1932 papers
This study demonstrates that objective peel-color measurements using L*a*b* and RGB color spaces can accurately predict bioactive compounds and antioxidant properties in umbuguela fruits across maturity stages, offering a valuable tool for breeding programs and future research on Spondias species.
This paper demonstrates that correcting a miscoded conflict variable in Chad's 1961–2024 agricultural data reverses a previously significant finding of a positive conflict effect on millet yields, revealing instead that climate variability (SPI) drives differentiated crop responses and underscoring the critical need for systematic data verification in applied research.
This study utilized ethyl methanesulfonate (EMS) mutagenesis to select a *Stichococcus* sp. mutant strain (EMS1) with significantly reduced chlorophyll content, which subsequently demonstrated enhanced biomass, lipid, and carbohydrate production compared to the wild type, addressing light penetration limitations in large-scale photobioreactors.
This study demonstrates that selecting specific elephant grass genotypes, particularly T_23.1, significantly enhances biogas and methane yields in anaerobic co-digestion with cattle manure, highlighting the critical role of genotype selection in optimizing renewable energy production from plant biomass.
This study demonstrates that dry direct-seeded cultivation of specific Aus rice varieties, particularly BRRI dhan98 and BRRI dhan75, across Bangladesh's major growing regions significantly enhances grain yield and farm profitability while maintaining or reducing greenhouse gas intensity compared to traditional farmers' checks.
This systematic review, following PRISMA 2020 guidelines, evaluates conventional breeding approaches for fall armyworm resistance in maize within Sub-Saharan Africa, identifying significant progress through methods like recurrent selection and backcrossing while highlighting critical constraints such as limited funding and infrastructure that must be addressed to sustain smallholder food security.
This study demonstrates a sustainable, cost-effective bioethanol production process from banana and onion peels by integrating solar-assisted pretreatment with wood ash alkaline processing and natural onion peel buffering, which collectively maximizes ethanol yield while significantly reducing energy, water, and chemical inputs.
This study conducted at Bangladesh Agricultural University evaluated fifteen rice cultivars under a Boro–Fallow–T. Aman cropping pattern to identify key anatomical and physiological traits, such as vascular bundle count and water-soluble carbohydrate storage, that determine ratoon potential, ultimately highlighting BRRI dhan102 and four other cultivars as the most promising for sustainable ratoon rice production.
This study characterizes diverse non-rhizobial endophytes within faba bean nodules from Aït Ourir and demonstrates that co-inoculating these bacteria with efficient rhizobia significantly enhances plant growth, supporting the development of multifunctional biofertilizers for sustainable agriculture.
This study demonstrates that *Chlorella* biomass cultivated in cheese whey wastewater effectively enhances the growth and β-galactosidase activity of *Pediococcus* sp. isolated from traditional Nepalese Gundruk, offering a sustainable strategy for dairy waste valorization and functional food development.