Abnormal swimming behavior and increased deformities in rainbow trout Oncorhynchus mykiss cultured in low exchange water recirculating aquaculture systems

TL;DR: It was concluded that water, chemicals and antibiotics use, survival, and the amounts of waste discharged could be further reduced through recirculation and treatment of solid wastes and thus improved sustainability of striped catfish farming.

TL;DR: Results highlight that simultaneous exposure to elevated temperatures and nitrate pollution offers cross-tolerance benefits, which may be underscored by cardiorespiratory remodeling.

TL;DR: This chapter addresses and outlines potential welfare hazards the fish may encounter in a wide range of existing and emerging rearing systems used for on-growing and also outlines relevant welfare actions that can be taken to militate against welfare hazards.

TL;DR: This paper reviews computer vision technology's 20-year progress in abnormal fish detection, categorizing tasks into three manifestations and summarizing traditional and deep learning methods, along with dataset collection and evaluation indicators, to address challenges and propose strategies.

TL;DR: Fish hatchery management, Fish hatchery Management, مرکز فناوری اطلاعات و اشاوρزی

TL;DR: Nitrate toxicity to aquatic animals increases with increasing nitrate concentrations and exposure times, and may decrease with increasing body size, water salinity, and environmental adaptation; however, early developmental stages of some marine invertebrates may be so susceptible to nitrate as sensitive freshwater invertebrate.

TL;DR: The aquatic environment The intensive culture environment fish-pathogens-environment relationship Infection into disease:mechanisms Stress-mediated diseases Diseases as indicators of environmental quality Managing biological interactions to prevent diseases.

TL;DR: Bone deformities associated with nutrient deficiencies and toxicities in various fish can provide an excellent model to study gene action, cell differentiation, morphogenesis, species differences in phenotypic expression of genetic abnormalities, deposition of calcium, phosphorus and other trace elements in cartilage and skeletal tissues in response to vitamins and hormones and nutrient interactions.