In agricultural production, soil moisture is directly related to the growth of crops. To achieve refined agricultural management, a flexible and real - time early - warning soil moisture monitoring station has become a powerful assistant in the agricultural field.
This system consists of several key components. Diverse sensors play a fundamental role. For example, soil moisture sensors accurately measure soil moisture, and soil temperature sensors monitor soil temperature. When necessary, sensors for electrical conductivity, pH value, etc. can also be configured to comprehensively obtain soil information. The data collection and transmission module is responsible for collecting sensor signals, converting them into digital signals, and then remotely transmitting them through technologies such as LoRa and NB - IoT to ensure real - time data delivery. The data analysis platform cleans, integrates, and analyzes the data, presenting it in the form of charts, reports, etc., making the changes in soil moisture clear at a glance. The system also has a user - friendly interface that can be easily operated on mobile apps and computer web pages.
The real - time early - warning function is a major highlight of this system. Users can set personalized parameter thresholds for soil moisture, temperature, etc. according to the growth needs of crops. Once the monitored data exceeds the range, the system immediately triggers an early warning, notifying users through various means such as text messages, emails, and WeChat. At the same time, it details the abnormal situation and its impact on crops, and provides countermeasures.
It has a flexible composition, allowing sensors to be added or removed as needed to meet diverse monitoring requirements. It has strong real - time performance, capable of real - time data collection, transmission, and analysis, contributing to precise agricultural management. Through accurate monitoring and early warning, users can reasonably arrange irrigation and fertilization, improve water resource utilization, reduce waste, increase crop yield and quality, and promote the sustainable development of agriculture.
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