青贮玉米智能化灌溉的探索与研究

Exploration and Research on Intelligent Irrigation of Silage Corn

近几年随着高效节水灌溉工程的快速发展,青贮玉米水肥一体化灌溉没有达到预期的节水、节肥、节工效果。随着信息化、数字化快速发展,在现代化农业发展中融入科技技术,高效精准的指导青贮玉米灌溉和施肥。结合大数据、人工智能、区块链等新一代数字技术,重构产业链、升级价值链,深化农业产业融合,探索创新农业新模式新业态,推动农业向网络化、精准化、智能化发展,在农业生产过程中,真正实现节水、节肥、节工、增效的目标。在青贮玉米种植期间,通过对数据的长期监测积累和不断修正,建立青贮玉米智能化灌溉模型,将不确定的灌溉决策信息有机融合,提高灌溉决策的可靠性,可为实现无人农场奠定基础。

In recent years, with the rapid development of high-efficiency water-saving irrigation projects, the integrated irrigation of water and fertilizer for silage corn has not achieved the expected water-saving, fertilizer-saving and laborsaving effects. With the rapid development of informatization and digitization, technology has been integrated into the development of modern agriculture to efficiently and accurately guide the irrigation and fertilization of silage corn. Combining big data, artificial intelligence, blockchain and other new generation digital technologies, reconstruct the industrial chain,upgrade the value chain, deepen the integration of agricultural industries, explore new agricultural models and new formats,and promote the development of agriculture towards networking, precision and intelligence. In the process of agricultural production, the goal of saving water, fertilizer, labor and increasing efficiency is truly realized. During the planting of silage corn, through long-term monitoring, accumulation and continuous correction of data, an intelligent irrigation model for silage corn is established, which organically integrates uncertain irrigation decision-making information, improves the reliability of irrigation decision-making, and lays the foundation for the realization of unmanned farms.