IIHR- Hydroscience & Engineering
College of Engineering, The University of Iowa
Water and Air Resources Projects
The following projects provide a glimpse of the diverse research activities in Water and Air Resources.
Forecast Technology Integration for Water Resources Management
DNAPL Source Zone Characterization by the Stochastic Fusion of Information
Water Quality-Coralville Reservior for November 2002-2006
Development of Empirically Based Methodology for Comprehensive Verification of Radar Rainfall Products
Collaborative Research: An Optimality Principle of Evaporation Over the Land Surface
Characterization of the Spatial Variability of Rainfall From Remote Sensing: Graduate Fellowship
WP-283 Newtown Creek WPCP Plant Upgrade-Physical Hydraulic Model Study of the Brooklyn-Queens Pump Station Wet Wall Extension
Sediment Modeling in Iowa
SEI (EAR): Collaborative Research: Adaptive Fusion of Stochastic Information for Imaging Fractured Vadose Zones
Diagnostic Verification of 6-90 Day Ensemble Streamflow Predictions for AHPS
ITR: Collaborative Research: A Comprehensive Framework for Use of NEXRAD Data in Hydrometeorology and Hydrology
General Maintenance and Support of the PVSTATS Computer Program
Meteorological Properties From Elastic Lidar Measurements
Analysis of Storms Associated with the Events of Dec. 25 at St. Sophia Camp Located in San Bernardino, CA
Measurements of Aerosols Emitted From Hog Confinements
Implementation of the Water Quality BMP and Design Specification Components in the Iowa Stormwater Runoff Control Interactive Manual
Collaborative Research: Data Assimilation of Dual Doppler Lidar Observations of the Urban Boundary Layer
Verification of Eddy-Viscosity Models in the Planetary Boundary Layer
Estimation of Spatially Distributed Latent Energy Flux Over Complex Terrain From a Raman Lidar
A Technique for Wind Measurement with high Spatial and Temporal Resolution
Lidar Applications in Air Pollution Monitoring
Large-Scale Particle Image Velocimetry – a Reliable Tool for Modeling Free-Surface Flows
NASA Field Experiment - TEFLUN-B
Imaging Air-Water Flows
Real-Time Estimation of Discharges of the Iowa River Using an Image-Based Method
Measuring River and Floodplains Flows Using PIV
Adaptive Fusion of Stochastic Information for Imaging Fractured Vadose Zones
Coupling Satellite Remote Sensing and Unsteady Flow Modeling for Discharge Estimation
Watershed-Scale Cybertools: Real-Time Stream Monitoring at Ungaged Sites
First Estimation of the Runoff Curve Number in the State of Iowa via Direct Rainfall Simulator Measurements
Assessment of Turbulent Exchanges Around Livestock Facilities Using Lidar Technology
Collaborative Research: Small-Scale Variability of Rainfall: Experimental Studies with Implications for Rainfall Estimation
Clear Creek Environmental Hydrologic Observatory: From Vision Toward Reality
Design of a P3 Exchange Program
Thermal Model Data Acquisition System Service and Maintenance for Joliet Station
Estimation of Spatial Flooding Patterns for Extreme Rainstorms in the United States
A Helicopter Observation Platform (HOP) for Measurements of Aerosol Characteristics and Transport
Elastic Lidar Measurements in MIRAGE-Mex
Propagation of Uncertainty in Rainfall Estimates from Remote Sensors in Spatio-Temporal Hydrologic Models
Development of Efficient Sharp Interface Fixed Grid Techniques for 3-Dimensional Multimaterial Intreaction Problems
MRI: Acquisition of Mobile Facility for Providing High-Resolution Input to Hydrologic Observatories
Development and Application of a Personal Exposure Screening Model for Size-Resolved Urban Aerosols
Design and Testing of a Point of Use Electrolytic Chlorine Generator for Drinking Water Disinfection in Poor Countries
A New Approach to Emissions from Animal Husbandry Facilities
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The University of Iowa
2005. All rights reserved. Iowa City, IA 52242
This page was last updated on February 27th, 2008
