Lead institution:
College of Fisheries, Ocean University of China – China
Simulation of swimming organisms are the core requirements for studying the response of the marine biosphere to the evolution of deep-sea habitats. They are also cutting-edge technological means for marine fisheries research. Among them, remote sensing observation, acoustic observation, and biomarkers are the most representative implementation methods. However, due to the mobility and randomness of swimming organisms such as fish and the diversity and complexity of the morphological changes of swimming animals, the investigation and evaluation of marine fish is an international challenge compared to the observation of marine hydrological and chemical parameters.
This Decade Action aims to provide an overview of the digital habitat distribution of deep-sea and polar fisheries by establishing a three-dimensional data observation system to analyze the impact mechanism of global climate change, ocean hydrodynamic changes, and human activities on fish changes and habitat distribution.
Start Date: 10/01/2024
End Date: 31/12/2030
Lead Contact: Yang Liu (yangliu315@ouc.edu.cn)