Tomato mutant responds to various elicitors to improve its traits. This research directly supports several Sustainable Development Goals (SDGs). By improving the yield and...
Engineering Rhizomicrobiomes for Climate-Resilient Agriculture in Indonesia A pioneering study advances rhizomicrobiome engineering to improve crop productivity and sustainability in Indonesia’s problematic soils. By harnessing...
Plant Propagation Advances Supporting Sustainable Horticulture Researchers investigated how different genotypes of Coleus scutellarioides respond to exogenous auxin during stem cutting propagation. The findings highlight...
Exogenous Gibberellin Boosts Post-Pruning Growth of Kaffir Lime Seedlings Researchers have explored how exogenous gibberellin application affects leaf-flush growth, morphology, and phenological delay in pruned...
Breakthrough in Postharvest Technology to Reduce Food Waste Supporting Global GoalsResearchers have successfully extended the postharvest shelf life of high-yielding tropical tomatoes by introgressing...
Silver Nanoparticles (Agnps) – Growth Of A Specific Tomato Mutant The research aims to understand how this nanotechnology can be used to improve plant...
Fertilizer exhausted soil” investigates the potential of humic acid, extracted from coal reserves, as a soil enhancer.The findings of this paper are highly relevant...
Effect of gamma irradiation on silica-enriched biochar and biofertilizer Gamma-irradiated biochar enriched with silica improved rice productivity on degraded Latosol soil. This eco-friendly soil...
Innovative Technology for Coffee Quality and Sustainability Supporting Global Goals Researchers have investigated the potential of Near Infrared Spectroscopy (NIRS) to determine caffeine and chlorogenic...
Towards Zero Waste in Agriculture and Food Systems Supporting Global GoalsA review study has analyzed strategies for transitioning to a circular agri-food supply chain,...
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