Intelligent agriculture has become an important trend in agricultural development. In this agricultural science and technology revolution, the tubular soil moisture automatic monitor has become an indispensable technical support for modern intelligent agriculture with its unique functions and advantages.

WX-GTS4 tubular soil moisture automatic monitor is an intelligent soil monitoring equipment based on Internet of Things technology. It uses built-in sensors to monitor key parameters such as moisture content, temperature, and electrical conductivity in the soil in real time, and transmits these data wirelessly to a cloud server for storage and analysis. The working principle of the monitor mainly relies on sensor technology and data processing technology, which can realize accurate and real-time monitoring of soil moisture.

It can provide accurate soil moisture data for agricultural production, and help farmers scientifically and reasonably arrange irrigation, fertilization and other agricultural production activities. At the same time, the monitor can also be linked with intelligent agricultural equipment such as intelligent irrigation system and intelligent fertilization system to achieve automatic and intelligent management of agricultural production.

The application of tubular soil moisture automatic monitor can significantly improve the efficiency of agricultural production. Through real-time monitoring of soil moisture, farmers can more accurately grasp the growth needs of crops, rationally arrange agricultural production activities, and avoid excessive irrigation, fertilization and other wasteful behaviors. This not only helps to reduce production costs, but also can improve crop yield and quality, and achieve sustainable development of agricultural production.

By accurately monitoring soil moisture, farmers can manage farmland more scientifically, reduce the use of chemical substances such as fertilizers and pesticides, and reduce environmental pollution. At the same time, the monitor can also provide data support for water-saving irrigation and precise fertilization of farmland, and promote the development of agriculture in a more environmentally friendly and sustainable direction.