Soil moisture monitoring system in rice field

Soil Moisture Monitoring System

The soil moisture monitoring system developed by NiuBoL can realize continuous monitoring of soil moisture for a long time. Users can flexibly arrange soil moisture sensors according to monitoring needs; they can also arrange the sensors at different depths to measure the soil moisture in the profile. The system also provides additional expansion capability to add corresponding sensors according to the monitoring needs to monitor soil temperature, soil conductivity, soil PH value, groundwater level, groundwater quality as well as air temperature, air humidity, light intensity, wind speed and direction, rainfall and other information, so as to meet the needs of system function upgrade.

Second, the soil moisture monitoring system power supply part of the description

Using solar energy to convert electricity to charge the battery, whether there is sunshine or cloudy days are uninterrupted to send data, especially suitable for long-term work in the field.

Third, the soil moisture monitoring system in the rice field application analysis

For rice fields, moisture management needs to be reasonably controlled, too much or too little moisture is not conducive to the growth of rice. If you can't irrigate in time and in sufficient quantity, or over-irrigate, it may lead to the rice rootstocks can't absorb water from the soil in time and affect the normal growth of rice. Since it is difficult to collect soil moisture data manually in the late night in the field, it is necessary to monitor and understand the situation related to soil moisture through multi-point soil moisture monitoring system to ensure that the soil moisture in the field is within a certain suitable range.

Also during the rice sowing season, the quality traits of rice are mostly influenced by the genetics of the rice variety itself, but cultivation techniques and environmental conditions also directly affect the quality of rice. The protein content of rice also varies significantly under different moisture management conditions. When the moisture in the soil gradually decreases, the protein content in brown rice gradually increases, while drought stress reduces the gelatinous consistency and protein content, which affects the steaming quality of rice.

And the monitoring and analysis of soil moisture in paddy fields by using NiuBoL soil moisture monitoring system can guide farmers growers in scientific irrigation and timely drought preparation, which plays a positive role in agricultural development.