Oarfish washes ashore in California as rare planetary alignment unfolds — All signs point to a major Earthquake?

Regional and global earthquake patterns are raising concern that California may be the next major segment of the eastern Pacific Ring of Fire to release accumulated tectonic strain, potentially in a magnitude 6 to 7 earthquake, or even larger. It is important to note, however, that while seismic stress accumulation is well documented, the precise timing and location of earthquakes cannot be predicted with certainty by current science.

Adding to public speculation, a so-called “doomsday fish” (oarfish) washed ashore in Monterey Bay on December 30, 2025. Oarfish have been linked anecdotally and culturally to major earthquakes, particularly in Japanese folklore. A video and detailed article examining the “doomsday fish” sighting can be viewed here. 

At the same time, some independent researchers are pointing to antipodal earthquake activity off the east coast of Africa as a possible indicator of stress redistribution across the planet. Mainstream geophysics acknowledges that large earthquakes can influence stress fields elsewhere on Earth. 

Planetary conditions are also being discussed. A rare linear alignment involving Jupiter, Earth, the Sun, Mercury, Venus, and Mars is currently underway, along with a Saturn–Neptune conjunction occurring for the first time in 37 years. This same Saturn–Neptune alignment was active during the period surrounding the magnitude 6.9 Loma Prieta earthquake that struck the San Francisco Bay Area on October 18, 1989. See video here. 

While geophysicist Stefan Burns reports that the convergence of these indicators suggests the possibility of a magnitude 6.0 or greater earthquake in California, this assessment represents an interpretation rather than a prediction. 

As is almost always the case, no government agency or scientific institution supports deterministic earthquake forecasts. Residents are instead told to rely on official seismic monitoring and preparedness guidance, an approach that, for many, effectively means recognizing the danger only once the ground has already begun to move.