Scientific and rational irrigation system function of soil moisture monitoring station

Scientific and rational irrigation system function of soil moisture monitoring station

Water is the material basis of agricultural production, and atmospheric precipitation and irrigation are the main sources of water for crops. Except for aquatic crops (such as rice), all precipitation and irrigation water must be converted into soil water before it can be absorbed and utilized by crops.

A variety of field engineering, agronomic techniques and management practices can affect soil water supply and crop water use efficiency. Only by grasping the instantaneous soil moisture content can we accurately determine the water demand of dry crops, so as to replenish or drain water in time.

The monitoring and forecasting of farmland soil moisture by soil moisture monitoring stations has become an important part of farmland water-saving technology promotion and information services, and plays an important role in comprehensively promoting the application of refined agricultural technology and production management.

Users can flexibly arrange soil moisture sensors according to monitoring needs; they can also arrange sensors at different depths to measure profile soil moisture. The system can also provide additional expansion capabilities, which can add corresponding sensors according to monitoring needs to monitor soil temperature, soil conductivity, soil PH value, groundwater level, groundwater quality, air temperature, air humidity, light intensity, wind speed and direction, rainfall and other information , so as to meet the needs of system function upgrade.

Soil moisture monitoring station performance:

1. Dynamic monitoring of soil moisture level;

2. When the soil moisture level reaches the set value, the irrigation system can be automatically turned off;

3. Under special circumstances, you can skip the soil moisture sensor setting with one key and continue to irrigate;

The benefits of soil temperature and humidity sensor for farmland (crops):

On the one hand, the water saved by using water-saving irrigation can expand the irrigated farmland area, thereby increasing the yield;

On the other hand, the use of water-saving irrigation is conducive to the use of scientific methods for irrigation, because the use of water-saving irrigation can be used to irrigate on time and according to the needs of crop growth, which is beneficial to the growth of crops. Therefore, in general, water-saving irrigation is used. Technology can significantly increase agricultural production.