At what level does the sunspot cycle affect the earth?

Sunspots are the most obvious phenomena seen on the surface of the sun. After long-term observation, we will find that when there are many sunspots, other solar activities are more frequent. Then let's use constellation knowledge to reveal the activity cycle of sunspots. What floor is it on? Impact on the earth? The active period of sunspots is 1 1.2 years. During sunspot activity, it will destroy the earth's magnetic field and various electronic products and appliances. The influence of sunspots on the earth Sunspots are violent movements on the sun, which may lead to a series of influences on the earth, and when a large number of sunspots appear, they will have a certain impact on the earth's magnetic field. For example, the compass may vibrate, or it may not be able to point out the direction correctly; You may even cause some creatures to lose their sense of direction, such as pigeons. Everyone should know that pigeons move through magnetic fields, so if there are a lot of sunspots on the sun, pigeons may lose their sense of direction. It may also lead to some interference of modern tools, such as radio being blocked. Moreover, Swiss astronomers have found that the violent movement of sunspots will also lead to changes in the climate on the earth. If sunspots move violently, the earth's climate will become dry and the survival rate of crops will decrease. If the sunspot movement is low or reduced, it will also lead to changes in the earth's climate, such as humid climate and frequent storms. In which layer of the solar atmosphere are sunspots located: photosphere, chromosphere and corona. Sunspot is a kind of solar activity on the photosphere, and it is the most basic and obvious phenomenon in solar activity. Temperature change The sunspot cycle length of more than 2500 years is obtained by using the year when the sunspot extreme value appears, and compared with the temperature in some parts of the northern hemisphere, it is found that the temperature in the northern hemisphere is low when the sunspot cycle is long, and high when the sunspot cycle is short. The longer the fast cycle lasts, the longer the warm period lasts and vice versa. Finally, the temperature changes in the past 2500 years are fitted by using the sunspot cycle length and the temperature change trend on the scale of ten thousand years, which are comparable to those in China and polar regions.