Continuous innovation and development of IoT technology in agriculture cannot be achieved without sensors

With the continuous innovation and development of the Internet of Things technology, IoT technology has penetrated into various areas of agriculture, and gradually formed a professional management model, playing a more positive role in agricultural production, operation, and management. The specifics will be reflected in the following aspects:

1) New agricultural sensors are continuously enriched. In the future, the development of agricultural Internet of Things technology is inseparable from the abundance of sensors and the improvement of the system. At present, the relatively mature agricultural sensors are mainly conventional environmental sensors. New multifunctional composite sensors that perceive complex planting/breeding environment information and dynamic information of life body are still an important direction for the development of agricultural sensors in the future. At the same time, with the continuous development of intelligent technology, the development of micro, low cost, adaptive, micro -power consumption, and high reliability agricultural sensors will be an important trend of the development of the Internet of Things.

2) The rapid development of data cleaning and data quality management technology. With the in -depth application of Agricultural Internet of Things technology, the Internet of Things data of Agriculture will show explosive growth. The reliability and accuracy of data are the prerequisite for ensuring information transformation into value, and most of the data that I perceive in reality is redundant, errors, incompleteness, and inconsistency.

There are many sources of agricultural data, complex data types, and difficulty in screening. Scientific and efficient data cleaning and data quality management mechanisms will not only promote the formulation of relevant policies, but also give birth to new formats and stimulate industrial vitality. Therefore, the establishment of efficient data cleaning, data management system, and data sharing mechanism are imminent.

3) New agricultural intelligent operating equipment continues to emerge. With the development of the Internet of Things technology, more and more intelligent equipment will be widely used in the agricultural field and gradually ban traditional agricultural operations. Lightweight, miniaturization, intelligence, and low -cost operating equipment will be more and more, and it will become the mainstream direction of the future development of the Internet of Things in the future. In addition, the widespread application of intelligent equipment will further promote the in -depth integration of agricultural machinery and agronomy, and promote a greater role in agricultural machinery.

4) Promote the rapid development of molecular design and breeding technology. The development and application of Agricultural Internet of Things technology will accumulate a lot of information such as agricultural climate, crop life, soil nutrients, etc., which greatly enriches the sources of information in the field of modern design and breeding. The convergence of the discipline field effectively promotes the efficient and rapid development of agricultural breeding.

5) Accelerate the development of modern green ecological agriculture. Agricultural Internet of Things technology will transform traditional fertilizer and medicinal application methods to improve the accuracy of plant growth vital signs and pests in pests. Combined with big data and artificial intelligence technology, it has greatly improved the ability to predict and control diseases and insect pests. Combined with multi -functional variable operation control systems, guide variable fertilization, variable spray and variable irrigation operations, effectively reduce the amount of pesticides and chemical fertilizers, ensure agricultural products and environmental green and safe, and promote the sustainable green ecological development of agriculture.

6) Agricultural big data will accelerate the development of modern agriculture. The large -scale agricultural data systems of agricultural production, operation and management are formulated, including data access, data cleaning, data management, resource directory, shared exchange, data audit, data statements, forecasting and other services.

Comprehensive covering agricultural data resources, such as cultivated land data, germplasm resources, agricultural meteorological data, remote sensing data, planting data, animal husbandry data, fishery data, agricultural product processing circulation data, and import and export data of agricultural products. The application of the big data system will further enhance the transparency of the information of all aspects of the agricultural aspects and promote the transformation of agriculture to high efficiency and savings of modern agriculture.

7) Blockchain technology will profoundly affect the development model of Internet of Things technology. Blockchain is essentially an Internet shared database, which is stored in it, and has the characteristics of irreplaceable, full marks, traceability, openness, transparency, and collective maintenance.

Make full use of blockchain technology to reshape the retrospective system and brand of agricultural products, which also helps to manage agricultural capital flow and ensure food safety. For the Agricultural Internet of Things, blockchain is not only technical, but also a management model. The application model based on blockchain technology will profoundly affect the management model of the Agricultural Internet of Things. It is an important development direction and target of the future of the Agricultural Internet of Things.