1903 papers
This study demonstrates that drought stress significantly exacerbates fall armyworm damage and yield loss in maize, highlighting the critical need to integrate both stressors into breeding programs to develop resilient germplasm for sub-Saharan Africa.
This study reveals that fresh vegetables in Ogun State, Nigeria, are contaminated with antimicrobial-resistant *Bacillus* spp. exhibiting high resistance to critical antibiotics and carrying virulence and resistance genes like *blaTEM*, underscoring a significant food safety risk that necessitates enhanced surveillance and hygiene practices.
This study demonstrates that the robust microalga *Tetradesmus lagerheimii* can effectively treat paper mill wastewater by significantly reducing endocrine-disrupting chemicals and achieving high biomass productivity in a stable repeated-batch process without elaborate pretreatment.
This paper proposes a unified dynamical framework based on NIIT Theory that utilizes habitat dimension and tree fractal dimension as dual order parameters to mathematically derive stand development trajectories and optimal densities, successfully validating the model across multiple tree species and elevating forestry growth modeling from empirical fitting to order-parameter-driven physics.
This study demonstrates that foliar applications of biostimulants derived from *Kappaphycus alvarezii* and *Gracilaria edulis* reshape the maize phyllosphere microbiome through the enrichment of beneficial taxa, thereby enhancing photosynthetic performance, biomass accumulation, and yield.
This study integrates remote sensing, climate reanalysis, and farmer surveys to map smallholder maize distribution and heatwave exposure in Thulamela, South Africa, revealing that nearly 75% of farms face high heat stress while highlighting a critical gap in agricultural support despite prevalent adaptation strategies like crop rotation.
This study demonstrates that the locally isolated fungus *Irpex lacteus* n6, when applied via pasteurization-assisted solid-state fermentation, effectively degrades the lignocellulose in *Caragana korshinskii* residues while significantly enhancing their nutritional value as forage.
This paper presents a traceable acquisition and processing workflow for DJI Mavic 3 Multispectral drone monitoring of orchards, detailing a comprehensive protocol from mission planning to quality control that was evaluated using data from durian orchards in Malaysia to enable reproducible data provenance and identify areas for future validation.
This study demonstrates that both neem and papaya seeds effectively reduce gastrointestinal parasite shedding in farmed grasscutters, with neem showing slightly greater efficacy at tested doses, though further statistical validation is needed before specific field recommendations can be made.
This study employs multivariate statistical analysis of 314 rambutan producers in Honduras to identify three distinct typologies characterized by agrarian dualism, revealing that structural inequalities hinder small-scale farmers from participating in the inclusive rural bioeconomy and highlighting the need for differentiated policies to leverage underutilized bioactive compounds in rambutan byproducts.