Research Highlights
Search Research Highlights
- Scalable Research Achievement BNI-enabled wheat is nitrogen-efficient and maintains productivity(2021)
- Discovery of biological nitrification inhibitors in maize roots(2021)
- Reduction in nitrogen fertilizer-induced greenhouse gas emissions by BNI-enabled wheat(2021)
- Relationship between leaf and stem growths of a tropical timber tree, Shorea leprosula, in the family Dipterocarpaceae(2021)
- Teak growth doubles in the Lao Mountains depending on the control of stand density and topographic conditions(2021)
- Calculation of rice farmers’ premiums for index-based flood insurance(2021)
- African phosphorus fertilizer from indigenous low-grade phosphate rock could replace imported phosphorus fertilizer in rain-fed rice cultivation(2021)
- Identification and validation of a major QTL for primary root length in soybean(2021)
- A major and stable quantitative trait locus qSS2 for seed size and shape traits in soybean(2021)
- Functional analysis of genes in quinoa using a virus vector system (2021)
- Genome sequence of the soybean fungal pathogen, Cercospora kikuchii(2021)
- The pathogenicity of Asian soybean rust pathogen in Mexico can be grouped into two broad trends(2021)
- Gregarized desert locust females and males encounter just before oviposition in West Africa(2021)
- Predicting body growth and body mass index of farmed milkfish in the Philippines from water temperature(2021)
- Germ cell cryopreservation to conserve genetic diversity in shrimps(2021)
- Increase of rice yield in response to phosphorus fertilizer application can be predicted by soil phosphorus retention capacity(2021)
- A model for estimating soil phosphorus availability in diverse tropical ecosystems by deep learning(2021)
- Efficient phosphorus application strategy to improve rice yields under cold stress-prone and P-deficient environments(2021)
- Meta-analysis for evaluation of fertilizer effect under upland rice cultivation in Africa(2021)
- Introducing vegetables upstream of irrigation areas may increase farm income and lead to equitable water distribution(2021)