A Hydrodynamic Model Calibration Study of the Savannah River Estuary with an Examination of Factors Affecting Salinity Intrusion

The Gaspé Current and Cyclonic Motion over the Northwestern Gulf of St. Lawrence

Effects of Bed Coarsening on Sediment Transport

Mixing in a Small Tidal Estuarine Plume

Pearl River Estuary Pollution Project (PREPP): An Integrated Approach

A Three-Dimensional Modeling Study of the Estuarine System: An Application to the Satilla River

Natural Tracers of Coastal Sediments
The properties of natural sediments can be used to determine their sources and to trace their transport paths through coastal environments. These properties include the mineralogies of...

Evaluation of the Tensar Mesa Retaining Wall System
The Highway Innovative Technology Evaluation Center (HITEC), a service center of the Civil Engineering Research Foundation (CERF), serves as a clearinghouse for implementing highway innovation...

The Determination of Soil Strength for a Stability Analysis

Evaluation of KeySystem I Retaining Wall
Prepared by the Highway Innovative Technology Evaluation Center (HITEC), a CERF Innovation Center. This report describes an evaluation to determine...

Evaluation Plan for the Group Evaluation of Soil Stabilization and Dust Suppression Products
This Evaluation Plan describes the nature and scope of an evaluation to determine the performance aspects and the environmental impacts of soil stabilization and dust suppression products. A number of...

Introduction to Evaluating Scour at Bridges

History of Bridge Scour Research and Evaluations in the United States

Stream Stability and Scour Training in Support of the NBIS

A Simplified Method for Estimating Total Streambed Scour at Bridges in Illinois

Training for Bridge Inspectors in Stream Stability and Scour

Scour Analysis for Bridges over Missouri and Mississippi Rivers

Gravel Mining Impacts on San Benito River, California

Supply of Large Woody Debris in a Channel Network

Relationship Between Scour Depth and Bend Radius of Curvature on the Red River





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