UOA

Geology & Geoenvironment Deparment

Seismology & Geophysics

Thodoris Aspiotis. Spatial spatiotemporal Seismicity parameters & b-value distribution n fractal geometry

31/08/2014


Histogram Functions 

    modelf.h.strinforpopupfunction{1} = '  N   = f(t) Histogram';             modelf.h.strinforpopupfunction{2} = ' logN = f(t) Histogram';
    modelf.h.strinforpopupfunction{3} = ' maxM = f(t) Histogram';             modelf.h.strinforpopupfunction{4} = '  E   = f(t) Histogram';
    modelf.h.strinforpopupfunction{5} = ' logE = f(t) Histogram';             modelf.h.strinforpopupfunction{6} = 'HMEPMPD = f(N,t) 3D Surface';
    modelf.h.strinforpopupfunction{12} = 'logEOE = f(long,lat) 3D Map';       modelf.h.strinforpopupfunction{7} = 'SMD = f(N,t) 3D Surface';
    modelf.h.strinforpopupfunction{8} = 'SMDE = f(E,t) 3D Surface';           modelf.h.strinforpopupfunction{9} = 'NOEPD = f(t) Plot';
    modelf.h.strinforpopupfunction{10} = 'NOE = f(long,lat) 3D Map';          modelf.h.strinforpopupfunction{11} = 'EOE = f(long,lat) 3D Map';





N = f(t) Cumulative Number of EQ events per day



Earthquake




Mmax = f(t) Max magnitude event per day



Earthquake




logE = f(t)







hmepdpm = f( mw , d )







p = f ( long , lat , dep , t , dep )







Spatial Poisson Distribution







b-value Estimation using MLS & MLE







Spatial b-value profile







b = f ( long , lat , dep , t , mw )







b = f ( long , lat , dep , t , mw )


arbitary values