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PAGER-CAT: Quality composite earthquake catalog (1900-2006)

Dates

Publication Date
Start Date
1900-01-01
End Date
2008-06-30

Citation

Allen, Trevor I., Marano, Kristin D., Earle, Paul S., and Wald, David J., 2009, PAGER-CAT: Quality composite earthquake catalog (1900-2006): U.S. Geological Survey, https://doi.org/10.5066/P9F75UF1.

Summary

PAGER-CAT incorporates eight global earthquake catalogs and additional auxiliary data to provide comprehensive information for hypocentral locations, magnitudes, and human fatalities, focal mechanisms, the country of origin or the distance to the nearest landmass, local time and day of week, presence of secondary effects (e.g., tsunami, landslide, fire, or liquefaction) and deaths caused by these effects, the number of buildings damaged or destroyed, and the number of people injured or left homeless. The first version of the catalog contains more than 140 fields in which detailed event information can be recorded and currently includes events from 1900 through December 2007, with emphasis on earthquakes since 1973.

Contacts

Attached Files

Click on title to download individual files attached to this item.

PAGER_CAT_2008_06.1.mat
“MatLab file for 2008/06 release”
9.38 MB application/unknown
PAGER_CAT_2008_06.1.zip
“compressed 2008/06 release”
1.9 MB application/zip
PAGER_CAT_2008_06_1_readme.txt
“readme.txt file for 2008/06 release”
13.88 KB text/plain
PAGER_CAT_Sup.pdf
“Supplemental PDF”
131.31 KB application/pdf
PAGER_CAT_v2.mat
“MatLab file for v2 release”
9.01 MB application/unknown
PAGER_CAT_v2.zip
“compressed v2 release”
1.86 MB application/zip
PAGER_CAT_v2_readme.txt
“readme.txt file for v2 release”
11.95 KB text/plain
PAGER-CAT_v1.mat
“MatLab file for v1 release”
7.58 MB application/unknown
PAGER-CAT_v1.zip
“compressed v1 release”
1.56 MB application/zip
PAGER-CAT_v1_readme.txt
“readme.txt file for v1 release”
9.91 KB text/plain
readpagercat.m
“MatLab source file”
8.43 KB text/x-objcsrc

Purpose

The catalog was compiled for calibration and development of earthquake fatality models to be used by the U.S. Geological Survey’s (USGS) Prompt Assessment of Global Earthquakes for Response (PAGER) system.

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