Self-recording rain gauge can automatically observe changes in rainfall
Precipitation is one of the most common phenomena in nature's meteorology. It can benefit both humanity and natural disasters. This is particularly evident in agricultural production. For example, heavy rain, continuous rain, and other disasters are very common. It may cause greater loss of agricultural production. The number of disasters, such as floods, droughts, heavy rain, and continuous rain, is related to the amount of rainfall. Therefore, modern agricultural production often uses a self-reporting rain gauge to monitor changes in rainfall.
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The application history of rain gauges in China is very long. Early in the country, rain gauges have been used to monitor rainfall. The self-reporting rain gauges are replacements for traditional rain gauges in modern agriculture. They can automatically monitor and record for a long time. The change of measured rainfall at the point, without the need to manually read the data and records on site, thus providing a lot of convenience for the weather monitoring personnel, as long as they can do the maintenance and adjustment of the self-reporting rain gauge. The rain gauge can accurately record the monitoring results for technical personnel to conduct research and analysis.
The self-reporting rain gauge, an instrument that can automatically observe changes in rainfall, is ideally suited for rainfall monitoring stations where mountains, remote areas, low human resources, and inaccessible rainfall are involved. In addition, hills, plains, densely populated and easily accessible areas are also used. Self-reported rain gauges can be used to reduce the workload of the observers, except that the different regions can have different self-periods, the areas with inconvenient traffic can be longer, and the areas with convenient traffic can be shorter.
The difference between self-reported rain gauges and ordinary rain gauges is mainly due to the instrument's recording and transmission of observation data. Due to the rapid development of computer technology in recent years, agricultural instruments have also generally benefited. These new technologies and improved methods are used in Self-reporting rain gauges and other testing instruments can also bring a lot of convenience to agricultural environmental monitoring, which greatly improves humans' ability to cope with natural disasters and processing speed, and provides important technical force for ensuring agricultural production quality.