Research and Application of Key Technologies for Automated Monitoring in the Integrated Control of Termite Damage in Hydraulic Engineering

The control of termite damage in hydraulic engineering is crucial for ensuring the structural safety and sustainable operation of these projects. This paper comprehensively analyzes the key technologies for monitoring and controlling termite damage, with a particular focus on the integration of automated monitoring technologies and control strategies. The limitations of traditional monitoring methods are first introduced, followed by a discussion on the advantages of automated monitoring technologies, such as real-time data collection and remote monitoring, and their importance in termite damage warning and management. In terms of control strategies, the paper covers the integrated application of various methods, including physical, chemical, and biological controls, emphasizing the critical roles of structural design optimization and environmental management in preventing termite damage. Finally, the organic integration of automated monitoring technologies with control measures is explored, highlighting its significance in enhancing control efficiency and ensuring the safety of hydraulic engineering projects. This research provides theoretical guidance and practical references for the integrated control of termite damage in hydraulic engineering, aiding in the management of termite threats and ensuring the long-term stability and sustainability of these projects.