This explains it all in a nut shell...short and sweet and someone other than me so you dont just think these are my opinions....these are the facts....new science....enjoy...I did....its why the winter's are diminishing and will continue to do so
5 mins long
https://youtu.be/I6Ggs7nUjxA
2min34 seconds
https://youtu.be/igGsuDYxhEA
Sheldon cooper explains it all in here....if you think it's too long just watch 5 mins....it will answer alot of your questions on why and how it effects earths climate and weather
https://youtu.be/9YZhWicqEcg
Scientists found that changes in the Earth's magnetic field are more relevant for climatic changes in the upper atmosphere (about 100-500 km above the surface) than previously thought. ... The increase in atmospheric CO2 concentration has been thought to be the main cause of climatic changes at these high altitudes
The possible relationship between the Earth’s climate and geomagnetic field has been highly debated in the last fifty years (e.g. [1, 2, 3, 4, 5, 6, 7, 8, 9]) but it is still an open question. The first serious proposals, that quantify this possible link, were given by Wollin et al. [1], who pointed out that low geomagnetic intensities are generally associated with warm climate periods (similar to the current situation), and by Bucha [10], who suggested that drifts of geomagnetic poles could have been responsible for displacements of a large low-pressure region of the Earth’s atmosphere associated with an increase of cyclonic activity and sudden climate changes [11].
Throughout the last few decades, other mechanisms that could explain the geomagnetic field-climate relation have been proposed (e.g. [3, 4, 6, 8]). The most plausible at long-time scale is related to the rate of galactic cosmic rays coming to the Earth’s surface. This flux of galactic cosmic rays is modulated by the intensity of both Sun and the Earth’s magnetic fields that act as a protective shield. High values of the solar (and Earth’s) magnetic field intensity reinforce the shield and then a low density of galactic cosmic rays coming to the Solar System (and in turn to Earth) is expected [12]. Entering the atmosphere, the cosmic rays could play an important role in cloud formation [13, 14] and, in this way, the geomagnetic field would be involved in climate processes.
5 mins long
https://youtu.be/I6Ggs7nUjxA
2min34 seconds
https://youtu.be/igGsuDYxhEA
Sheldon cooper explains it all in here....if you think it's too long just watch 5 mins....it will answer alot of your questions on why and how it effects earths climate and weather
https://youtu.be/9YZhWicqEcg
Scientists found that changes in the Earth's magnetic field are more relevant for climatic changes in the upper atmosphere (about 100-500 km above the surface) than previously thought. ... The increase in atmospheric CO2 concentration has been thought to be the main cause of climatic changes at these high altitudes
The possible relationship between the Earth’s climate and geomagnetic field has been highly debated in the last fifty years (e.g. [1, 2, 3, 4, 5, 6, 7, 8, 9]) but it is still an open question. The first serious proposals, that quantify this possible link, were given by Wollin et al. [1], who pointed out that low geomagnetic intensities are generally associated with warm climate periods (similar to the current situation), and by Bucha [10], who suggested that drifts of geomagnetic poles could have been responsible for displacements of a large low-pressure region of the Earth’s atmosphere associated with an increase of cyclonic activity and sudden climate changes [11].
Throughout the last few decades, other mechanisms that could explain the geomagnetic field-climate relation have been proposed (e.g. [3, 4, 6, 8]). The most plausible at long-time scale is related to the rate of galactic cosmic rays coming to the Earth’s surface. This flux of galactic cosmic rays is modulated by the intensity of both Sun and the Earth’s magnetic fields that act as a protective shield. High values of the solar (and Earth’s) magnetic field intensity reinforce the shield and then a low density of galactic cosmic rays coming to the Solar System (and in turn to Earth) is expected [12]. Entering the atmosphere, the cosmic rays could play an important role in cloud formation [13, 14] and, in this way, the geomagnetic field would be involved in climate processes.
