Soil Drought Monitoring System carries out scientific irrigation in three steps
Drought disaster is one of the most serious natural disasters in agricultural production. In recent years, with the continuous changes in the climate, the area of ​​agricultural disasters has also been expanding year by year, and the frequency of occurrence has been gradually accelerating. Therefore, the monitoring of soil moisture and drought conditions using soil drought monitoring systems is imperative. Row. The use of the soil drought monitoring system to organize the implementation of soil moisture and drought monitoring work has important practical significance for realizing stable grain production and increasing farmers' income this year; it has a profound impact on improving water use efficiency and achieving sustainable agricultural development. The application of soil drought monitoring system can realize scientific agricultural irrigation and optimize irrigation management according to the characteristics of unused areas. The use of soil drought monitoring system for scientific irrigation needs to be divided into the following three steps. 1. Collect Soil Moisture Data Soil moisture data is the basis for agricultural science irrigation. Therefore, the first step is to use soil drought monitoring system to collect soil moisture data. The system can automatically collect soil moisture data in real time or regularly, and the corresponding The data is sent to the control center for comprehensive analysis and summary, and the soil moisture content under different terrains, different ground forces, different soils, different crops, and different irrigation levels is collected, and the parameters such as irrigation quantity and irrigation time are determined accordingly. 2. Formulating irrigation schemes According to the monitoring data of the soil drought monitoring system, agricultural technicians can determine the irrigation schemes for different regions and different crops based on the crop water requirement law, soil water supply performance, and effective precipitation data, and provide the superior leadership decision-making. Scientific basis. 3. Popularizing Scientific Irrigation Knowledge Currently, many regions carry out agricultural irrigation or experience irrigation. Therefore, to further implement the scientific concept of development, it is necessary to popularize scientific irrigation knowledge to farmers' friends and further expand the use of soil drought monitoring systems. In the form of field guidance, technical training was conducted to transfer scientific irrigation knowledge to millions of households. Valve Parts ,Hydraulic Valves Stainless,Brass Hydraulic Valve,Valve For Hydraulic Ningbo CCMS Industrial Co. Ltd , https://www.cncoemmachiningparts.com
