1903 papers
This study analyzes 1,414 equine samples across Punjab, Pakistan, revealing that *Theileria equi* prevalence peaks in spring and fall driven by temperature, humidity, and high host density, with MBD/Head Faqerian and Sargodha identified as hotspots, thereby recommending targeted acaricide application, density management, and combined ELISA/PCR diagnostics for effective control.
This study evaluates the techno-economic feasibility of producing bacterial nanocellulose from forestry-derived sugars via OxiOrganosolv pretreatment, identifying that minimizing fixed capital investment in bioreactors and optimizing raw material and drying costs are critical for achieving economic viability.
AgriMind-PestGuard is a novel, end-to-end pest management framework for paddy farming that combines a high-accuracy multi-scale attention CNN, a human-interpretable explainability module, and a blockchain-secured data layer to achieve 97.83% detection accuracy, ensure transparent decision-making, and reduce pesticide usage by 34.2% while increasing crop yield.
This systematic review of 62 studies (2016–2025) reveals that while the Water–Energy–Food nexus framework effectively addresses environmental and economic dimensions of agrifood systems, it currently lacks sufficient integration of social, governance, and resilience factors, particularly at local scales, necessitating more holistic and participatory methodological approaches to achieve truly sustainable and resilient outcomes.
This study demonstrates that a commercial-scale nitrogen-modified atmosphere treatment at 40°C for 3 days effectively achieves 100% mortality of soft wheat pests, including the more tolerant immature stages of *Ephestia kuehniella*, by combining a validated diffusion model with bioassays to optimize disinfestation protocols.
This study demonstrates that supplementing weaned piglets with a novel phytobiotic feed additive effectively reduces *Brachyspira hyodysenteriae* shedding and mitigates clinical symptoms of Swine Dysentery under experimental challenge conditions, despite not preventing initial infection.
This scientometric analysis of 153 articles from 2007 to 2024 reveals that research on bio-inputs and waste reuse in aquaculture has experienced rapid growth since 2017, with China and the US leading in publication volume and Belgium and Finland in citation impact, highlighting the field's strategic role in sustainable aquaculture while noting persistent challenges in regional inequalities and technology transfer.
This study reveals that foliar application of vitamin C compromises foxtail millet resistance to blast disease by downregulating jasmonic acid signaling and pathogen recognition pathways, leading to reduced levels of key defense-related metabolites.
This study reveals that tree and shrub seed supply in Wolaita Zone, Ethiopia, is critically hindered by unsafe informal collection practices, poor post-harvest handling, and a lack of certified sources, necessitating urgent structural reforms to support regional reforestation goals.
This study demonstrates that optimizing the culture medium composition for *Penicillium waksmanii* UCM F-2729, specifically by using glucose and yeast extract, significantly enhances its phosphate-solubilizing activity and confirms its potential as a promising candidate for eco-friendly fertilizer development.