Studying the shallow subsurface rainfall infiltration processes using coupled numerical hydrological-thermal model and time-lapse ERT monitoring method: A case Study in the Wufeng Dist., Taichung City, Central Taiwan

[Audio] Good afternoon, everyone. Today, I'll be presenting our research on coupled hydro-thermal modeling and geophysical techniques. The topic is Studying the shallow subsurface rainfall infiltration processes using coupled numerical hydrological-thermal model and time-lapse ERT monitoring method: A case Study in the Wufeng Dist., Taichung City, Central Taiwan.

[Audio] Firstly, Our study site was located in 台中霧峰. Our main objective was to develop a coupled hydro-thermal model that could simulate the complex interactions between groundwater and thermal processes accurately and efficiently. To achieve this, we used geophysical techniques to help the parameter estimation. Then, Our results showed that the coupled hydro-thermal model was able to simulate the groundwater and thermal processes accurately. We also identified some key parameters that control these processes and their interactions. Our study has implications for various applications such as agricultural and water resource management. However, there are still limitations and uncertainties that need to be addressed. In conclusion, our study demonstrates the potential of coupled hydro-thermal modeling and geophysical techniques to improve our understanding of complex processes. Thank you for your attention..