1932 papers
This review examines the impact of parasitic diseases on global fisheries and evaluates various control strategies, highlighting the urgent need to transition from conventional chemical treatments to eco-friendly, cost-effective, and sustainable management approaches to ensure food security and fish health.
This study presents a reproducible, efficient, and explainable deep learning framework utilizing a fine-tuned EfficientNet-B3 model on the SAR-CLD-2024 dataset to achieve accurate, real-time cotton leaf disease detection suitable for resource-constrained edge devices in smart agriculture.
This study demonstrates that integrating AMMI and REML/BLUP methods provides a more comprehensive and reliable framework than conventional AMMI alone for assessing the yield stability and adaptability of bread wheat genotypes across diverse environments in Iran, particularly when interaction variance is distributed across multiple principal components.
This study characterizes the management practices and breeding objectives of indigenous chicken farmers in Ethiopia's Awi Zone, revealing that while most households provide housing and supplementary feed, production is constrained by disease and predation, necessitating improved health services, housing, and targeted genetic selection to enhance productivity.
This study reveals that red light irradiation reprograms tea plant metabolism by activating phenylpropanoid and flavonoid biosynthesis pathways while suppressing primary growth routes, thereby enhancing the accumulation of secondary metabolites and flavor compounds through the modulation of hormone signaling and ABC transporter networks.
This study demonstrates that morphological screening for green fungal growth on DRBC agar serves as a promising, low-cost first-tier tool for predicting aflatoxin contamination levels in maize marketed across Ghana.
A six-year field trial demonstrates that replacing synthetic nitrogen with biogas slurry enhances crop resilience and yield by reconditioning aged biochar to reorganize soil pore networks into connected pathways, thereby coupling hydraulic buffering with efficient nitrogen redistribution.
This study determined the minimum saltation velocity for pneumatic conveying of teff grain across various pipe diameters and solid loading ratios, revealing that the required gas velocity increases significantly with both higher loading and larger pipe sizes to ensure stable, blockage-free transport.
This study employs a qualitative risk assessment to determine that while climate change is expected to significantly increase the risk of *Vibrio harveyi* infections in Australian oyster aquaculture by 2040, the impacts of QX disease, harmful algal blooms, and *P. minimum* will vary by region and agent, highlighting critical knowledge gaps that must be addressed to support industry resilience.
This study identifies the nuclear RING-H2 E3 ubiquitin ligase HvRHF9870 as a crucial positive regulator of barley resistance to *Pyrenophora graminea* by demonstrating its upregulation in resistant accessions, its ability to enhance antioxidant enzyme activities via interaction with peroxidase, and its necessity for disease resistance confirmed through VIGS silencing.