Research Highlights - Africa

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 simple method for estimating phosphorus (P) retention capacity in paddy soils based on soil moisture content: An effective approach for P fertilization diagnosis(2023)
• A simple method for estimating phosphorus (P) retention capacity in paddy soils based on soil moisture content: An effective approach for P fertilization diagnosis(2023)
• Localized phosphorus application via P-dipping is effective in avoiding flooding damage for lowland rice production(2023)
• Localized phosphorus application via P-dipping is effective in avoiding flooding damage for lowland rice production(2023)
• Localized phosphorus application via P-dipping is most effective in increasing lowland rice yields when combined with seedlings at 4.5~6.5 leaf age(2023)
• Localized phosphorus application via P-dipping is most effective in increasing lowland rice yields when combined with seedlings at 4.5~6.5 leaf age(2023)
• Unique fertilizer response of sorghum on Plinthosols with thin effective soil depth(2023)
• Unique fertilizer response of sorghum on Plinthosols with thin effective soil depth(2023)
• Boosting cowpea grain yield in Plinthosols through fertilization and high plant density(2023)
• Boosting cowpea grain yield in Plinthosols through fertilization and high plant density(2023)
• Estimating the impact of climate change on cowpea production in Sudan Savanna using field cultivation data(2023)
• Estimating the impact of climate change on cowpea production in Sudan Savanna using field cultivation data(2023)
• An integrated environmental control system and supplemental lighting increase strawberry production in subtropical regions(2023)
• Improvement of sugarcane root characteristics through intergeneric hybridization between sugarcane and Erianthus(2023)
• Greenhouse gas emission factor value from Vietnamese beef cattle manure sun-drying process(2022)
• A comprehensive assessment of greenhouse gas emissions from Thai beef cattle production(2022)
• Enteric methane emission models for beef cattle in Southeast Asia(2022)
• Enteric methane emission models for beef cattle in Southeast Asia(2022)
• Enteric methane emission models for beef cattle in Southeast Asia(2022)
• Year-round implementation of alternate wetting and drying across three cropping seasons improves farmers' benefits and reduces greenhouse gas emissions(2022)