A System Design for Virtual Reality Visualization of Hydrological and Meteorological Data

The study introduces a tailored virtual reality (VR) visualization system designed for the analysis and monitoring of hydrological and meteorological data, with a specific focus on the Yellow River basin in China. Utilizing Unity3D and C#, the system is capable of generating realistic virtual environments and facilitating diverse interactions, such as real-time monitoring, data analysis, and hazard warning functionalities. Users have the ability to fully immerse themselves in a virtual hydrological station, enabling direct observation of changes in hydrological and meteorological data while interacting with the environment through VR devices. Furthermore, an integral cultural hall within the system serves to exhibit the rich history and culture of the Yellow River, thereby enhancing its cultural significance. This innovative system not only enhances efficiency in hydrological monitoring but also contributes to raising public awareness regarding river management. The research underscores the potential applications of VR technology in water resource management, offering valuable insights for similar systems development across various regions.