There are many factors in greenhouse planting that need to be controlled, such as temperature, humidity, concentration of CO2, and light. Only by controlling these factors that are related to plant growth can ensure that the plants grow normally and achieve better results.

With the continuous innovation and development of the Internet of Things technology, IoT technology has penetrated into various areas of agriculture, and gradually formed a professional management model, playing a more positive role in agricultural production, operation, and management. The specifics will be reflected in the following aspects:

Common agricultural Internet of Things applications. Using intelligent perception technology, information transmission technology and intelligent processing technology, real -time monitoring and remote regulation of various links in agricultural activities, promoting the intelligent informatization of agricultural production, management, and strategic decision -making, and realizing the efficient ···

Aquaculture Internet of Things：The precise breeding model of efficient ecological intelligence is an important development direction for the future of the aquaculture industry.

Wireless communications include radio frequency communication technology, frequency adjustment communication technology, Bluetooth, and general group wireless services (GPRS), 2G/3G/4G/5G, ZigBee, etc.

Sensor is the carrier of agricultural information, including the technology and equipment that perceive the agricultural production environment and the life information of animal and plant life. Sensor is the foundation of the development of the Internet of Things. Its intelligent transformation is the core of informationization and intelligence in improving the planting, livestock and poultry ind···

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···

Since the beginning of the new century, the aquaculture industry has undergone tremendous changes, and the development of farmers from farmers has gradually developed to large -scale and scientific production management. The development of aquaculture can be divided into four stages:

The use of fluorescent method measurement principles can monitor the quality of farming water in real time, which is convenient and scientific, facilitates the accurate data of farmers in real time, deeply understand the situation of the pond, and can take measures in time to achieve intelligent breeding, convenient management, and standardized quality. Cycle ecology.

In the aquaculture industry, through the depth, pH value, dissolved oxygen, turbidity, salinity, ammonia nitrogen and other data collected by sensors, the relationship between the length and weight of aquatic products at various stages of aquaculture can be analyzed.