Does the continuous decrease in solar activity have an impact on the beginning of the Xiaoice period

Influential. Because solar activity continues to decrease, the ability to transmit to the Earth will decrease, so the Earth will have a Xiaoice period.

It doesn't matter because human technology is already advanced and can cope with a lot of different situations.

Not much impact. The continuous decrease in solar activity does not have much impact on the Earth, and the beginning of the Xiaoice Age is a stage of the Earth that does not have much effect.

Is the sun losing its role? After extreme heat, the Earth may usher in an ice age.

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Is the sun losing its role? After experiencing extreme heat, the Earth may usher in an ice age as follows: this emerald environment has forced them to slowly disappear.

The formation of the glacial period is actually a very complex process, and it may be due to the gravitational pull of the Earth or the atmospheric circulation that is always present today. But under normal circumstances, it will involve the changes of our Tai Tan Zhao Yang, and sometimes the sun does not react violently, and the heat is not enough, which is easy to cause such serious changes on the earth. Once the dormancy period really starts this time, it is not that it does not emit light as everyone thinks, but that the heat decreases significantly compared to before, and the frequency of the sun's activities begins to decrease.

In 2015, a team of researchers analyzed solar activity and found that sunspots weakened, the current in the coronal region decreased, and the sun's jet stream disappeared. They speculate that around 2030-2040, the Sun will usher in a transience of its own".The "dormant period", which can last for several years or decades, is severely affected by the Earth's climate as the sun enters its dormant period.

Why does the sun "hibernate"? This is because every 22 years, the sun's magnetic poles are exchanged, and sunspot activity as we all know it, each cycle is 11 years, which results in a decrease in the sun's activity in the period between cycles.

In 2022, when solar activity is about to arrive, it is estimated that the climate on Earth may be much hotter than it is now, and after 2022, the trend of solar activity will gradually weaken, and it will reach a trough in the period from 2030 to 2040.

In addition, there are many people who worry that the sun has entered a "dormant period", so will the sun continue to provide heat to the earth? You don't have to worry about this, the sun is just less active, but the inside of the sun is still undergoing nuclear fusion and constantly emitting energy outward. The sun still has 5 billion to 7 billion years to live, so we don't need to worry about it at all.

If the sun does enter a short hibernation period, then the earth may indeed undergo some changes.

The Earth will not enter an ice age, because although the sun will be dormant, its residual heat will be enough for us.

I don't think that's going to happen, and from the current detection, there's no indication that that's going to happen.

I don't think so, although the life span of the earth is limited, it is still a long time.

I don't think so, I said before that the earth will still die in 2012, so it's okay.

I think maybe it's going to be an ice age, but people are going to figure it out.

If the sun had been dormant, the Earth might have actually entered an ice age.

This is just a human guess, and this should not be the case in the future.

If this prophecy is true, then the Earth will indeed enter an ice age.

I don't think so, don't you think so?

The sun rises in the east and sets in the west, the four seasons change as before, in what impression is that each of course changes has a certain relatively stable periodicity, never found which year the winter does not come, or which year the summer is not hot, and if the sun is relatively stable in the main sequence star cycle time, then why is there a periodic ice age on the earth? In fact, the northern and southern hemispheres are covered by large areas of ice. But periodic glacial periods are definitely real, and the sun is relatively stable, so what's going on?

Over the past 2.5 million years, the Earth has experienced more than 50 ice ages, each of which has had a profound impact on the Earth's climate. How do we ** the next Great Ice Age come? During the Ice Age, experts on Earth realized that the Ice Age was caused by the eccentricity of the Earth's orbit and the precession of the axis of rotation.

But it's not that simple. Experts are still trying to understand how the shaking of the Earth's orbit interacts with the climate system, particularly the efficacy of air pollutants, which in turn promotes the Earth's transition to or from the ice age.

In the last ice age, only 21,000 years ago, there seemed to be a continuous stream of glaciers from the Chinese Pacific Ocean to the North Atlantic, North America and the Asian continent. In the depths of Rowell Bay there was ice more than 3 meters thick, which stretched south to what is now New York City and Cincinnati. There are two main ice formations in the European region:

The ice in Britain widened all the way south to what is now Norfolk; The Scandinavian ice stretches from Denmark to the Ural Mountains in Russia.

In the Eastern Hemisphere, there are significant glaciers in Patagonia, Brazil, South Australia and Singapore, when most of the Earth's water was locked in glaciers, causing the world's sea level to drop by 125 metres, about 10 metres below the height of the Eye of London. By comparison, if all the ice in Antarctica and Greenland melted today, the sea level would only rise 55 meters long. Therefore, scientists say that human origin originated in Africa, because at that time only near the equator was suitable for human existence, and it was not until the end of the ice age that people migrated to various parts of the earth.

Scientists are also aware of the limitations of research and the impact of Earth's atmospheric factors and orbital changes on the Ice Age. In particular, scientists recognize that changes in the Earth's orbit may not themselves be the cause of the ice age, but rather because the orbital change controls the cycle of the ice age.

This is the case because of the change in the amount of energy that the sun hits our earth.

The main reason is that the earth has poles that cannot be exposed to sunlight, or poles that are less exposed to sunlight, so there will be periodic ice ages.

The magnetic poles of the Sun change every 22 years, and sunspot activity occurs in an 11-year cycle. A few years before the start of the next cycle of solar activity, jets of air often occur in the outermost layers of the Sun. The current cycle of solar activity began in 2009, and according to this law, the next cycle of solar activity will begin in 2020.

But astronomers have not yet observed a proper jet current. This means that there will be little delay in solar activity until 2020.

Since the end of the Xiaoice Age in 1850, humans have spent more than a century relatively warm. Sunspots have been surprisingly quiet lately, and the sun is expected to enter "scorching mode" for an extended period of time by 2020, with sunspot activity disappearing for years, if not decades. Recently, NASA warned that a long, cold "winter" would hit the surface of the atmosphere in a matter of months, bringing record low temperatures.

One scientist has warned that the activity of sunspots has dropped so much that record low temperatures are on the horizon. Martin Lynczak of NASA Langley Research Center also said: "We are seeing a trend towards lower temperatures.

> we observe sunspots appearing on Earth, but they are typically "black". The rest of the place seems to be a big furnace, and the place of the sunspot seems to be "cold". In fact, the area of sunspots is not very cold, but relatively low.

According to scientists' spectroscopic measurements, the temperature of sunspots is actually above 4,500 degrees Celsius, which for us also falls into the category of high temperatures. But compared to the "normal" area around the sunspots, 6500 degrees, the difference is a bit bigger.

So why does the sun produce sunspots? This is mainly determined by the structure and material composition of the sun. The sun as a whole can be divided into two major structures, internal and external, of which the internal structure is divided into core, radiation and convection regions.

This core area is the area where nuclear fusion takes place inside the sun, which is the ** of solar energy. The external structure is mainly the atmosphere of the sun, which is mainly divided into the photosphere, chromotype and corona. The temperature of the photosphere is only 4,500 to 6,500 degrees Celsius, and this circle is the surface of the sun as we see it with the naked eye.

As the upper part of the Sun's atmosphere progresses, the temperature also rises rapidly, reaching the bottom of the corona, where the temperature rises to 1 million degrees Celsius. Sunspots occur in the photosphere. The temperature and density of matter on the surface of the Sun are very different from those of the inside, so there is always a transfer of matter and heat, convection, and perturbation between the inside and outside of the Sun, and also causes changes in the Sun's magnetic field.

Therefore, regarding the formation of sunspots, in addition to the imbalance in the heat distribution caused by the disturbance of these substances and energy, if scientists put the magnetic pressure of the sun's magnetic field in one place in the troposphere,

When the Earth's activity is at its minimum, the sunspots will almost disappear, and the Earth will be facing an ice age. Although there is still a gap between the theory and the real data, I hope that people should take more care of their living environment so that this day does not come.

Solar activity enters a minimum, the radiation energy received by the Earth decreases, the Earth's temperature decreases, and the temperature of the Earth may enter the Ice Age.

It is quite possible, but it is all speculation now, and there is no theory to support this claim.

Yes, because people are now very serious about environmental damage, and this will happen.

It should come to the Ice Age, because the earth's load-bearing capacity is now very small, and people do not pay attention to protecting the environment, so many ecological environments have been destroyed, so it will definitely appear.

Possibly. However, according to current scientific research, it is estimated that it will be trillions of years before the ice age is reached.

The Earth will usher in an ice age, and when the solar activity is at its lowest, the temperature on the Earth will also decrease, which will affect the survival of all living things.

Yes, because the climate is very unstable right now, but people will definitely take measures to deal with it.

Yes, because when the sun is in such a period, the temperature will drop to a minimum, and the temperature of the earth will also break through the limit.

I think of course it will, because time is always ticking, and the climate is changeable and there may be an ice age.

Personally, I don't think the ice age will come, and there has been global warming all the time, and even the snow-capped mountains are gradually melting.