Research Highlights - Japan
国際農林水産業研究センターにおける研究成果のうち、成果が特に顕著で、広く利用を図ることが望ましいと考えられる成果を要約してご紹介しています。 各年度の国際農林水産業研究成果情報。
- A microbial saccharification method for efficient production of high-concentration sugar solutions from rice straw(2025)
- Regional environmental adaptability of teak genetic resources based on genomic analysis and utilization strategies under climate change(2025)
- Leaf nitrogen concentration indicates the growth rate of Falcataria falcata, a major fast-growing tree in Southeast Asia(2025)
- Visualizing the effect of production and consumer efforts on nitrogen load reduction using the food nitrogen footprint concept(2025)
- Technical manual for mitigating soil salinization with preferential shallow sub-surface drainage and sub-surface irrigation(2025)
- Three Na⁺ exclusion transporters implicated in salt tolerance in quinoa(2025)
- Identification of a quantitative locus, qPA1, derived from a black rice variety in Laos, which increases phytic acid content in grains(2025)
- Enhanced dephosphorylation of phytate to inositol in brown-rice koji-amazake saccharified with rice-koji made with Aspergillus oryzae and Aspergillus luchuensis(2025)
- Rearing cost analysis of natural enemy insects for fall armyworm control in Thailand(2025)
- Long-term preservation of genetic resources in the giant freshwater prawn by germ cell cryopreservation(2025)
- Long-term preservation of genetic resources in the giant freshwater prawn by germ cell cryopreservation(2025)
- Life history traits of the small freshwater shrimp, Macrobrachium lanchesteri species complex, in Northeast Thailand and its implications on fisheries management(2025)
- Seedling production technology for gametophytes of the red alga Asparagopsis taxiformis utilizing its life cycle(2025)
- Development of a low-cost intermediate nursery system for tropical oyster aquaculture(2025)
- Soil type–specific sorghum cultivation strategies for maximizing yield and net return in the Sudan Savanna(2025)
- Cowpea genetic resources tolerant to both drought and excess soil moisture and their root morphological adaptations(2025)
- A deep learning-based soil diagnostic method for simultaneous multi-parameter analysis using full-wavelength ICP spectra(2025)
- A deep learning-based soil diagnostic method for simultaneous multi-parameter analysis using full-wavelength ICP spectra(2025)
- A deep learning-based soil diagnostic method for simultaneous multi-parameter analysis using full-wavelength ICP spectra(2025)
- Farmers’ views on soil fertility: Validity of farmers’ perceptions of soil fertility and their application to field management(2025)