The aquatic genome refers to the genetic material of aquatic organisms, including fish, shellfish, and other marine life. Understanding the aquatic genome has profound implications for the fields of aquaculture, conservation, and evolutionary biology. Advances in genomic sequencing technologies have allowed scientists to identify key genes responsible for traits such as growth rate, disease resistance, and reproductive success in farmed species. This knowledge enables more precise selective breeding, improving productivity and sustainability in aquaculture. Additionally, studying aquatic genomes helps in preserving biodiversity by understanding genetic diversity within wild populations. Genomic research also aids in addressing environmental challenges, such as climate change, by enabling the development of species better adapted to changing conditions.
Title : The horizontal integration of a Shellfish farm in a broader business model
Perry Raso, Matunuck Oyster Farm, United States
Title : Role of artificial intelligence and remote sensing in remediation of aquatic pollution and development of Numerical Oceanic Climate Prediction Models (NOCPM)
Virendra Goswami, Indian Institute of Technology (IIT), India
Title : Aquaculture education challenges: Integrating sustainable practices into schools
J L Giovanna Hesley, CropKing, Inc. Curriculum Development, United States
Title : Can we farm eelgrass as a high protein sustainable marine grain for aquaculture?
Timothy C Visel, Retired Aquaculture Educator, United States
Title : Impact of antibiotic application on microbiome present in Catfish gut and water
Luxin Wang, University of California Davis, United States
Title : Smart sensors and real-time monitoring: Revolutionizing aquatic pollution management
Vidya Padmakumar, EcoDiversity Lab, Canada