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The " Internet of Things " has become popular in the last two years, from the initial concept of words to all walks of life now applied. In some rural areas of our country, with the popularization of e-commerce knowledge, agricultural materials e-commerce and fresh e-commerce have just emerged, and the Internet has gradually spread from cities to rural areas. The combination of the agricultural Internet of Things and the e-commerce model will inevitably lead to agricultural cultivation, Production and sales lead a new level.
Traditional agricultural production and agricultural sales methods need to be changed, which has become the consensus of agricultural practitioners. Today we put aside the concepts of RFID, infrared sensing, GPS and other industries for the time being, and pay attention to the application of the Internet of Things in agricultural production. The seemingly "Internet of Things" is not alienated at all. In fact, we are fertilizing, applying drugs, watering, A good tool for selling agricultural products, it has actually happened and changed agriculture.
In traditional agriculture , people mainly obtain and record farmland information through manual monitoring and measurement. This approach often cannot guarantee the accuracy and timeliness of monitoring records, and this will consume a lot of manpower. The agricultural Internet of Things monitoring system uses wireless sensors. The network can accurately and effectively improve the accuracy and timeliness of monitoring, reduce manpower consumption, and obtain crop environmental information and crop growth information.
The Agricultural Internet of Things uses a large number of sensor nodes to form a monitoring network. It collects information through various types of sensors to help farmers find problems in a timely manner and accurately determine the location of problems. In this way, agriculture will gradually focus on manpower and dependence. The production mode of isolated machinery shifted to the production mode centered on information and software, thus making extensive use of various automated, intelligent, remotely controlled production equipment.
1. In terms of planting:
IoT technology can more accurately obtain plant growth information. By installing sensors and other equipment on the farmland, it is possible to more accurately and timely collect crop growth information, pest and disease information, air temperature, humidity, soil moisture, soil structure and other information, and inform the farmers in a timely manner through an intelligent platform, so that farmers can Take prompt action accordingly. IoT technology can enable remote support. Farmers can query local agricultural policies, market conditions and other information on the Internet of Things platform to effectively solve the problem of poor information. Farmers can also make scientific diagnosis and decision-making of crop diseases and insect pests, growing conditions, etc. through the expert system on the platform, so as to improve the disaster resistance of agriculture, reduce the risk of agricultural production, and improve the quality of crops.
In terms of agricultural product circulation:
First, the Internet of Things can make it easier to "sell" agricultural products. The agricultural Internet of Things can connect farmers and agricultural product distributors to let agricultural product distributors know where the crops are mature and where the quality of the crops is good. The acquisition plan will be formulated as soon as possible. Similarly, farmers can also learn about the sales of agricultural products through the Internet of Things, choose agricultural product distributors, determine the planting plan for the next quarter, and avoid the situation where agricultural products are harvested but not sold. The Internet of Things can also strengthen the supply chain management of agricultural products. The Internet of Things technology can systematically collect data on the initial processing, warehousing, inventory, and suppliers and customers of agricultural products, facilitating agricultural product distributors to store and transport agricultural products in a standardized way, and to scientifically and effectively manage the supply, demand, and distribution of agricultural products.
In terms of agricultural product sales:
Traditional logistics methods are difficult to reach the "last mile" of individual buyers because of information asymmetry and inability to guarantee the quality and safety of agricultural products. But now, these problems can be solved through the Internet of Things. The Internet of Things can empower agricultural product identity cards. In the process of agricultural product distribution, by adding barcodes, two-dimensional codes or radio frequency identification tags to the packaging of agricultural products, and scanning with a reading device, you can quickly and easily read all information about agricultural products, such as origin, quality, and distribution process. , Delivery staff, etc. This can greatly improve the level of distribution management of fresh agricultural products, facilitate the implementation of after-sales services such as return and exchange, and help ensure food safety . This is a huge advantage for agricultural product distributors, especially fresh food e-commerce and order farming.
August 12, 2016
Chengdu Xinxin Electronic Technology Co., Ltd. Editorial Department
Editor: Little Devil in Gourd