Iowa Flood Center Graduates

Graduates are sorted by name, degree attained, year of graduation, and thesis/dissertation title.


Anthony Vecchi, MS, 2017, Development of Hydrologic and Water Quality Model of Cedar Creek

Andre Della Libera Zanchetta, MS, 2017, IFIS Model-Plus a Web-Based GUI for Visualization, Comparison and Evaluation of Distributed Hydrologic Model Outputs

Yibing Su, MS, 2017, Real-Time Prediction of Stream Water Temperature for Iowa


Iman Mallakpour, PhD, 2016, The Tale of Flooding Over the Central United States

Stephanie Then, MS, 2016, A Hydrologic Assessment of Surface Ponding in a Drained Prairie Pothole Wetland


Frederico Antolini, MA, 2015, Geospatial Modeling to Assess Location Suitability in a Detention System of Small Reservoirs

Tibebu Ayalew, PhD, 2015, Physical Basis of the Power-Law Spatial Scaling Structure of Peak Discharges

Karl Brauer, MS, 2015, A Hydrologic Model of Upper Roberts Creek and Exploration of the Potential Impacts of Conservation Practices

Muhieddine Kabbani, PhD, 2015, Using PCSWMM, to Simulate First Flush and Assess Performance of Extended Dry Detention Ponds as Structural Stormwater BMPS in a Large Polluted Urban Watershed 

David Koser, MS, 2015, Assessment of Flood Mitigation Strategies for the City of Kalona, IA

Lance Le, PhD, 2015, Modeling Stream Discharge and Nitrate Loading in the Iowa-Cedar River Basin Under Climate and Land Use Change 

Nicholas Leach, MS, 2015, Hydrologic Response of Land Use and Land Cover Changes

Kumar Mishra, PhD, 2015, Compressed Sensing Applied to Weather Radar

Nicholas Thomas, PhD, 2015, Simulating the Hydrologic Impact of Distributed Flood Mitigation Practices, Tile Drainage, and Terraces in an Agricultural Catchment

Haowen Xu, MS, 2015, Prototype Hydroinformatics-Based System for Supporting Decision Making in Culvert Design and Monitoring


Bo Chen, PhD, 2014, Analysis of hydrologic systems at multiple spatial scales and its implications for aggregating hydrologic process

Chad Drake, MS, 2014, Assessment of flood mitigation strategies for reducing peak discharges in the Upper Cedar River watershed

William Klingner, MS, 2014, The effects of increased infiltration and distributed storage on reducing peak discharges in an agricultural Iowa watershed: the Middle Raccoon River.

Scott Rowe, MS, 2014, The predictability of Iowa’s hydroclimate through analog forecasts.

Tesfalem Tsegay Tekle, MS, 2014, Ultrasonic stream bridge sensors (USBS) error in water level estimation.


Chi Chi Choi, MS, 2013, Coupled hydrologic and hydraulic models and applications.

Kyutae Lee, PhD, 2013, Evaluation of methodologies for continuous discharge monitoring in unsteady open-channel flows.

Rebecca Sheler, MS, 2013, The impact of agricultural drainage systems on hydrologic responses.

Matthew Wunsch, MS, 2013, Distributed storage modeling in Soap Creek for flood control and agricultural practices.


Jared Barr, MS, 2012, A multiscale investigation of the role of variability in cross-sectional properties and side tributaries of flood routing.

Matthew Kemp, MS, 2012, A FM-CW microwave radar for rainfall applications.

Luciana Kindl da Cunha, PhD, 2012, Exploring the benefits of satellite remote sensing for flood prediction across scales.

Benjamin Reith, MS, 2012, Flood risk analysis for the Iowa Statewide Floodplain Mapping Project.


Travis Baxter, MS, 2011, Engineering and legal aspects of a distributed storage flood mitigation system in Iowa.

Timothy Middlemis-Brown, MS, 2011, Assessing and augmenting emergency response: A study of the current methods and potential changes to flood response in the State of Iowa.

Nicholas Sitter, MS, 2011, Two-wire, low component count soil temperature sensor.

Nicholas Thomas, MS, 2011, Standard methods for the Iowa Statewide Floodplain Mapping Program.


Daniel Gilles, MS, 2010, Application of numerical models for improvement of flood preparedness.

James Niemeier, PhD, 2010, Radio in hydroscience: Unconventional links and new sensor possibilities.

Matt Moore, MS, 2010, Development of a high-resolution 1D/2D coupled flood simulation of Charles City, Iowa.

Jesse Piotrowski, MS, 2010, Development of a high-resolution two-dimensional urban/rural flood simulation.

Bong Chul Seo, PhD, 2010, Towards a better representation of radar-rainfall: Filling gaps in understanding uncertainties.