Maintaining optimal conditions in aquaculture systems is vital for both the health of farmed species and the surrounding ecosystem. Advances in technology allow for real-time monitoring of key water parameters such as oxygen levels, pH, and salinity, ensuring that conditions remain ideal for growth. Water quality and environmental monitoring systems help detect changes in water quality before they affect production, enabling swift corrective action. Additionally, these systems help assess the environmental impact of aquaculture, tracking factors like nutrient runoff and ecosystem health. With the integration of sensors, drones, and machine learning, farmers can predict water trends more accurately, fostering both sustainable practices and long-term success in the industry.
Title : Application of Artificial Intelligence and NISAR satellite to study the air sea CO2 exchange and aquatic toxicology to develop ‘Aquatic Pollution Remediation Technologies’(PART)
Virendra Kumar Goswami, Indian Institute of Technology, India
Title : Conditionally pathogenic microparasites (Microsporidia and Myxosporea) of mullet fish potential objects of mariculture in the Black and Azov Seas
Violetta M Yurakhno, A. O. Kovalevsky Institute of Biology of the Southern Seas of Russian Academy of Sciences, Russian Federation
Title : New approaches to assessing and managing the multispecies fishery in the Gulf of Thailand
Pavarot Noranarttragoon, Department of Fisheries, Thailand
Title : Integrating art, science and rural development: The multifaced role of aquarium keeping
T V Anna Mercy, Kerala University of Fisheries and Ocean Studies, India
Title : Seaweed aquaculture policy gap analyses in Indonesia, Kenya, and Tanzania
Megan Considine, The Nature Conservancy, Puerto Rico
Title : Utilizing art to enhance learning STEM subjects required for aquaculture
J L Giovanna Hesley, Education Emerita, CropKing Inc., United States