In recent years, the consumption of high-protein aquatic products has gradually increased, but the development of aquaculture is still difficult to get rid of the traditional mode of production and operation, which has, to a certain extent, constrained the efficient and large-scale development of aquaculture, and it has been encountered in current aquaculture. Several problems can be resolved by using aquaculture monitoring systems, which will play an important role in promoting the efficiency and effectiveness of aquaculture and improving the quality of aquaculture. So how can aquaculture monitoring systems solve aquaculture problems?

Aquaculture monitoring system


1) High breeding density.
Farmers were forced to carry out high-density farming because of “high-tenant rents, high agricultural resources, and low profits”.
2) Little new technology.
Farmers still rely mainly on the experience of “seeing fish and fish farming”, and it is difficult to invest under the short-term contracted decentralized agricultural management system and new technology means are behind.
3) Frequent fish diseases.
The deterioration of fishpond water quality and long-term high ammonia nitrogen nitrite resulted in frequent occurrence of diseases and heavy losses.
4) Drug abuse.
In order to reduce their losses, farmers have to invest heavily in medicine and have to use large doses of medicine to aggravate the deterioration of the water body.
The application of aquaculture monitoring system is first of all to raise the breeding technology, get rid of the past history of relying on experience fish breeding, and the aquaculture monitoring system can automatically monitor the water quality environment in the breeding process, and can play an obvious role in improving the aquaculture environment. The effective effect, therefore, also reduces the risk of aquaculture, and the problem of drug abuse has also been controlled.
However, in view of the high density of fish farming, the direction of aquaculture in the future must be intensified, improved, facilities, standardization, recycling, and information development. Therefore, small-scale farming models may be eliminated. With the expansion of the scale of farming, the manual monitoring methods in the past cannot meet the actual production needs. Therefore, such an automatic monitoring method for aquaculture monitoring systems is the trend of the times. From a functional point of view, the aquaculture monitoring system uses advanced sensor technology and automatic control technology to collect, analyze and monitor water quality parameters in the aquaculture process, realizing unattended fish ponds, and making fish farming and management more sophisticated. It is in line with the requirements of aquaculture in the future. Therefore, the aquaculture monitoring system will be more and more widely used in the future aquaculture industry.

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