土壤水分传感器：又称土壤湿度传感器，由不锈钢探针和防水探头构成，可长期

Soil moisture sensor: Also known as soil moisture sensor, it is composed of stainless steel probe and waterproof probe. It can be buried in soil and dams for a long time to perform fixed-point monitoring and online measurement of moisture content in surface and deep soil. Used in conjunction with the data collector, it can be used as a tool for fixed-point monitoring or mobile measurement of moisture (ie, farmland moisture detector). <br><br>Soil temperature sensor: The soil temperature sensor can monitor the temperature of soil, atmosphere and water. A suitable soil temperature is conducive to the growth of plants. Too low or too high temperature is not conducive to the growth of plants. The seeds of crops can only germinate within a suitable soil temperature range. Within a certain temperature range, the higher the soil temperature, the faster the growth and development of crops. Different plants have different requirements for temperature. By monitoring the soil temperature, the soil temperature can be kept within the suitable growth temperature range of crops, so as to ensure the increase of crop production and income. <br><br>Soil EC sensor: At present, the soil EC value in the field is mainly measured by a digital display soil EC meter. The principle uses a special metal material as a sensor to realize the rapid determination of the EC value of the soil, etc. High concentration of soluble salt The species can damage plants or cause plant root death, and soil EC sensors can improve this situation. <br><br>Monitoring of soil PH: the growth of various plants has its own suitable soil acidity and alkalinity, and most plants are difficult to grow normally when the PH is too high or too low. Some diseases can only occur within a certain PH value range, such as damping disease, which tends to occur easily on alkaline and neutral soils. Appropriate soil pH is helpful for the growth of agricultural crops and reducing pests and diseases, so it is necessary to monitor soil pH. <br><br>Soil sensors are monitoring crop irrigation, soil air changes, and large-scale surface detection, and data about soil moisture, soil nitrogen, phosphorus, potassium, and pH values. Sensing technology is playing a more and more important role in the development of precision agriculture. It will play an increasingly important role in scientific monitoring, rational planting, help farmers fight and reduce disasters, improve comprehensive agricultural benefits, and promote the transformation and upgrading of modern agriculture.

Soil moisture sensor: also known as soil moisture sensor, it is composed of stainless steel probe and waterproof probe. It can be buried in soil and dams for a long time to carry out fixed-point monitoring and online measurement of soil moisture in surface and deep soil. It can be used together with the data collector as a tool for fixed-point monitoring or mobile measurement of moisture (i.e. farmland moisture detector).<br>Soil temperature sensor: soil temperature sensor can monitor the temperature of soil, atmosphere and water. Appropriate soil temperature is conducive to plant growth, and too low or too high temperature is not conducive to plant growth. The seeds of crops can germinate only within the appropriate soil temperature range. Within a certain temperature range, the higher the soil temperature, the faster the growth and development of crops, and the requirements for temperature are different for the growth of different plants. By monitoring the soil temperature, the soil temperature can be kept within the suitable growth temperature range of crops to ensure the increase of crop yield and income.<br>Soil EC sensor: at present, the field rapid measurement of soil EC value is mainly measured by digital display soil EC meter. Its principle adopts the formulated special metal material as the sensor to realize the rapid measurement of soil EC value. High concentration of soluble salts will damage plants or cause the death of plant roots. Soil EC sensor can improve this situation.<br>Monitoring of soil pH: the growth of various plants have their own suitable soil acidity and alkalinity, and most plants are difficult to grow normally when the pH is too high or too low. Some diseases can only occur within a certain pH value range. For example, sudden onset disease is often prone to occur in alkaline and neutral soil. Suitable soil acidity and alkalinity is helpful to the growth of agricultural materials and reduce diseases and pests, so the monitoring of soil pH is very necessary.<br>Soil sensors are playing a more and more important role in monitoring crop irrigation, soil air changes, large-area surface detection, data on soil moisture, soil nitrogen, phosphorus and potassium content and pH value. Sensing technology is playing a more and more important role in the development of precision agriculture, so as to realize scientific monitoring, reasonable planting, help farmers resist and reduce disasters, and improve the comprehensive benefits of agriculture, Promoted the transformation and upgrading of modern agriculture.

Soil moisture sensor: also called soil moisture sensor, it is composed of stainless steel probe and waterproof probe. It can be buried in the soil and dams for a long time, and can be used for fixed-point monitoring and online measurement of surface and deep soil moisture. Used in conjunction with the data collector, it can be used as a tool for fixed-point monitoring or mobile measurement of moisture (i.e. farmland moisture detector).Soil temperature sensor: Soil temperature sensor can monitor the temperature of soil, atmosphere and water. Proper soil temperature is beneficial to plant growth, while too low or too high temperature is not conducive to plant growth. The seeds of crops can only germinate in a suitable soil temperature range. In a certain temperature range, the higher the soil temperature, the faster the growth and development of crops, and different plants have different requirements for temperature. By monitoring the soil temperature, the soil temperature can be kept in the appropriate growth temperature range of crops, and the yield and income of crops can be increased.EC sensor: At present, the field rapid measurement of soil EC value is mainly measured by digital display soil EC meter. Its principle is to use special metal materials as sensors to quickly measure the EC value of soil, etc. High concentration of soluble salts can damage plants or cause the death of plant roots. Soil EC sensor can improve this situation.Monitoring of soil PH: All kinds of plants have their own suitable soil acidity and alkalinity, and most plants are difficult to grow normally when the PH is too high or too low. Some diseases can only occur in a certain PH range, such as cataplexy, which is easy to occur in alkaline and neutral soils. Proper soil acidity and alkalinity is helpful to the growth of agricultural products and reduce pests and diseases, so it is necessary to monitor soil pH.Sensors are used to monitor crop irrigation, soil air changes, and large-area surface detection. The sensor technology is playing a more and more important role in the development of precision agriculture, so as to realize scientific monitoring, rational planting, help farmers fight disasters and reduce disasters, improve the comprehensive benefits of agriculture, and promote the transformation and upgrading of modern agriculture.