North Pole Is Moving To Russia

The North Magnetic Pole, which is located deep beneath the Arctic Ocean, is moving rapidly toward the Russian coast in Siberia, plus it is moving further and further away from the geographic North Pole on an annual basis. So the North Pole is joing the BRICS and wants to be involved in the Russian Actic Northern Sea route from Europe to Asia. I do wonder how the Russaphobic Western wankeratti in Washington,Brussels and London are going to spin about the evil Russians  are stealing the Magnetic North Pole and Probably Santa Claus  as well
On a serious note this move has significant implications for artillery, sea and air navigation, and the solutions required to mitigate these problems are now being investigated by experts.
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Due to my geographical location in Russia, I am uniquely qualified to comment on this issue.Two aspects of the Earth's magnetic poles are of particular interest to geophysicists: their unstable speed and unpredictable trajectory. Their primary focus is on the North Magnetic Pole (which, geographically speaking, is actually south), and its antipode, located in Antarctica, where there is no sea or air traffic.
In contrast, the Arctic is becoming increasingly active due to the ice melting.The British Geological Society, in collaboration with the National Atmospheric and Oceanographic Association, has published the latest World Magnetic Model monitoring data for the New Year. This model is updated every five years, and the most recent version, WMM 2025.0, was released on 17 December 2024 and will remain valid until the end of 2029.
Recent data has revealed a significant deviation in the coordinates of the magnetic pole established in 2020, indicating a discrepancy between the established location and its actual position by the end of 2024. Over the past five years, the pole has continued to drift from the Canadian Arctic to the coast of Russia. Consequently, the entire grid of magnetic parallels and meridians has shifted relative to that plotted on the 2020 maps by several more arc minutes.

This discrepancy will become evident if one attempts to navigate from the centre of Moscow to Altufyevo (geographic north) using only a compass. Instead, you will find yourself 10 degrees east of Altufyevo, in Medvedkovo. This shift necessitates adjustments to global navigation devices utilising magnetometers to align with the revised magnetic declination tables.

This shift also has implications for species that rely on the magnetic field for survival, such as whales, sea turtles, migratory birds, and other species with a sixth sense. Furthermore, the "crown" of the Earth's magnetosphere, situated above the magnetic pole, represents the most unprotected point on the planet from solar radiation. As long as this point is located in uninhabited high latitudes, radiation does not cause serious damage to the biosphere. However, should the "crown" shift into areas with higher population density, there will be a significant increase in the risk of severe radiation to the population.

It is important to note that the rate of pole shift has decreased in comparison to previous decades, when it was increasing on an annual basis. Until the end of the 20th century, the rate of shift was approximately 10 km per year, but in 1990, the magnetic pole shifted by 55 km in a single event. In 2015, the movement was 35 km, and since then the speed of the pole shift has remained unchanged. However, geophysicists currently lack the capability to predict the speed or future trajectory of the magnetic pole shift, as this depends on the complex dynamics of the earth's core, which remains inaccessible to current scientific knowledge.
New data on the location of the magnetic pole is especially important for industries that use magnetic compasses or magnetometers, where satellite orientation is not a viable option for various reasons, explained Valery Petrov, a leading researcher at the Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation of the Russian Academy of Sciences (IZMIRAN), in an interview with Expert.
"Despite the widespread use of GPS and GLONASS, magnetic compasses are still used as a backup orientation system. The primary reason for this is the relatively low reliability of satellite navigation, which can be lost for natural reasons (on submarines, during underground work, in the taiga, in dense multi-story buildings), or jammed intentionally. Consequently, in artillery systems, the use of compasses with a conventional magnetic compass is essential.
This is because an error of one angular minute can result in a discrepancy of approximately 30 metres for every kilometre on the ground. When guiding a missile to a target at a distance of 100 kilometres, this would lead to a deviation of 3 kilometres. Consequently, all individuals and organisations who utilise compasses in their professional activities, such as the military, navigators of sea vessels and others, are obligated to make regular adjustments to the magnetic declination tables. It is recommended that these adjustments be made more frequently than once every five years.

However, in practice, "should" does not mean "do", since there are no regulatory documents in Russia or elsewhere that would oblige users to track magnetic field monitoring data, the scientist adds: "This practice was regulated in the Soviet Union since the 1970s, there was even a corresponding GOST, but in Russia it ceased to be mandatory. Users for whom this is critical in their activities update the tables themselves as needed. For instance, IZMIRAN receives orders from geological exploration companies every two to three years to recalculate magnetic coordinates. There is no global standard for map amendments – WMM, IGRF and our institute's model coexist. All of these models are equally accurate, so there is no significant difference between them.

Geographers emphasise the dynamic nature of the North and South Poles, which can change location within a few thousand years (or almost instantly on a geological scale). The last occurrence of this phenomenon was 780 thousand years ago.

The next update of the magnetic pole location data in the WMM is scheduled for 2030.
I do wonder how the West is going to ressond to this news of the North Pole moving to Russia and becoming part of the BRICS I hope you have enjoyed the video and do let me know your comments