Dolphin model is an important biological and ecological research tool, using the principles of bionics, through the analysis of dolphin morphology, behavior and physiological characteristics, to help scientists better understand the Marine ecosystem and its protection. Dolphins are highly intelligent Marine mammals, their social structure, communication mode and adaptability to the environment make dolphins an ideal object to study the behavior and ecological relationship of Marine organisms.

Dolphins play an important role in the ecosystem. They are important predators in the Marine food chain and can influence the population dynamics of other species. By modeling dolphins, researchers can simulate their behavior and range under different environmental conditions, explore how they interact with other species, and assess the health of ecosystems. The construction of this model not only helps to understand the survival strategies of dolphin groups, but also provides theoretical support for biodiversity conservation.

Another important application of the dolphin model is the assessment of the impact of human activities. As the Marine environment changes and human activities increase, dolphins face threats such as habitat destruction, pollution, and hunting. By simulating how dolphins react to different disturbances, scientists can assess the potential impact of these threats on their populations. These research results provide scientific basis for formulating effective conservation measures and promote the development of Marine ecological protection policies.

In addition, dolphin models can help researchers predict future environmental changes and their impact on Marine ecosystems through data analysis and computer simulations. This prospective approach allows conservation measures to be adjusted in time to adapt to rapidly changing environments.