Publications
Scientific reports, journal articles, and information products produced by USGS Pacific Coastal and Marine Science Center scientists.
Deschutes Estuary feasibility study: Hydrodynamics and sediment transport modeling
Seaside, Oregon, Tsunami Pilot Study— Modernization of FEMA flood hazard maps: GIS data
Hydratools manual version 1.0, documentation for a MATLAB®-based post-processing package for the Sontek Hydra
The application of acoustic Doppler current profilers to measure the timing and patterns of coral larval dispersal
Coastal landslide material loss rates associated with severe climatic events
LIDAR & SASW technologies for geotechnical earthquake engineering
Leg 197 synthesis: Southward motion and geochemical variability of the Hawaiian hotspot
Triggering of tsunamigenic aftershocks from large strike‐slip earthquakes: Analysis of the November 2000 New Ireland earthquake sequence
[1] The November 2000 New Ireland earthquake sequence started with a Mw = 8.0 left‐lateral main shock on 16 November and was followed by a series of aftershocks with primarily thrust mechanisms. The earthquake sequence was associated with a locally damaging tsunami on the islands of New Ireland and nearby New Britain, Bougainville, and Buka. Results from numerical tsunami‐propagation models of the
Local tsunami hazards in the Pacific Northwest from Cascadia subduction zone earthquakes
No abstract available.
Rates of landsliding and cliff retreat along the Big Sur Coast, California— Measuring a crucial baseline
Coastal change rates and patterns: Kaloko-Honokohau National Historical Park, Hawai'i
Structure and mechanics of the San Andreas–San Gregorio fault junction, San Francisco, California
[1] The right‐lateral San Gregorio and San Andreas faults meet west of the Golden Gate near San Francisco. Coincident seismic reflection and refraction profiling across the San Gregorio and San Andreas faults south of their junction shows the crust between them to have formed shallow extensional basins that are dissected by parallel strike‐slip faults. We employ a regional finite element model to