Application of Rain Gauge in Agricultural Weather Station

In traditional agriculture, people have very limited ways to obtain farmland information, mainly through manual satellite measurement, which requires a lot of manpower. wide application.

In monitoring crop irrigation, soil air changes, livestock and poultry house environmental conditions, and large-scale surface testing, collecting temperature, humidity, wind, atmosphere, rainfall, soil moisture, soil nitrogen, phosphorus and potassium content and PH value, etc. In terms of data, sensing technology is playing an increasingly important role in the development of smart agriculture.

Collecting information from various sensors can help farmers find problems in time and accurately capture the location of the problem. Through the use of wireless sensor networks, labor consumption and the impact on the farmland environment can be effectively reduced, and accurate crop environment and crop information can be obtained. In this way, scientific monitoring and reasonable planting can be achieved, helping farmers fight and reduce disasters, improve comprehensive agricultural benefits, and promote the transformation and upgrading of modern agriculture.

The application of rain gauge in IoT agricultural meteorological stations is a manifestation of sensing technology in the development of smart agriculture. Rain gauges are suitable for meteorological stations (stations), hydrological stations, agriculture, forestry, national defense and other relevant departments to remotely measure liquid precipitation, precipitation intensity, and precipitation start and end times. It can be used for automatic hydrological monitoring and reporting systems and automatic field monitoring and reporting stations for the purposes of flood control, water supply scheduling, power station and reservoir water regime management, etc.

IoT Agricultural Weather Station Observation Station

The Agricultural Meteorological Station Observation Station is a small automatic weather station designed for the monitoring of the agricultural ecological environment and the environment of agricultural production activities. By collecting information from sensors such as temperature and humidity, light, photosynthesis, rainfall, and wind speed and direction, the growth situation of the field can be grasped in time. When the growth of the field is restricted due to these factors, the user can respond quickly and take emergency preventive measures.

The agricultural meteorological station observation station consists of collectors, sensors, control equipment, weather station brackets, data transmission equipment and intelligent weather station systems. The sensors include environmental temperature, humidity, wind speed, wind direction, air pressure, soil temperature, soil moisture sensor, soil PH, soil salinity, rainfall sensor, total radiation sensor, carbon dioxide, sunshine hours and other meteorological element sensors (can be selected according to demand match). Smart rain gauges are an important part of its sensors.

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How to extend the service life of the tipping bucket rain gauge?

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How to extend the service life of the tipping bucket rain gauge?

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Tips for regular maintenance of tipping bucket rain gauge 1. The tipping bucket rain gauge is outdoors for a long time and the operating environment is very harsh. Therefore, the inner wall of the rain port of the instrument should be frequently wiped with a soft cloth to keep the rain port clean. If there are foreign objects such as leaves in the rain port, it should be cleaned in time to keep the waterway unblocked. When the instrument is not used for a long time, a cover should be placed on the instrument ring to protect the rain-bearing opening. The long-term work of the instrument is generally cleaned up once a month and once every three months. 2. Check-in time after each heavy precipitation process to prevent overflow. During the precipitation process, when the amount of precipitation may exceed the measurement range due to a large amount of precipitation, water should be drained in time during the intermittent period of precipitation. It is expected that there will be dusty we...
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