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- A groundwater nonpoint source pollution modeling framework to evaluate long‐term dynamics of pollutant exceedance probabilities in wells and other discharge locations
- Demonstrating the potential for using nutrient management and/or agricultural managed aquifer recharge (Ag-MAR) in the source area of a public supply well to remediate nitrate contamination
- Developing statistically based metrics of nonpoint source groundwater contamination and assessing the role of aquifer heterogeneity versus pumping rate and well depth on these metrics
- Developing the mSim software using a suite of Matlab functions for simulating nonpoint source (NPS) pollution in groundwater aquifers at high resolution over hundreds of years
- Effects of upscaling temporal resolution on groundwater nitrate transport model performance at the regional management scale
- Employing the concept of unit-response functions to efficiently model nonpoint source pollution of groundwater within a probabilistic framework
- Evaluating computational methods (here: algebraic multigrid preconditioners) to address the computational demands in groundwater nonpoint source pollution transport models
- Modeling groundwater pollution from nonpoint sources: How much does detail in time matter?
- Nonpoint source (NPS) pollution of groundwater: What is the impact of aquifer, soil, and land use spatial variability on our ability to predict future nitrate, salt concentrations
- Nonpoint source (NPS) pollution of groundwater: what time scales matter when we design a groundwater flow and transport model to assess nitrate or salt transport?
- Putting the NPSAT modeling framework to test: comparison to a fully three-dimensional, transient model of nitrate transport in the northeastern San Joaquin Valley
- Scenario Analysis: Agricultural Source-area Management Practices
- Simulation of unconfined aquifer based on adaptive mesh refinement
- Theoretical background and validation of a simple online tool to obtain statistical estimates of future nitrate outcomes at public supply wells, following a user-defined change in land use or land management
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