1903 papers
This paper presents a method to consolidate diverse datasets and update German food intake data from 2006 to 2025, creating a consistent, bias-reduced reference of status quo diets that accounts for composite foods and misreporting to better inform health, environmental, and economic policy.
This study employs a systems analysis of Uganda's poultry vaccine delivery to reveal that underperformance is driven by interconnected structural bottlenecks and reinforcing feedback loops rather than mere access issues, highlighting the need to strengthen governance and key leverage points like cold-chain integrity and post-market surveillance to improve disease prevention and reduce antimicrobial reliance.
This study developed a dynamic RGB-depth phenotyping strategy to accurately assess soybean plant height under contrasting light environments, identifying an optimal measurement stage (DAS20) and revealing stable and environment-specific genetic loci, including three candidate genes, that govern height variation.
This study evaluated 125 mungbean accessions across multiple experimental designs in Nepal from 2015 to 2025 to identify high-yielding, resilient varieties, ultimately selecting Pant Mung 5 and SML 668 as promising candidates for commercial release to boost domestic production and reduce imports.
A two-year field experiment in Meghalaya, India, demonstrates that delaying lowland rice transplanting from early July to early August significantly reduces yield and phosphorus uptake, necessitating a modest downward adjustment in the model-derived agronomic phosphorus optimum from 25.5 to 21.8 kg P ha⁻¹.
This study in Upper Egypt demonstrates that the population dynamics of key natural enemies in legume agroecosystems are primarily driven by the growing season and crop developmental stage rather than specific crop type, with *Chrysoperla carnea* being the most abundant predator and March–April identified as critical periods for biological pest regulation.
A two-year field study in China's Yellow River Delta demonstrates that while no nitrogen fertilization (N0) maximizes sugar concentration and nutrient accumulation in sweet sorghum grown on saline soil, a moderate application rate of 90 kg ha⁻¹ (N2) optimizes biomass and nitrogen content, suggesting distinct nitrogen management strategies for bioenergy production versus phytoremediation.
This study demonstrates that herbicide application in Northern Ghana's smallholder agroecosystems significantly reduces soil microbial taxonomic richness and depletes beneficial plant growth-promoting bacteria while enriching stress-tolerant and xenobiotic-degrading taxa, thereby threatening key ecosystem functions like nitrogen fixation and phosphate solubilization.
This study reveals that brown planthopper populations in North India have developed moderate resistance to neonicotinoids and other insecticides through enhanced detoxifying enzyme activities, while highlighting that pymetrozine and buprofezin offer safer alternatives for integrated pest management by effectively controlling the pest with minimal toxicity to the beneficial predator *Cyrtorhinus lividipennis*.
A field study across six sites in central Iraq demonstrates that subsurface drip irrigation (SDI) consistently outperforms surface drip irrigation (DI) in maize grain yield and water use efficiency, despite achieving similar soil moisture levels, due to reduced evaporation and more direct root zone water delivery.