Today, with the rapid development of modern agriculture, the modern agricultural technology in the United States and Israel is quite mature, while the agricultural planting in other countries is relatively backward. At present, it is changing from traditional individual planting operations to large-scale modern planting agricultural operations. The contribution rate of agricultural science and technology progress will reach more than 60%, and the level of comprehensive mechanization of planting and harvesting will reach more than 68% of main crops. These all need the support of the Internet of Things technology.
In traditional planting management with experience management as the main mode, due to different experiences in fertilization, pest control, and irrigation, different growers will have different planting effects, resulting in waste of water resources and excessive fertilization and spraying. With the continuous advancement of large-scale planting and continuous changes in industry conditions, traditional experience management has been unable to adapt to large-scale production and management, and scientific, intelligent, and advanced agricultural Internet of Things management methods will surely replace them.
The agricultural and forestry Internet of Things system collects crop environmental information and monitors plant diseases and insect pests through insect monitoring systems, soil nutrient monitoring systems, weather stations and other equipment, to timely grasp field biological resources, and to enable intelligent environment and irrigation. Functions such as control, safety production monitoring, and harmless prevention and control of plant diseases and insect pests.
At present, the agricultural and forestry Internet of Things mainly includes Jiaduo's independent intellectual property rights: microclimate information collection system; insect information automatic collection system; spore cultivation statistical analysis system; ecological remote real-time monitoring system; ecological remote control manipulator; field moisture seedling monitoring system; frequency vibration trap control system Ten major systems; Microbial infection system; Intelligent control of facility agriculture. It realizes the real-time extraction and early warning, prevention and control of crop pests and diseases information, effectively reducing the use of pesticides and fertilizers, alleviating the shortage of water resources; improving agricultural productivity; helping users to achieve a higher level of intensive agriculture.
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| Author : binda |
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