Uploaded May 2025 | Updated September 2026, 3 weeks ago
The ongoing rise in anomalous seismic activity on Earth is also due to the fact that no controlled degassing of the Siberian magma plume has yet been carried out. For those who may have missed my earlier addresses, let me once again explain what this is.
The Siberian magma plume is a powerful stream of superheated magma rising from deep within the Earth toward the crust. At present, this plume is actively ascending in the very region where, just 250 million years ago, a massive eruption of the Siberian Traps took place—an event that triggered the Great Permian Extinction, one of the most significant extinction events in the planet’s history.
Preliminary estimates indicate that the area affected by magma flows beneath Siberia may span 2,500 to 3,000 kilometers in diameter—an expanse comparable in size to Australia. At this moment, the magma plume is in a critical stage. It has already begun to uplift the tectonic plate above it, evidenced by increased seismic activity along its margins. This points to the possibility that the magma plume could breach the surface at any time.
For more detailed information, I encourage you to consult the report titled “On the Threat of a Magma Plume Eruption in Siberia and Strategies for Addressing the Issue,” which was also prepared by a team of scientists, experts, and volunteers from ALLATRA.
The ongoing rise in anomalous seismic activity on Earth is also due to the fact that no controlled degassing of the Siberian magma plume has yet been carried out. For those who may have missed my earlier addresses, let me once again explain what this is.
The Siberian magma plume is a powerful stream of superheated magma rising from deep within the Earth toward the crust. At present, this plume is actively ascending in the very region where, just 250 million years ago, a massive eruption of the Siberian Traps took place—an event that triggered the Great Permian Extinction, one of the most significant extinction events in the planet’s history.
Preliminary estimates indicate that the area affected by magma flows beneath Siberia may span 2,500 to 3,000 kilometers in diameter—an expanse comparable in size to Australia. At this moment, the magma plume is in a critical stage. It has already begun to uplift the tectonic plate above it, evidenced by increased seismic activity along its margins. This points to the possibility that the magma plume could breach the surface at any time.
For more detailed information, I encourage you to consult the report titled “On the Threat of a Magma Plume Eruption in Siberia and Strategies for Addressing the Issue,” which was also prepared by a team of scientists, experts, and volunteers from ALLATRA.
