Magnetic Storm: What is it?
Simply put, this is the Earth's reaction to the flames produced on the surface of the sun. As a result of this reaction, oscillations occur, after which billions of charged particles are released by the sun into the atmosphere. These particles can reach the earth's surface in just a few days. Our planet has a unique electromagnetic field that performs a protective function.
However, the fine dust that is perpendicular to the surface of the earth as it approaches it is able to penetrate even deeper layers of the earth. As a result of this process, a terrestrial magnetic field reaction occurs that causes its properties to change over and over again in a short period of time. This phenomenon is called a magnetic storm.
What is Climate Dependency? If for any obvious reason you feel uncomfortable, do not rush to the doctor, wait an hour or two. You may be hostage to a magnetic storm caused by extreme weather changes. To ensure this, study the forecast of magnetic storms for 3 days. Climate change includes differences in atmospheric pressure, temperature, and humidity, as well as geomagnetic background radiation.
The solar wind also carries with it the Sun's magnetic field. This field will have either a North or South orientation. If the solar wind has energetic bursts, contracting and expanding the magnetosphere, or if the solar wind takes a southward polarization, geomagnetic storms can be expected. The southward field causes magnetic reconnection of the dayside magnetopause, rapidly injecting magnetic and particle energy into the Earth's magnetosphere. During a geomagnetic storm, the ionosphere's F2 layer becomes unstable, fragments, and may even disappear. In the northern and southern pole regions of the Earth, auroras are observable.