1903 papers
This study demonstrates that combining *Lemna gibba* phytoremediation with biochar adsorption derived from the same plant offers an effective, low-cost, and sustainable circular strategy for removing cadmium, nickel, and lead from industrial wastewater, with both methods showing highest efficiency for lead and cadmium.
This study demonstrates that the in vitro digestibility of fungal biomass compared to conventional ingredients in rainbow trout is highly age-dependent, driven by non-linear ontogenetic shifts in gastric and intestinal enzyme kinetics that result in fungal proteins being more efficiently hydrolyzed than fishmeal in older (2+) fish but less so in younger (0+ and 1+) fish.
Inoculation with *Bacillus licheniformis* enhances the growth and medicinal quality of *Ligusticum chuanxiong* by improving soil fertility, reshaping the rhizosphere microbiome, and upregulating key genes in the biosynthetic pathways of ferulic acid and ligustilide.
This paper presents AGRISIGHT AI, a ConvNeXtV2-based deep learning framework that achieves 91.50% accuracy in RGB crop disease classification on the PlantVillage dataset while proposing a modular architecture for future expansion into a multimodal precision agriculture system integrating satellite, weather, soil, and graph-based data.
This study demonstrates that seed coating with hydrophilic polymers significantly enhances maize root development, physiological resilience, and grain yield by up to 29% under variable climatic conditions in Iran, effectively mitigating the adverse effects of drought stress.
In Latvian Scots pine stands, moderate thinning significantly enhances lingonberry cover and yield within a few years without altering soil chemistry or affecting bilberry production, indicating that distinct silvicultural strategies are needed to optimize these two non-timber forest products.
This study demonstrates that oil palm decanter cake in Sintang Regency, Indonesia, possesses significant nutritional value and supply potential to support over 20,000 cattle and meet nearly 38% of regional animal-protein needs, provided that strategic interventions are implemented to address moisture, storage, and supply-chain challenges.
By analyzing 1,748 surveys across 15 global sites, this study reveals that smallholder farmers are dynamically shifting from drought-sensitive cereals to water-intensive fruits and vegetables in response to climate and market pressures, creating a critical trade-off between improved nutritional diversity and long-term climate vulnerability.
This study identifies Rf4-mediated fertility restoration and non-additive gene action as key drivers for developing climate-resilient hybrid rice in India's North Eastern Hilly Region, successfully combining north-eastern landrace diversity with commercial CMS lines to produce high-yielding, mid-early maturity hybrids that outperform existing checks and enable double-cropping.
This study demonstrates that ethanolic extracts from two Sri Lankan mango cultivars (Karthakolomban and Villard) possess significant antibacterial, antifungal, antioxidant, and anti-inflammatory properties, effectively inhibiting pathogens and biofilm formation while offering a viable, eco-friendly alternative for managing mango diseases in field conditions.