International Journal of Aquaculture Research and Development

Aims and Scope

International Journal of Aquaculture Research and Development (IJAR) serves as a leading platform for the advancements of aquaculture research. We provide a dynamic forum for researchers, scientists, and practitioners to exchange innovative ideas and groundbreaking discoveries in aquaculture and its related disciplines. 
 

IJAR covers a broad range of topics, including the production and management of aquatic organisms and products, animal husbandry, nutrition, physiology, and the environmental effects of aquaculture practices. We emphasize research that optimizes aquatic production and ensures the sustainable utilization of aquatic ecosystems. Additionally, we encourage interdisciplinary approaches and impactful research that addresses the economic, social, and environmental dimensions of aquaculture.

• Aquaculture systems: Studies that investigate the design, management and optimization of aquaculture systems, including recirculation, pond, cage and tank systems.
• Aquaculture genetics and breeding: Research that aims to improve the genetic and breeding of aquatic animals and plants to enhance growth, disease resistance, and other desirable traits.
• Aquaculture nutrition: Studies that investigate the nutritional requirements of aquatic animals and plants, and the development of feed formulations and feeding strategies.
• Aquaculture health management: Research that aims to understand and control the diseases and parasites that affect aquatic animals and plants, and the development of effective health management strategies.
• ​Artificial Intelligence: Submissions focusing on the application of machine learning in fish farming, aquaculture health monitoring, and environmental impact assessments.
  
• Aquaculture environmental management: Studies that investigate the impacts of aquaculture on the environment and the development of strategies to minimize these impacts.
• Aquaculture socio-economics: Research that investigates the economic, social and cultural aspects of aquaculture development and its implications for sustainable development.
• Aquaculture biotechnology: Studies that investigate the application of advanced technologies such as biotechnology, and biochemistry to improve the production and quality of aquatic animals and plants.
   

We have listed a few keywords to indicate the scope of the journal. If you have any questions, please do contact us.

• Epidemiology
• Pathology
• Geology
• Crustaceans
• Fish hatchery
• Immunology
• Aquaponics
• Oceanography
• Marine biology
• Aquaculture
• Alligator Farm
• Domestication
• Hydrology
• Water treatment
• Sablefish
• Feeding
• Fish farming
• Ichthyology
• Limnology
• Fish Oils
• Water Quality
• Marine engineering
• Agroecology
• Ocean engineering
• Oyster farming
• Shrimp farming
• Seaweed farming
• Marine pollution
• Impacts of climate change
• Hydraulic engineering
• Mariculture
• Physical oceanography
• Marine Eecology
• Micro biology
• Fish nutrition
• Ornamental fish
• Aquatic biology
• Marine organisms
• Biological oceanography
• Sustainability science
• Chemical oceanography
• Genomics
• Aquatic environment
• Cryobiology
• Aquatic ecology
• Pisciculture
• Sustainable aquaculture
• Algaculture
• Fisheries management
• Marine food
• Marine Habitats
• Aquatic Toxicology
• Recirculating Aquaculture Systems
• Fishery Science
• Aquatic chemistry
• Fisheries science