Agricultural Environmental Monitoring Station System Functions

Agricultural Environmental Monitoring Station System Functions

The agricultural environmental monitoring station can systematically measure multiple parameters such as wind speed, sunshine, carbon dioxide, temperature, humidity, air pressure, rainfall, and other parameters. The measured data can be transmitted wirelessly to the host computer, also called the agricultural environment wireless monitoring station. . The Agricultural Environmental Monitoring Station has been successfully used in various fields such as the construction of weather stations, agricultural and forestry climate monitoring, ecological environment monitoring, greenhouse control, highway and railway operations, and geological disaster monitoring, and has been widely praised.

The agricultural environmental monitoring station is also called a portable soil moisture monitoring station because the system can be brought directly to the field for agricultural environmental testing. What are the functions of agricultural environmental monitoring stations?

(1) Alarm function: According to the four drought levels of mild drought, moderate drought, severe drought and extreme drought, the drought conditions are divided. When a severe drought occurs, the system automatically issues an alarm, pops up an alarm screen, and informs the on-duty personnel through sound and light. . The alarm screen not only shows the alarm point and alarm type, but also can make relevant reactions according to the alarm level and record the alarm information. The alarm information is generally subject to manual confirmation. If the time is not confirmed beyond the time, the alarm information is automatically sent to the relevant responsible person and the person in charge of the department's mobile phone via SMS.

(2) Geographic information system functions: The basic function of a geographic information system is to convert tabular data (whether it is from a database, a spreadsheet file or directly in a program) into a geographic graphic display, and then browse, manipulate, and analyze the results. The specific operation is to mark the geographical location of each information collection point on the map, so that the specific geographical location of each information collection point and the distribution of each detection point in an area can be visually seen, and the position of the detection point can be seen by clicking the mouse. The specific data of each test point facilitates the query.

(3) Visual display function The color of the annotation points on the map for each information collection point varies with the detection value, that is, reaching different drought levels to display different colors, such as red represents a large drought, orange represents a severe drought, and yellow represents Degree of drought, blue represents mild drought. In this way, not only can we see the specific data of a detection point, but we can also see the overall drought distribution of a region from a macro perspective, making it easier to make decisions from a macroscopic perspective. Corresponding to different response levels, develop corresponding response plans.

(4) Historical records query function: You can query the historical records of one day, one month, one quarter or one year, and show them in the form of tables or curves. Or search the historical records of a certain day and a month in history, and show them in the form of a table or a curve.