable Agriculture: Beyond the “Organic” Label
A new article argues for an evidence-based, outcome-oriented approach to agricultural sustainability, rather than judging inputs simply as “natural” or “synthetic.”
#RegenerativeAgriculture
https://t.co/4tmc8pXVNn
Rethinking the Rhizosphere for Sustainable Agriculture
A review in Industrial Crops & Products explores the “rhizosphere nexus” the dynamic interaction among plants, soil and microorganisms that governs nutrient cycling, stress resilience and soil health
https://t.co/PmfsonhdYh
Call for Applications. @CGIAR's Capacity Sharing Accelerator is inviting NAREES institutions to propose partnerships that co-create knowledge, test new approaches and strengthen long-term capacity.
US$15,000 grants available.
Apply by 7 August: https://t.co/l3N9tCC5m7
Root-associated #bacteriophages are emerging as key players in sustainable agriculture. They regulate soil microbial communities, suppress plant #pathogens, promote beneficial #microbes, enhance #nutrient cycling (C, N & P), and strengthen plant health.
https://t.co/7qE5yRp4KS
Review by Liu et al.
#CRISPR/Cas9 is transforming crop breeding by enabling precise improvement of #nutrition, #taste, #quality, and safety while overcoming limitations of conventional breeding for sustainable food security. #PlantScience#CropBreeding
https://t.co/SVBD72nz6F
Review by Liu et al.
#CRISPR/Cas9 is transforming crop breeding by enabling precise improvement of #nutrition, #taste, #quality, and safety while overcoming limitations of conventional breeding for sustainable food security. #PlantScience#CropBreeding
https://t.co/SVBD72nz6F