Denver / Pacifica / San Francisco / Corvallis / Point Reyes / Vancouver / Cleveland / Ellen / Terrain / /
Company
Coastal / Shires and Associates / K. R. & Mathieson S. A. / U.S. Geological Survey Bulletin / /
Country
United States / Canada / /
Currency
pence / /
Event
Environmental Issue / Natural Disaster / /
Facility
Stanford University / Sitar University of California / Prentice Hall / ASCE Special Pub / University of California / /
IndustryTerm
high wave energy / greenhouse gas emission scenarios / high greenhouse gas emissions / public utilities / long period energy remove sand / greenhouse gas emission / greenhouse gas emission scenario / greenhouse gas scenarios / increased greenhouse gas emissions / /
NaturalFeature
San Francisco Bay / Pacific coast / Holocene beach / Pacific Ocean / Loose dune / California coast / /
Organization
University of California / National Ocean Service Observed Water Levels and Associated Ancillary Data / Geological Society of America / National Weather Service Forecast Office / California Division of Mines / California Climate Change Center / State Earthquake Investigation Commission / University of California / Berkeley / National Oceanic and Atmospheric Administration / National Oceanic and Atmospheric Association / John A. Blume Earthquake Engineering Center / National Data Buoy Center / California state government / Stanford University / /
Person
Monte Hampton / Ann Marie Puzio / Jonathan Allen / John A. Blume / Pamela Patrick / /
Position
General / Dean / /
Product
Colorado / /
ProvinceOrState
New Jersey / San Mateo County / Oregon / British Columbia / South Dakota / California / Colorado / /
Region
west coast / Central California / Mediterranean / /
Process-based Empirical Prediction of Landslides in Weakly Lithified Coastal Cliffs, San Francisco, California, USA B.D. Collins & R. Kayen United States Geological Survey, Western Coastal and Marine Geology, Menlo Park,