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| An artist's rendering of a large falling meteor. Meteors posses a high charge of gravitational energy which make them deflect with high ground to land in adjecent plains and lowlands. |
Most of the best known meteor craters in the world are found in plains and lowlands. The main reason for this is that gravitational principles can only have it this way.
In The General Theory Of Gravitational Dynamics And Life, gravity is defined as a charge of energy imparted on matter by motion. This charge in an object is dependent on its mass and velocity or speed.
In this theory also, gravity is defined as having polarity I.e, positive and negative, just like magnetism. This is in the order of positive to the front and negative in the rear of the object in motion.
Therefore, a meteor, by virtue of being in a very high speed, possess a very high charge of gravitational energy. The positive gravitational charge in the front is so strong, it repels with any compact high ground especially a mountain and gets deflected into nearby low ground.
This is the reason most meteor craters are found in plains and deserts. The other pattern of falling meteor is that most of them are fall more in the northern hemisphere. This is because of the Earth's gravitational north also being in the north pole and plays a significant role in attracting the meteors to the northern hemisphere.