The Future of Underground Construction Monitoring
In the past 15 years, the tools and techniques used to monitor the performance of existing ground and surrounding structures during construction have improved significantly. Practice is...

Development of the High-Resolution, Data-Assimilating Numerical Model of the Monterey Bay

Scour Inspection Using Ground Penetrating Radar

Tomographic Imaging of Bridge Decks Using Radar

Evaluation of Landslide Hazards with Ground-Penetrating Radar, Lake Michigan Coast

Structural Controls on the Development of a Coarse Sandy Barrier, Reid State Park, Maine

Regional Sediment Management uUing High Density Lidar Data

Practical Applications of Gage-Adjusted Radar–Rainfall Estimates
(no paper) It is radar's estimates of rainfall at a specific location that tends to disappoint. On the other hand, the strength of rain gage observations is in estimating rainfall at a...

Earthquake Damage Survey Methods Based on Airborne High-Definition Television (HDTV), Photography and Synthetic Aperture Radar (SAR)

Oil Spill Detection in the Norwegian Sea Using Spaceborne Synthetic Apeture Radar (SAR) Imagery

Predicting with Precision
In many urban areas flood prediction systems are inadequate. Most rely on networks of widely dispersed rain gauges that often fail to provide sufficient geographic coverage to characterize...

Pavement Condition Assessment Using Ground Penetrating Radar

Application of Dempster-Shafer Theory in Radar Data Analysis: A Case Study for Highway Pavements

Probing Pipelines (available only in Geoenvironmental Special Issue)
Inspecting underground pipelines has become easier, more effective and less intrusive through use of sonar, radar, lasers and seismic and acoustic testing. To replace simple visual inspection,...

Variability in Wave Spectra Measured by HF Radar

WaMoS II: An Operational Wave Monitoring System

Global Comparison of ERS-1 SAR with WAM Model Spectra

Measuring Winds and Waves Using Altimeters

Comparison of ERS-1 SAR and Altimeter Wave Heights

Measurement of Wave Period from Radar Altimeters





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