Another Analysis Conclusion by Seismic Shock Thesis
Summarying perfect correlation referencing seismic shock thesis M4.4 event(W Rotorua) of Jun12 and M5.0 event(Southern Mid-Atlantic Ridge) of Jun14 with M5.3 event(N of Franz Josef Land) of Jun8 Ekrem ERKUŞ Geophysics Eng/TURKEY Update 6/23: Sensing as selective by seismic shock thesis M4.1_E Quillagua of Jun11 and M4.9_E of Severnaya Zemlya of Jun15 referencing M6.2_Western Indian-Antarctic Ridge event of Jun8 I sign to M6.2_Western Indian-Antartic Ridge event again.Expressing good correlation condition W Takotna developments of Jun13&Jun14 with M4.7_Central Mid-Atlantic Ridge of Jun7 based on event region I evaluate as a whole M4.2_SE Los Andes event of Jun3 with M4.6_S Tari event of Jun29 again referencing M4.0_SE Mostar event of June1 I observe a correlation based on M4.8_W Chonchi of Jun7 with M4.6_FarSE Kirakira of May30 referencing M4.0_SE Mostar again I referenced M4.0_SE Mostar again.Expressing perfect correlation M4.6_LosPalos Trench of May30 with M4.5_Fa...
N 40°33'27.90 E 36°2'19.32
YanıtlaSilN 28°43'14.75 W 37°37'3.38
YanıtlaSilS 28°20'1.50 E 142°46'12.78
YanıtlaSilN 9°49'21.40 E 95°0'10.30
YanıtlaSilN 38°59'45.86 E 18°16'44.97
YanıtlaSilN 68°48'15.01 E 33°53'52.35
YanıtlaSilS 8°30'8.97 W 167°27'1.56
YanıtlaSilN 8°22'12.15 E 12°38'17.02
YanıtlaSilN 33°34'18.14 E 39°46'43.16
YanıtlaSilN 69°32'37.02 E 133°32'3.68
YanıtlaSilN 22°41'14.21 W 162°26'22.03
YanıtlaSilS 22°41'2.74 E 17°33'30.02
YanıtlaSilN 63°0'6.16 E 47°42'17.57
YanıtlaSilN 17°32'6.77 W 59°16'23.09
YanıtlaSilI can summary correlation conditions an impact structure referencing central region based on coastal morphology
YanıtlaSilS 17°21'54.61 E 121°5'31.89
SilN 53°22'21.92 E 74°13'25.15
YanıtlaSilN 47°11'34.43 E 44°13'17. 28
YanıtlaSilN 56°10'54.70 W 5°12'57.17
YanıtlaSilN 43°19'22.20 W 50°52'54.73
YanıtlaSilS 46°40'17.54 W 135°41'5.64
YanıtlaSilN 32°56'40.64 W 88°21'24.66
YanıtlaSilN 20°1'42.08 W 154°22'12.87
YanıtlaSilS 11°30'41.80 E 153°27'27.01
YanıtlaSilS 19°31'12.69 E 25°38'40.91
YanıtlaSil