Events
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Soil Tectonics Publications on the Web
Borchardt (1998) Holocene Slip Rate of the Concord Fault in Concord, California (Preliminary Summary) [abs.]
Borchardt (1998) Slip rate of the Northern Hayward fault at Point Pinole, California (Preliminary Summary) [abs.]
Borchardt and Lienkaemper (1999) Pedogenic calcite as evidence for an early Holocene dry period in the San Francisco Bay area, California [abs.]
Rubin, Borchardt, and Connelly (2005) Holocene fault activity along the Santa Clara Valley margin, California [abs.]
Sloan, Wells, Borchardt, and others (2006) The Hayward fault: GSA Field Guide 7: 1906 San Francisco Earthquake Centennial Field Guides [abs]
Theisen, Borchardt, Harward, and Schmitt (1968) Neutron activation for distinguishing Cascade Range pyroclastics [abs.]
Toppozada and Borchardt (1998) Re-evaluation of the 1836 "Hayward fault" and the 1838 San Andreas fault earthquakes [abs.]
Borchardt and Lienkaemper (1999) Pedogenic calcite as evidence for an early Holocene dry period in the San Francisco Bay area, California
Borchardt, Snyder, and Wills (1999) Holocene slip rate of the Concord fault at Galindo Creek in Concord, California
Borchardt and Wills (1993) Holocene slip rate and earthquake recurrence on the Honey Lake fault zone, northeastern California
Lienkaemper and Borchardt (1996) Holocene slip rate of the Hayward fault at Union City, California Click this for map of the trench site
Snyder and Borchardt (2002) Preferred direction of damage to concrete block fences in the M6.7 Northridge Earthquake of January 17, 1994
Theisen, Borchardt, Harward, and Schmitt (1968) Neutron activation for distinguishing Cascade Range pyroclastics
WGCEP (1999) Earthquake Probabilities for the SF Bay Area
Borchardt, G., McCormick, W.V., and Baldwin, J., 2001, Holocene slip rate of the Green Valley fault at Freeborn Creek, Fairfield, California
Borchardt, Rice, and Treiman (1982) Mudflow deposition and horizonation in Holocene soils near Point Conception, California
Sowers and Borchardt (2002) Compiling soils and geochronologic data to improve liquefaction susceptibility mapping, San Francisco Bay Area
