Soil moisture monitoring system applied to paddy field

Soil moisture monitoring system applied to paddy field

The NiuBoL soil moisture monitoring system can realize long-term continuous monitoring of soil moisture. Users can flexibly arrange soil moisture sensors according to monitoring needs; they can also arrange sensors at different depths to measure soil moisture in profiles. The system also provides additional expansion capabilities, and corresponding sensors can be added 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.

2. Description of the power supply part of the soil moisture monitoring system

Converting solar energy into electrical energy and charging the battery into the battery, it can send data uninterrupted whether it is sunny or cloudy, especially suitable for long-term work in the field.

3. Application of soil moisture monitoring system in paddy field

For rice fields, water management needs to be controlled reasonably, too much or too little water is not conducive to the growth of rice. If it is not irrigated in a timely and sufficient amount, or excessively irrigated, the rice rhizomes may not be able to absorb water from the soil in time, which will affect the normal growth of rice. Because it is difficult to collect soil moisture data manually in the field at night, the soil moisture monitoring system Monitor and understand the relevant conditions of soil moisture to ensure that the soil moisture in the field is within a certain appropriate range.

In the rice sowing season, the quality of rice is mostly affected 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 varied significantly under different water management conditions. When the moisture in the soil gradually decreased, the protein content in brown rice gradually increased, and drought stress decreased the gel consistency and protein content, which affected the cooking quality of rice.

Using the NiuBoL soil moisture monitoring system to monitor and analyze the soil moisture in paddy fields can guide farmers and growers to irrigate scientifically and make preparations for drought resistance in time, which plays a positive role in agricultural development.