Development and application of stochastic methods to describe flow and transport in randomly heterogeneous media, geostatistical methods for the spatial analysis of hydrologic data, efficient inverse methods under parameter and conceptual model uncertainty, integrated analysis of groundwater parameter, conceptual model, and scenario uncertainty, high performance computing using state-of-the-art algorithms and tools, computational investigation of flow and transport in unsaturated fractured systems, identification of geologic structure of unsaturated porous media and estimation of equivalent hydraulic parameters.
Ming's Google Scholar Citations