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Advanced Hydrological Modeling for Effective Resource Management

Explore hydrological modeling, integrating physical and ecological factors for forecasting and understanding the hydrologic cycle. Make informed water management decisions with a focus on uncertainty quantification.

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Advanced Hydrological Modeling for Effective Resource Management

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  1. Hydrological Modeling • Andrew D. Gronewold, Ph.D., P.E. • Integrated Physical & Ecological Modeling & Forecasting 1/9

  2. IPEMF | Hydrological Modeling National Weather Service River Forecast Centers National Weather Service Regional Headquarters 2/9

  3. IPEMF | Hydrological Modeling Gronewold & Fortin (2012). BAMS. 3/9

  4. IPEMF | Hydrological Modeling • Great Lakes water levels: • Long, continuous record • High variability • Ideal research platform Gronewold et al., (2013). Climatic Change. 4/9

  5. IPEMF | Hydrological Modeling Understanding the hydrologic cycle: over-lake evaporation 5/9

  6. IPEMF | Hydrological Modeling Propagating preeminent science through products…. Gronewold et al., (2013). Environmental Modelling and Software. Cliteset al., (2014). Journal of Great Lakes Research. Hunter et al., (2015) Journal of Great Lakes Research. Smith et al., (2016). Environmental Modelling and Software. 6/9

  7. IPEMF | Hydrological Modeling …into prudent water resources management decisions, Gronewold & Stow (2013) Science. 7/9

  8. IPEMF | Hydrological Modeling …all-the-while acknowledging and quantifying uncertainty. Gronewold et al (Under invited revision). Gronewold et al (2011), Water Research. Gronewold et al (2013), Water Research. Wu et al (2014), Science of the Total Environment. 8/9

  9. IPEMF | Hydrological Modeling 9/9

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