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...
S 15°22'56.44" E 131°34'48.48"
YanıtlaSilN 54°16'18.02" W 145°35'45.54"
YanıtlaSilS 47°7'6.35" E 9°23'27.94"
YanıtlaSilN 15°52'41.10" W 48°59'39.32"
YanıtlaSilCiting to correlation condition a impact type morphology of centre coordinate on seabasement topography information;
YanıtlaSilS 0°44'47.69" E 99°16'16.27"
Summarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilN 5°32'23.73" E 114°39'47.50"
N 22°7'21.18" W 162°26'47.42"
YanıtlaSilSummarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilN 0°38'55.13" W 81°28'49.77"
YanıtlaSilS 5°40'41.64" W 66°0'42.41"
S 22°29'57.19" E 17°35'0.85"
YanıtlaSilN 37°26'58.39" E 34°55'49.96"
YanıtlaSilSummarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilN 67°32'27.45" E 47°34'3.74"
YanıtlaSilS 5°36'36.31" W 149°47'29.02"
N 6°15'55.33" E 29°58'45.02"
YanıtlaSilN 5°11'9.54" W 131°17'22.24"
YanıtlaSilN 82°45'40.87" W 72°38'33.85"
YanıtlaSilN 12°14'56.99" E 47°0'27.29"
YanıtlaSilSummarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilS 15°53'28.77" E 139°43'14.68"
N 53°36'11.17" E 90°53'21.00"
YanıtlaSilN 62°31'31.70" E 63°14'7.32"
YanıtlaSilS 31°39'7.73" W 122°56'24.54"
YanıtlaSilS 25°20'8.59" E 37°8'33.51"
YanıtlaSilN 32°11'5.57" E 57°47'11.16"
YanıtlaSilN 71°28'0.64" E 147°28'51.65"
YanıtlaSilN 35°25'52.36" W 5°46'11.47"
YanıtlaSilN 64°21'52.87" W 25°2'18.52"
YanıtlaSilSummarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilS 34°37'58.46" E 174°1'51.49"
N 4°26'25.23" E 2°42'6.89"
YanıtlaSilCiting to correlation condition a impact type morphology of centre coordinate on seabasement topography information;
YanıtlaSilN 15°1'30.45" W 167°28'39.47"
N 61°11'52.07" E 93°23'31.71"
YanıtlaSilS 14°47'4.20" E 12°33'45.15"
YanıtlaSilSummarying potential condition of a impact type morphology based on centre field referencing Coastal Morphology;
YanıtlaSilN 0°58'13.21" E 137°0'41.55"
N 2°26'31.80" E 16°27'20.57"
YanıtlaSilS 1°1'52.51" W 43°25'5.92"
YanıtlaSilS 3°29'41.28" W 103°28'32.93"
YanıtlaSilS 7°5'9.49" W 47°29'42.00"
YanıtlaSilN 51°32'57.30" W 63°57'40.98"
YanıtlaSilN 64°28'46.84" E 156°13'19.49"
YanıtlaSilS 65°51'3.22" E 178°59'24.31"
YanıtlaSilN 8°15'17.47" E 20°45'5.90"
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