该中心主要从事地表和地下水水文学、水力学和河流地形学方面的研究。
The centre focuses upon all aspects of surface and groundwater hydrology, hydraulics, and fluvial geomorphology.
基于过程模拟手段揭示地下水的水文功能和变化机制，已经成为水文学研究的重要手段。
Simulating means based on process announces hydrology function and changing mechanism of groundwater, it has already become an important means of the hydrology research.
地下水文学问题相似求解的有效性是受到限制的。
The availability of similarity solutions to subsurface hydrologic problems is limited.
研发了用于水力学，水文学，地下水和环境工程学区域的电脑软件。
Develop computer applications for the hydraulics, hydrology, groundwater, and environmental engineering areas.
许多无地下水观测资料的岩溶山区，其水资源评价主要靠岩溶水文学方法。
In many karstic mountainous areas where there are no groundwater observation data available, water resources evaluation is conducted mainly dependent on karst hydrological method.
许多无地下水观测资料的岩溶山区，其水资源评价主要靠岩溶水文学方法。
In many karstic mountainous areas where there are no groundwater observation data available, water resources evaluation is conducted mainly dependent on karst hydrological method.
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