Sensor+intelligent technology helps aquaculture to improve the productivity and profitability of farmers

Sensor+intelligent technology helps aquaculture to improve the productivity and profitability of farmers

Emerging technology has provided important help for practitioners of aquaculture to improve the productivity and profitability of farmers, and improve the overall sustainability of the industry.

Intelligent aquaculture: an intelligent production method deploying the Internet of Things, big data and artificial intelligence, which completes all production and management operations through remote control or independent control of aquaculture facilities, equipment and machinery. It is the integration of modern information technology and the entire aquaculture value chain, involving production, operation, management and services. In all parts of the world, farmers are gradually shifting from labor -intensive to mechanized breeding, and then to automatic breeding.

In fact, the three main challenges faced by aquaculture are: water quality, breeding efficiency and the quality of fish and shrimp.

The wise solution to solve these gaps in the aquaculture ecosystem is a hybrid method: combined with human and technical intervention to ensure that farmers understand the best practices in aquaculture in aquaculture.

Intelligent technology is the key to improving productivity and disease management. From the Internet of Things (IoT) and artificial intelligence (AI) to remote control vehicles (ROV) and remote satellite images, some emerging participants are using these new technologies to cope with existing challenges in aquaculture and increase overall output.

This method driven by artificial intelligence will continue to monitor farm operations and helps real -time analysis of breeding reports. It helps farmers' daily work: optimize feed, disease prediction and management, and provide suggestions.

Data -based suggestions will help explain/what actions should be taken, thereby improving decision -making, improving production and sustainable growth.

The drone equipped with sensors can also collect data such as salt, dissolved oxygen, water body pH, and temperature. In addition, the latest technology can even monitor the metabolism and heart rate of aquatic animals. These technologies enable farmers to take action in time to create an ideal environment for their aquaculture farms, thereby generating higher efficiency.

In addition, the geographic information system (GIS) and remote sensing technology help formulating appropriate methods and management plans to sustainable resource and their habitat for long -term sustainable use.

The Internet of Things and big data complement each other, which can be described as the core support technology of modern fishery. The Internet of Things comprehensively perceive the breeding environment information, provide data sources for big data, big data to provide scientific decisions for aquaculture to aquaculture, and realize real -time diagnosis and traceable quality management.

The facilities and equipment in the farm are connected to the Internet and the Internet of Things technology. While liberating the farmers from the heavy physical labor, it has promoted the precision of farming, management visualization, and intelligent decision -making. In the intelligent aquaculture model, whether it is feeding bait or regulating the water quality of farms, managers can complete on smart devices such as mobile phones and computers.

The aquaculture market has large space and rapid development, but there has been a lot of room for growth in precision breeding, scientific management, and product safety.