Siberia: To Be or Not to Be? | #6 . Evidence for the Inevitable Eruption of the Siberian Plume
Evidence for the Inevitable Eruption of the Siberian Plume
Over the past 30 years, geophysical anomalies have been steadily increasing. These phenomena result from an external cosmic influence that intensifies thermal energy in the Earth's core region. However, the current situation differs dramatically from the preceding decades. As of late 2024, the planet is entering a phase of maximum energy impact on its core.
A critical factor exacerbating the situation is global pollution of the ocean caused by human activities, including hydrocarbons, microplastics, and especially nanoplastics. These substances have altered thermal conductivity of ocean water, significantly reducing its ability to perform its primary function β cooling the Earth's depths and dissipating heat. Previously, the ocean acted as a natural air conditioner, regulating the planet's temperature, but it has now lost much of this capacity. Consequently, thermal energy is accumulating in the Earth's mantle, causing its rocks to melt at an accelerated rate.
Siberia: To Be or Not to Be? | #6
Evidence for the Inevitable Eruption of the Siberian Plume
Geophysical studies reveal a sharp rise in the number of deep-focus earthquakes, which is a direct indication that the mantle is melting more actively than ever before. The molten magma expands in volume, exerting pressure on the Earth's crust. This process can be likened to inflating a balloon: the greater the inflation, the higher the risk that its "skin" (in this case, the Earth's crust) will eventually rupture.
The Siberian region is particularly vulnerable to these processes due to its unique geological structure. A massive magmatic plume is rising in the region β an upwelling of molten mantle material that is literally burning through the lithosphere. Temperature anomalies in Siberia show that the volume of magma beneath the Siberian Craton is increasing exponentially. Based on geological data and current observations, it can be stated with a high degree of confidence that the Siberian Plume is in a critical phase and is ready to activate.
Siberia: To Be or Not to Be? | #6
Evidence for the Inevitable Eruption of the Siberian Plume
What is particularly concerning is that this critical situation is not isolated to the Siberian Plume; the Mariana Trench, being the deepest point of the ocean floor where the crust is the thinnest and most fragile, is also experiencing a rise in molten magma and a corresponding increase in seismic activity. This creates a genuine risk of an ocean floor rupture and a scenario of planetary destruction.
Two potential scenarios can lead to a fatal outcome. The first is an eruption of the Siberian Plume, which can happen at any moment due to the mounting pressure of the magma. The second is a rupture in the Mariana Trench, which can precede the Siberian disaster. The Siberian Plume will not erupt only in case the Mariana Trench bursts first.
Siberia: To Be or Not to Be? | #6
Evidence for the Inevitable Eruption of the Siberian Plume
Mars's geological history offers a glimpse into the possible outcomes of such a scenario. The massive tectonic crack in the Mariner Valley stands as silent evidence of a similar catastrophe: when a plume eruption beneath the ocean led to global consequences for the entire planet.
According to calculations based on current trends in geophysical activity, the critical point for a rupture in the Mariana Trench can be reached by 2036. However, it is crucial to understand that this timeline is not set in stone. The Earth's crust in Siberia might succumb to the mounting pressure much earlier. The question before humanity is no longer about βwhether this will happen,β but rather βwhen it will occurβ.
Siberia: To Be or Not to Be? | #6
Evidence for the Inevitable Eruption of the Siberian Plume
Extensive data point to acceleration of mantle melting and the rising pressure of magma. Ignoring these facts based on subjective opinions or a desire to avoid uncomfortable realities would be highly unwise. Geological processes follow the laws of physics, not human preferences.
Given the current trajectory of events, the eruption of magma in Siberia or a destructive rupture in the Mariana Trench will inevitably become a reality. The only remaining question is the exact time and location, but not whether the catastrophe will occur.
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