Organic grapes have very high economic benefits in the current agricultural market, so organic grape cultivation is a key cultivation project in many advantageous regions. In order to implement precise irrigation in organic grape cultivation and improve the quality of fruit, people began to try to apply soil. The public opinion monitoring system completes the implementation of soil moisture monitoring and irrigation decision-making.
The M-bus Heat Meters(M-bus Heat Counter) are the higher
technology development of the Heat Meters (Heat Counters). With the M-BUS function, the M-BUS
heat meters can control and read the data from the very far distance and make
the labor free. With the M-BUS heat meters appearance, the whole working
efficiency is improving rapidly.
The
M-BUS heat meters have the working principle like the following: from the
inquiry from the computer, the data will be exchanged from the PC center and
counter. With this function, the M-BUS heat meters not only have all the
functions of the heat meters and but also the function of long distanced data
exchange. SO,this is also called Wireless Heat Meter.
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Under the background that the current market demand for organic grapes has been increasing year by year, organic grape production has become a sunrise industry, and improving the quality of grape fruits is one of the issues to be solved in the development of grape industry in China. Water as an important ecological factor for grape growth, too much or too little water, will affect the fruit yield and quality, and even affect the life of fruit trees, shorten the results of years, resulting in economic losses, so the real-time monitoring of soil moisture in the soil moisture monitoring system On the basis of this, the implementation of precision ads for grape growing is an important guarantee for the improvement of grape fruit quality.
With the work process of soil moisture monitoring system, the sensor collects public information in real time, and sends the information to the central computer through the communication network. The computer puts the information into the database of the decision management software, and according to the physical characteristics of the soil, combined with the meteorological observation data, According to the crop growth data, the experts only obtained experience to obtain the soil moisture content and the irrigation water volume in each irrigation area on the site, and used this as a benchmark to implement precise irrigation.
The application of soil moisture monitoring system has brought many benefits to organic grape cultivation. First, it meets the demand for grape growth through precise irrigation, and the soil moisture content is adequate, oxygen is abundant, aerobic microorganisms are active, and organic fertilizers are decomposed. Faster and more complete, is conducive to plant absorption of nutrients, adequate water and fertilizer to ensure the grape's yield and quality. Secondly, the water use efficiency is increased, the water-saving effect is obvious, the utilization rate of the fertilizer is also improved, and the waste of resources is avoided. Thirdly, the use of soil moisture monitoring system to carry out soil moisture detection is conducive to controlling the air readout between grape rows and reduce the incidence and spread of pests and diseases.
Application of soil moisture monitoring system for precision irrigation of organic viticulture