Intelligent agricultural monitoring and regulating system

Abstract

The invention discloses an intelligent agricultural monitoring and regulating system. The intelligent agricultural monitoring and regulating system comprises a region dividing module, a first collecting module, a second collecting module and a monitoring and regulating module, wherein the region dividing module is used for dividing a to-be-detected region into n target regions; the first collecting module is used for collecting the soil pH value of each of the n target regions; the second colleting module is used for collecting the actual leaf area index and maximum height value of plants in each of the n target regions; the monitoring and regulating module is used for regulating the soil pH value and spraying manner of the n target regions according to the actual leaf area index and maximum height value of the n target regions. The intelligent agricultural monitoring and regulating system has the advantages that the growth process of the plants is monitored and regulated from two aspects, to be more specific, the growth environment of the plants is improved by regulating the soil pH value, and high-quality and stable soil fertility is provided for the growth of the plants to promote the growth of the plants; the chemical absorbing effect of the plants and soil is guaranteed by regulating the spraying manner, the chemical utilization rate of the plants is increased, and the growth of the plants is further promoted.

Description

technical field [0001] The invention relates to the technical field of the agricultural internet of things, in particular to an intelligent agricultural monitoring and adjustment system. Background technique [0002] As the third wave of the information industry, the Internet of Things has solved many scientific and technological problems in the field of agriculture, such as information acquisition distributed in a wide area, efficient and reliable information transmission, and intelligent decision-making for different applications. Boosters and accelerators to realize the transition from traditional agriculture to modern agriculture. In the process of agricultural production, the actual state of the soil and the spraying of drugs will affect the growth process and growth effect of crops. The traditional agricultural management method is far from reaching the standard of fine management, and can only be regarded as extensive management. In this way, the above-mentioned envi...

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Problems solved by technology

In the process of agricultural production, the actual state of the soil and the spraying of drugs will affect the growth process and growth effect of crops. The traditional agricultural management method is far from reaching the standard of fine management, and can only be regarded as extensive management. In this way, the above-mentioned environmental parameters can not be managed through human perception ability to meet the accuracy requirements. In order to realize the intelligent management of modern agriculture, it is very necessary to establish a practical, reliable, long-term monitoring and good perception of the agricultural environment monitoring system , through accurate and real-time acquisition of environmental information of crop growth and monitoring of this information to regulate the growth process of plants

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