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Solar system planetary alignment triggers tides and earthquakes
Journal of Coastal Conservation ( IF 1.7 ) Pub Date : 2021-03-04 , DOI: 10.1007/s11852-021-00822-7
Salih Muhammad Awadh

This research hypothesizes that tidal and earthquakes are induced by solar system planet positions, as the planetary attraction act as a trigger force change the speed of the Earth rotation. The occurrence of a sea tide is only a consequence of a relative slowdown of the rotational/revolving speed of the Earth which urges the Earth’s plates to move. The research included analyzing earthquake data for the whole Earth over July, 2019 with a case study of the Arabian Plate (AP) seismicity included the Zagros Folded Belt (ZFB) and Zagros Thrust Zone (ZTZ) as a seismic active belt in the northern hemisphere. The rotational velocity of the Earth has been calculated for eight seismic events, and it turns out that the velocity was different for each case. A negative proportional was found between earthquake and the Earth rotational speed. During the configuration of the Jupiter and Saturn in a straight line with the Earth over July 2019, one thousand and thirty-seven of earthquakes occurred around the world were statistically analyzed having 2–6 magnitudes. Rotational/ revolving speed, angular momentum and rotational inertia kinetic energy; gravitational potential energy of the Earth at equator and at 45 degrees were computed to show how rotational speed triggering plates. Planets interact with each other influencing earthquakes via the gravitational stresses arising from the configuration of the solar system planets that cause a slowdown of the rotational/revolving speed of the Earth. This stimulates the Earth’s plate to move generating earthquake due to the activation of faults.



中文翻译:

太阳系的行星对准引发潮汐和地震

该研究假设潮汐和地震是由太阳系行星的位置引起的,因为行星的吸引力充当触发力,从而改变了地球自转的速度。出现海潮只是由于地球旋转速度的相对减慢而导致地球板块运动的结果。该研究包括分析2019年7月整个地球的地震数据,并以阿拉伯板块(AP)地震活动为例,其中包括Zagros褶皱带(ZFB)和Zagros推力带(ZTZ)作为北半球的地震活动带。已经针对八个地震事件计算了地球的旋转速度,结果表明每种情况下的速度都不同。在地震和地球自转速度之间发现负比例。在2019年7月木星和土星与地球成一直线的过程中,对世界范围内发生的13.7地震进行了统计分析,震级为2-6。旋转/转速,角动量和旋转惯性动能;计算了赤道和45度时地球的重力势能,以显示旋转速度触发板的方式。行星之间的相互作用通过影响太阳系行星结构的引力产生影响地球的旋转/旋转速度,从而影响地震。由于断层的激活,这会刺激地球板块移动,从而引发地震。对世界范围内发生的137次地震进行了统计分析,震级为2-6。旋转/旋转速度,角动量和旋转惯性动能;计算了赤道和45度时地球的重力势能,以显示旋转速度触发板的方式。行星之间的相互作用通过影响太阳系行星结构的引力产生影响地球的旋转/旋转速度,从而影响地震。由于断层的激活,这会刺激地球板块移动,从而引发地震。对世界范围内发生的137次地震进行了统计分析,震级为2-6。旋转/旋转速度,角动量和旋转惯性动能;计算了赤道和45度时地球的重力势能,以显示旋转速度触发板的方式。行星之间的相互作用通过影响太阳系行星结构的引力产生影响地球的旋转/旋转速度,从而影响地震。由于断层的激活,这会刺激地球板块移动,从而引发地震。计算了赤道和45度时地球的重力势能,以显示旋转速度触发板的方式。行星之间的相互作用通过影响太阳系行星结构的引力产生影响地球的旋转/旋转速度,从而影响地震。由于断层的激活,这会刺激地球板块移动,从而引发地震。计算了赤道和45度时地球的重力势能,以显示旋转速度触发板的方式。行星之间的相互作用通过影响太阳系行星结构的引力产生影响地球的旋转/旋转速度,从而影响地震。由于断层的激活,这会刺激地球板块移动,从而引发地震。

更新日期:2021-03-04
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