Group 1 - The research team has successfully achieved artificial breeding of marine ornamental fish, specifically the marine angel fish, breaking international technological barriers [1][2] - The breakthrough in breeding technology allows for the potential release of key functional species in coral reef ecosystems, which were previously limited by traditional breeding techniques [2] - This innovation can be applied to other small-sized pelagic egg fish species, expanding the possibilities for artificial breeding and release of functional fish in reef areas [2] Group 2 - The breakthrough in breeding technology disrupts foreign monopolies on high-value marine aquaculture, enabling domestic production without reliance on wild-caught zooplankton [2] - The laboratory has established a semi-natural reef ecosystem with a water retention capacity of approximately 3 tons, simulating natural coral reef habitats for long-term ecological research [2]