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ZERO HUNGEREnd hunger, achieve food security and improved nutrition and promote sustainable agriculture
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Reduction of GHG emissions from the livestock industry
Smart production system for paddy cultivation
Soil frost control method "yukiwari"
Whole-genome analysis and bioinformatics of crops
Development of Cultivars that are resistant to environmental stress
Development of Cultivars adapted to Global warming
ICT Water Management
Digital Soil Map
Utilizing thermal energy from agricultural irrigation channels using heat pumps
Integration of AI/ICT and agricultural technology
NARO Genebank
Development of a new control method using ultrasonic waves for serious pests
The heat-resilient rice cultivar 'Niji-no-kirameki'
Development of smart vegetation evaluation methods
Succeeded in avoiding the loss of landrace "Banshu shiro mizuna"
Agricultural Machinery Open API
Measures against foreign substance contamination in food
Technical manual for estimating enteric methane emissions from cattle using methane to carbon dioxide ratio in the breath
Wild-bee greatly contributes to persimmon pollination resulting in labor-saving cultivation
Cabbage core is renewed to a new material
Model for prediction of heat-induced spikelet sterility in rice worldwide
Soil freezing depth control technology
Development of rice that suppresses cadmium absorption
Visualizing the hidden capabilities of plants
Just-In-Time (JIT) production of strawberries
Real-time display of actual and estimated chilling hours
Pedigree Information Analysis Platform
Modeling stress tolerance of wild species
Treatment with yeast-derived enzyme promotes degradation of biodegradable plastics
Genetic characterization of high pathogenicity avian influenza viruses in the 2022 season
Room-temperature acid treatment process that creates new ways to utilize crop forage
Soybean cultivation system with low environmental impact via symbiosis with rhizobia that reduces GHG
Development of pest control methods using symbiotic microorganisms
Development of Generative AI for Agriculture to enhance operational efficiency and technology transfer
New analytical tool for African swine fever research