North americas southern edge is gradually sinking into the earth, without any internal connections or newspaper mentions, and without my introduction

The gradual erosion of North Americas deepest layers may be a result of cratonic thinning, a natural process that is slowly consuming the continents underside. This phenomenon, while concerning, is a normal occurrence that has been happening over time. It is believed that the continents underlying structure is slowly melting into the Earths mantle, causing the thinning of its cratons.This process, known as cratonic thinning, is a natural and gradual process that has been happening for millions of years. It is not a sudden or alarming event, but rather a slow and steady erosion of the continents deepest layers. This is a natural part of the Earths geologic cycle and is not a cause for immediate concern.Scientists believe that the melting of North Americas underside is a result of the continents movement and shifting tectonic plates. As these plates move and shift, they cause changes in the underlying structure of the continent, which can lead to the thinning of its cratons. This process is a natural and ongoing occurrence, and while it may have some effects on the surface, it is not a cause for alarm.While cratonic thinning may sound concerning, it is important to note that this process happens over millions of years and is not something that can be stopped or reversed. It is simply a natural part of the Earths geologic processes. However, it is important for scientists to continue studying and monitoring this phenomenon to better understand its effects on the continent and its inhabitants.In conclusion, while it may be concerning to think about the slow melting of North Americas underside, it is a natural and gradual process that has been happening for millions of years. It is not a sudden or alarming event, and while it may have some effects on the continents deepest layers, it is not a cause for immediate concern. As always, scientists will continue to study and monitor this phenomenon to better understand its impact on our planet