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https://doi.org/10.31905/8IPR1PJD

Submission date: 14-12-2022

The Seismic Record Supplement to “Hosgri Fault Transpressional Slip Rates Reproduce Observed Central California Coast Uplift Rates”


Daniel R.H. O'Connell (1), Jamey Turner (2),
  • (1) Tetra Tech
  • (2) BGC Engineering

Brief Description: These files document source modeling of the near-shore Hosgri fault along the central California coast using onshore marine strath terrace uplift data to constrain reverse-component slip rates on the Hosgri fault. It serves as a supplement to the submitted manuscript to The Seismic Record titled "Hosgri Fault Transpressional Slip Rates Reproduce Observed Central California Coast Uplift Rates" by Daniel O’Connell, Dan.OConnell@tetratech.com, and Jamey Turner, JTurner@bgcengineering.ca. The pdf file text_and_figure_supplement_to_tsr_hosgri_OConnell_and_Turner.pdf documents the five data files provided as well as explaining how these input and output files were derived using text and figures contained within the pdf file.

Corresponding Author:

Daniel R.H. O'Connell

Related Publications:

O'Connell, D.R.H. and J. Turner, submitted. Hosgri Fault Transpressional Slip Rates Reproduce Observed Central California Coast Uplift Rates, The Seismic Record, Seismological Society of America.

Download File:


oconnell_1.zip File size: 3.8M

File Contents:

readme.txt
text_and_figure_supplement_to_tsr_hosgri_OConnell_and_Turner.pdf
oconnell_ds01.txt
oconnell_ds02.txt
oconnell_ds03.txt
oconnell_ds04.csv
oconnell_ds05.csv

Cite as:


O'Connell, D., Turner, J. (2022). The Seismic Record Supplement to “Hosgri Fault Transpressional Slip Rates Reproduce Observed Central California Coast Uplift Rates”, ISC Seismological Dataset Repository, https://doi.org/10.31905/8IPR1PJD