海水入侵已成为全球性的海岸带环境问题,由于海平面变化是一个长期、缓慢的过程,海水入侵往往难以预测。潮汐波动作为一种有规律的海平面变化,探讨其对地下水的影响使预测海水入侵成为可能。面板数据具有时间和空间两个维度,能更好的代表来自不同个体和不同时间的数据信息,本论文利用连续测量的地层视电阻率数据,采用面板数据方法分析了潮汐波动对视电阻率影响的强度分布,由此预测了海平面上升对地层电阻率的影响和地层视电阻率的变化趋势。 Seawater intrusion has become a global environmental issue in the coastal zone. Since sea level change is a long-term and slow process, sea-water intrusion is often unpredictable. Tidal fluctuation as a regular sea level change, to explore its impact on groundwater to make it possible to predict seawater intrusion. Panel data has two dimensions of time and space, which can better represent the data information from different individuals and time. In this paper, the influence of tidal fluctuation on apparent resistivity is analyzed by panel data method using continuous measured apparent resistivity data Which predicts the influence of sea-level rise on the resistivity of the formation and the trend of the apparent resistivity of the strata.