Research Highlights
Search Research Highlights
- Meta-analysis reveals general rice ratooning ability, and rice ratoon cropping shifts the plant type from panicle weight type to panicle number type(2023)
- High-efficiency microbial saccharification with novel xylan-saccharifying bacteria(2023)
- Waterlogging due to rainfall alters gene expression patterns in the upper stem of oil palm(2023)
- Identification of the key biological nitrification inhibition (BNI) compound from maize roots(2023)
- Development of models to predict stem diameter and tree height of Shorea platyclados (Dipterocarpaceae) based on genomic information from seedlings(2023)
- Drought resilience of interspecific hybrids of the tropical forest trees Shorea leprosula and S. curtisii(2023)
- The difference in biochar application depths affects nitrate leaching and water budget(2023)
- Unraveling the factors influencing spatiotemporal variations in riverine dissolved organic matter and iron through a machine learning approach(2023)
- Visualizing the mitigation effect of nitrogen load and chemical fertilizer use, and resource recycling using the food nitrogen footprint concept(2023)
- A QTL allele from wild soybean enhances protein content without reducing the oil content(2023)
- Development of the drought stress experimental system in the field with ridges(2023)
- Novel drought stress response mechanisms in plants(2023)
- Mathematical modeling is an effective approach in predicting the temporary expression pattern of the nitrate transporter gene NRT2.1(2023)
- Optimum phosphorus fertilizer management can balance productivity and quality of black rice(2023)
- A simple bioassay method for international comparison of insecticide susceptibility of the fall armyworm, Spodoptera frugiperda (J.E. Smith)(2023)
- A quantitative locus, MP3, which increases panicle number, enhances grain yield under an elevated atmospheric CO2 environment(2023)
- Weakening of gene function of OsTB1 by genome editing improves rice productivity under phosphorus deficiency(2023)
- Scalable Research Achievement 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 most effective in increasing lowland rice yields when combined with seedlings at 4.5~6.5 leaf age(2023)