Underwater aquaculture cameras help solve the problem of lagging water quality monitoring and realize early risk warning.
Hits: 435 Time: September 01,2025
Water quality is the "lifeline" of aquaculture. Minor changes in indicators such as dissolved oxygen, pH value, and ammonia nitrogen content may have a fatal impact on the survival of aquaculture organisms. Traditional water quality monitoring relies on manual sampling and testing, which is not only time-consuming and labor-intensive, but also has the lag of "sampling is outdated immediately". Often, when abnormal indicators are found, fish and shrimp have already shown stress reactions such as floating heads and anorexia, and the losses are irreversible.
Relying on integrated multi-parameter sensors and high-definition imaging technology, underwater aquaculture cameras can realize "real-time visual monitoring" of water quality. On the one hand, the water quality sensors equipped with the cameras can continuously collect key data such as dissolved oxygen, water temperature, and turbidity 24 hours a day, and synchronize them to the terminal platform through wireless transmission. Once the indicators exceed the safety threshold, the system will automatically alarm immediately, allowing farmers to take measures such as oxygenation and water change in the first place. On the other hand, high-definition lenses can intuitively capture details that are difficult to distinguish with the naked eye, such as changes in water color and abnormal quantities of plankton. For example, sudden turbidity of water may indicate the massive reproduction of algae. The "visual evidence" under the lens makes the judgment of abnormal water quality more accurate, fundamentally changing the passive situation of "judging by experience and relying on luck for aquaculture".
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