Exactly
As protons spiral around the magnetic field force lines, they reach the maximum spiral-radius and speed at mid region between the two magnetic poles where the magnetic field intensity is lowest. The protons reach the minimum spiral-radius and speed at each of the magnetic poles, where the magnetic field intensity is highest. Collisions between such spiralling protons and the Thermosphere air molecules at various speeds produce thermal energy and temperatures that are proportionate to the protons speed and radius of its spiral motion. Temperature is found to reach 500° Celsius above the magnetic poles and to gradually escalate to reach 2,000° Celsius above the magnetic equator.
This makes the region of magnetic equator to always maintain the highest temperature on the surface of the planet and for the regions of the magnetic poles to maintain the lowest temperature. The trapped, oscillating Sun’s protons between the two magnetic poles, day and night, keeps the Thermosphere thermal radiation uninterrupted, though decaying over nights. Such a phenomenon keeps the Earth surface safe from sharp drop in temperature at nights. If it had not magnetic field to trap the protons, the Earth’s surface would have been bombarded during the day with continuous flow protons and the day temperature would have not been different from the moon which has no magnetic field and a day temperature of 123o Celsius. Equally at nights, if Earth had no magnetic field to trap the protons and keep them travelling between its two magnetic poles, colliding with air molecules and generating thermal radiation to keep a warm surface, the Earth temperature at nights would have not been different from the moon at nights where the temperature reaches -233o Celsius.
The collapse of Earth’s magnetic field in the western and southern hemispheres leads to an increase in the Protons speed and spiral-radius motion around the magnetic force lines. More chances are created for the Protons to collide with Thermosphere air molecules at a higher speed. The impact of stronger collisions results in higher thermal energy reaching Earth’s surface;
Global Warming is thus observed. It is imminent, therefore, that a change in the temperature pattern and precipitation map of the planet will follow any change or repositioning of the magnetic poles and the associated magnetic field intensity; causing
Climate Ex-change; as some countries experience warmer than before temperatures and others experience cooler than before temperatures as in the case of North America and Siberia respectively in the past couple of winters. The combined effect of the weakening and the tilting of Earth’s magnetic field lowers its intensity above the North Pole ice cap. The lower the intensity and number of the magnetic field force lines, the longer spiral-radius motion and the faster speed will protons pick up. A higher thermal energy is generated upon such protons’ collision with air molecules in the Thermosphere layer.