A geomagnetic storm, otherwise known as a solar storm
It is a brief interruption of the Earths magnetosphere caused by some high energy solar wind particles and/or low pressure cloud of low magnetic field interacting with the Earths magnetic field. Although man-made geomagnetic storms (also called space weather) have been observed since the 1950’s, they are usually associated with space storms. When space debris such as space debris, space dust, and launches go out into space it can upset the earths magnetic fields and the resulting geomagnetic activity can cause strong geomagnetic storms. Many theories surround the relationship between a geomagnetic storm and climate change.
One such theory is that changes in the earth’s magnetic fields may lead to an increase in the earths wind, which in turn could affect climate.
The theory is not based on evidence, but many scientists believe it is possible. The following explanation is based on a NASA study that concluded that “…a large amount of energy shift from solar winds to the atmosphere could be one of the drivers of severe weather events.” This study further stated “…it is unclear how the shift could affect climate.” They concluded that further research was needed. The study was published in Geo physiology Letters, a journal of the American Geophysical Society.
So, what is a geomagnetic storm? It is thought that when a giant solar storm occurs, our magneto sphere’s tend to be perturbed. Large amounts of solar winds speeds over the magnetosphere, which creates an energetic shock wave, which has effects similar to a large snowstorm. These high speed winds can move very fast through the earths atmosphere, and the shock wave can affect the earths atmosphere. One of the effects that are thought to be associated with this phenomenon is what is called a “cessation in atmospheric stability.”
The last two terms are “episodic” and “periodic.” “Episodic” means that the storm happens at a fixed period of time. For example, a major storm like Hurricane Charlie in 2021 was an episodic event. It was a relatively short storm which came and went within three weeks. A “periodic” storm is considered to be a longer term event. This storm has lasted about three weeks.
If the above discussion makes the concept of what is a storm seems complicated, here is an explanation. When the earth is hit by a powerful magnetic field, there is an enormous release of high energy particles which are accelerated into the lower atmosphere. These particles collide with cooler particles and cause the formation of clouds. The process is similar to the process a jet airplane gets when they fly into a thunderstorm – the more high-speed air they encounter, the faster the clouds grow, and the faster the wind speeds get.
Many scientists are studying the connection between our GPS systems and what is a geomagnetic storm. One problem is that the quality of the GPS signal has been decreasing over time. Another issue is that the amount of available energy used for the signals being sent from our GPS systems to satellites is decreasing as well. In addition, there are many other less accurate ways of getting the location of satellites and getting the location of individual GPS receivers.
A geomagnetic storm has a number of potential causes. There is some evidence that a large meteor hitting the northeast may have been a big cause. When this happens, it can knock out power grids to a large degree. There is also some evidence that a large asteroid or comet hitting the Earth could be another cause. One of the possible reasons is that the energy output by these large space rocks will be strong enough to blow up large amounts of clouds. These clouds could then block GPS signals from reaching the satellites.
Although there is no evidence that any of these situations has actually caused a geomagnetic storm, it would at least be worth looking into. At the very least it would explain why a storm would be possible in the future. It is important to understand that the size and strength of a geomagnetic storm do not necessarily correlate with its effect on technology. However, understanding the relationship between how strong a storm can be and how localized it can be is critical to using it to protect yourself from harmful flares and storms.
How Frequent Are Geomagnetic Storms? How Do Earthquakes Affect My Frequency?
How Frequent are Geomagnetic Storms? A study recently published in the peer-reviewed Journal of Space Weather and Climate found that there has been a dramatic increase in the frequency of auroral storms since the year 2021. How frequent are these auroral storms?
It is hard to say because the observed increase in the number of these storms is somewhat a mystery. It is estimated that approximately one occurrence of storm every 100 years can be expected. This may not be associated with global warming.
One study that attempted to examine the relationship of frequency increases and global warming showed a very strong positive correlation. The study looked at 10 global warming alarmists who warned of the existence of a large-scale natural increase in the number of auroras. Not surprisingly, none of them were ever recorded having an increased frequency. Another study looked at the same data but with a much smaller data set looked only at the numbers, which were observed during a single solar cycle.
Are frequency increases due to Global Warming? The new studies are looking at this possibility, as the number of Auroras are becoming more apparent with each passing year. They believe that this increased frequency is being caused by the increase in Earth’s magnetic field which affects the earth’s magnetic poles. Magnetic fields are said to cause solar flares and therefore the appearance of storms. There are many theories relating to the formation of the Earth’s magnetic field but the most accepted explanation is the merging of several comets into a solitary giant space rock.
How Frequently are Geomagnetic storms? One theory suggests that the number of storms is tied to the frequency of the sunspots on the planet. It is believed that the more sunspots, the more frequency there would be in the number of storms. Is this the real reason behind why there is an increase in the number of Auroras? Some scientists believe that a weak magnetic field is what causes the frequency to increase.
How Frequent are Earthquakes? Is there a correlation between the frequency of Earthquakes and the increase of the aurora? This too is being studied by scientists all over the world. Some believe that the frequency increases and decreases in the number of Earthquakes are caused by the magnetic field around the planet. There have been several theories put forth on this subject but no one has been able to conclusively prove that there is a link between the two.
How Frequent are Electromagnetic Waves?
On a more thinking outside the box note, there have been studies done to determine if the number of Electromagnetic Waves experienced by a person is affected by the frequency of the vibrations of their mind and consciousness?
There are theories that suggest this to some degree, but scientists are still trying to figure out how this affects the frequency of a person’s dreams. For those who have a strong belief in this, there are websites available that can provide information that will show you how Frequent are Geomagnetic Storms and Earthquakes and how they affect your frequency.
If you really want to learn how Frequent are Geomagnetic Storms and Earthquakes, then it would be wise to seek the advice of an Astrologer who is an expert in this field. They would be able to explain to you what is causing these storms and help you understand why they occur. Although there is no one answer to the question, how Frequent are Earthquakes and why do they occur, it does seem that the frequency increases as time passes by and a storm is brewing
If you have a strong belief in the idea that the frequency of a storm is tied to the thoughts of a person, then perhaps seeking the advice of an Astrologer would be a good idea.
Provided by Antonio Westley
Disclaimer: This article is meant to be seen as an overview of this subject and not a reflection of viewpoints or opinions as nothing is definitive. So, make sure to do your research and feel free to use this information at your own discretion.
