tipping bucket rain gauge is divided into single tipping bucket and double tipping bucket two kinds, single tipping bucket rain gauge and double tipping bucket rain gauge are using the principle of tipping bucket to measure the amount of precipitation instrument. The main difference between them lies in the number of tipping buckets, structural design and the resulting differences in measurement a···

Rain gauges play an important role in agriculture. The use of rain gauges in agriculture can help improve the sustainability of agricultural production, optimize water management, reduce agricultural risk, and support the development of precision agriculture. By utilizing the data provided by rain gauges, farmers and agricultural managers can make more scientific and rational decisions to improve ···

Tipping bucket rain gauge installation method,Step 1:Make the cement installation base, the plane on the cement base should be horizontal. The size of the cement installation base is generally 40cmx40cm square base with height not less than 30cm or 40cm diameter round base. Requirements for the instrument's rainfall height from the ground level distance of 70cm, and to ensure that the instrument a···

Double tipping bucket rain gauge is an improvement of the single tipping bucket rain gauge, due to the single tipping bucket rain gauge in the process of tipping the tipping bucket continues to be injected into the tipping bucket, precipitation in the rainfall difference is large, which will bring errors, so produced a double tipping bucket rain gauge. The use of multiple tipping buckets allows na···

application of rain gauges in the livestock industry can help improve resource management efficiency, reduce the impact of natural disasters on the livestock industry, help ranchers better cope with precipitation conditions and climate change, improve the sustainability and economic efficiency of the livestock industry. and support sustainable livestock practices. By utilising the data provided by···

The application of agriculture sensors and weather sensors needs to be considered and implemented in a holistic manner in terms of data collection, analysis, decision support and other aspects in order to truly improve agricultural yields and at the same time reduce the waste of resources and the environmental footprint and promote sustainable agricultural development.

NBL-S-PH soil pH sensor is a revolutionary solution for soil acidity and alkalinity measurement. It not only solves many problems of traditional soil pH measurement methods, but also provides a fast, accurate and convenient means of soil pH measurement for agriculture, horticulture, grass pasture, soil research and other fields.

Adjusting irrigation strategies based on soil temperature and moisture sensor data is an effective method to ensure crops receive adequate water while avoiding wasting water resources. Here are some steps and considerations to help determine the optimal valve opening time for irrigation systems: 1. Data Collection:

Soil sensors and weather sensors working together, Soil sensor data often needs to be used in conjunction with other climate data to more fully understand and assess crop water needs and environmental conditions. Here are some reasons why and how:

In modern agriculture, irrigation is one of the key factors in ensuring healthy crop growth and high yields. However, effective irrigation requires a combination of crop water needs and environmental factors, and a corresponding irrigation strategy. Here are some key points that can help farmers optimize their irrigation schedules: