In addition to conventional aquaculture, underwater aquaculture cameras also play an irreplaceable role in special aquaculture, scientific research monitoring, and other fields, expanding the "visual boundary" of aquaculture:

• Ornamental Aquaculture (Marine Ornamental Fish, Freshwater Tropical Fish): Aiming at the "color and shape appreciation" needs of ornamental fish, cameras adopt professional color restoration lenses (color deviation ≤ 3%), which can record the color changes of ornamental fish (e.g., whether fading occurs due to stress) and swimming status (judging whether they adapt to the aquarium environment), assisting in adjusting water quality parameters (e.g., pH, hardness) to improve the survival rate and commercial value of ornamental fish.
• Aquaculture Scientific Research and Teaching Scenarios: In aquaculture research in universities and research institutes, cameras can be used for "fish behavior observation" (e.g., recording the response of migratory fish to water flow) and "aquaculture environment stress experiments" (e.g., monitoring changes in fish physiological status under high temperature/low oxygen). Through HD images and data records, they provide intuitive materials for scientific research paper writing and teaching demonstrations, promoting the innovation of aquaculture technology.
• Ecological Aquaculture and Certification Scenarios: In the certification process of organic aquaculture and ecological aquaculture, cameras can record the entire aquaculture process (e.g., whether compliant bait is used, whether disease prevention and control meet ecological standards), forming a "visual traceability file" to meet the supervision needs of consumers and certification institutions for "green aquaculture" and enhance the market competitiveness of products.

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