28. Kagan, Y. Y., 1991. Likelihood analysis of earthquake catalogues, Geophys. J. Int., 106, 135-148.

Manuscript TEDI file

1.4 Mb PDF file

Correction PS file

Abstract from Blackwell Synergy

Examples of FORTRAN files and input data to calculate likelihood function for the CMT catalog and earthquake independence probability

Program to calculate spatial moment

Spatial moment file

Program to calculate likelihood function

Likelihood function input file

Likelihood function output file

Likelihood function program log file

Program to calculate earthquake independence probability

FORTRAN subroutines to include in the above programs

FORTRAN program to compress CMT catalog (one line per earthquake)

FORTRAN program to convert CMT ASCII catalog into binary format

Catalogs with calculated earthquake independence probability

Examples of FORTRAN programs to pre-process the PDE catalog and calculate likelihood function for it

PDE catalog: FORTRAN program to correct for saturation of m_b and M_S magnitudes, take the average of four magnitudes

PDE catalog: FORTRAN program to remove of close (in time) earthquakes

FORTRAN program to calculate spatial moment of earthquake distribution in the PDE catalog

FORTRAN program to search for the maximum of the likelihood function, calculate values of parameters and information score for each of PDE subcatalogs (P. Bird's zones):

Log file of FORTRAN program searching for the maximum of the likelihood function, calculate values of parameters and information score for the full PDE catalog M>=5:

Log file of FORTRAN program searching for the maximum of the likelihood function, calculate values of parameters and information score for the M>=5 PDE catalog in Subduction zones (Category 4) in P. Bird regionalization