Four Major Factors That Cause The Climate To Change

It has been nearly three decades since the topic of global warming, and then climate change, came on the scene as a hot (pardon the pun) topic on the pages and screens of our news media.

Most people have taken sides as to whether or not humanity plays a role in determining the temperature of our planet.

Whichever side you choose, it may not matter because the majority of the people will make the final decision. This decision making majority is not into the climate change debate for personal gains, political power, or social rewards.

It is out of genuine concern to do the right thing for humanity, their children, and all life on Earth. Yet many are ambivalent, confused about the science or lack thereof to support one opinion or the other confidently.

I believe that most are concerned with the least important factors rather than the most accurate answers.

Let’s first establish that climate change is most definitely real. We all know that in the past, there were ice ages and wooly mammoths.

We know about the heat of the dust bowl years of the 1930s pictured in the famous movie The Grapes of Wrath.

Here I plan to give you the major vital factors that cause the climate to change.

I choose to divide the controlling factors into four groups, leaving last those issues with which the reader is likely most familiar.

The first group is related to the planetary orbit of the Earth around the Sun. The closer the Earth is to the Sun, the warmer it will be on Earth.

We learned in grade school that the Earth is 93 million miles away, orbiting around it once a year. But this orbit is not always the same but is always changing.

At times, the orbit is almost perfectly round; then, over thousands of years, it elongates and looks like a stretched out pancake, which we call an ellipse.

About every 100,000 years, the Sun makes a complete shift from this maximum elliptical shape when the Earth goes as much as 120 million miles away to a near-perfect round shape. Then the Earth is only 83 million miles away and it starts all over again, back to elliptical.

This changing distance between the Earth and the Sun makes a big difference, which results in a change in our climate.

Picture yourself at a campfire sitting nine feet from the fire and then moving to a place seven feet from the fire. That is the same ratio the Earth experiences moving between 83 million miles and 120 million miles.

The second factor that figures in the climate change story is the tilt of the Earth relative to the Sun.

Presently this tilt is 23.7 degrees as shown in Figure 1, but again things are always changing.

The northern hemisphere of the Earth will slowly tilt more toward the Sun, then slowly starts tilting back away from the Sun. But after 40,000 years, it will be back to the tilt we see today.

Within those 40,000 years, the tilt can range between 24.5 and 22.7 degrees. The tilt is significant as it determines winter, spring, summer, and fall and what their temperature ranges are likely to be.

The third group of factors that impact the Earth is contained within the Sun itself. The Sun undergoes very complicated and powerful magnetic cycles from high activity to low activity.

It is easy to tell the difference from here on Earth. When the activity is high, we see lots of spots on the Sun. When we see few or even none, we know the activity levels are low, as can be solar radiation.

Scientists have been carefully counting these spots for hundreds of years since Galileo got his first telescope.

With satellites and advanced telescopes, NASA gets a count every day and also measures how big or small they are.

As we see in Figure 2, scientists discovered without a question that these events go up and down in clear 11-year cycles.

Believe it or not, astronomers have recorded 24 such cycles in the past 250 years. Presently we are at the end of a cycle with near-zero sunspots.

NASA has confirmed in recent years that increasing sunspots are linked to increases in Earth temperature as well as the other planets, like Mars and Saturn, and even the moons.

Essentially, none of the factors in these three groups are seriously considered in the alarmist views.

They tell us that we are the primary forces controlling Earth temperatures by the burning of fossil fuels and releasing their carbon dioxide. I hope my readers can recognize the absurdity of their claims.

Now to the final group 4, the factors that logically and recognizably play a role in climate change.

It is these variables that climate modelers try to use to create equations that supposedly tell us about how our climate will change for the coming decades.

These factors are easy to understand but mostly impossible to predict.

They include such things as the impact of clouds, the role of sea ice and glaciers, hurricanes and tornadoes, vegetation, the balance between the Earth’s water, water vapor and ice, as well as the energy, flows between the oceans, the land, and the air.

With these tools and methods, we can predict the weather for the next few days, maybe even weeks away. Surely they can’t predict the weather a year away, let alone decades into the future.

I hope this short tutorial on the big climate change picture will make you more skeptical. After all, that’s the first responsibility of all real scientists: run experiments, gather data, put together a theory, then have as many experts try to shoot it down as best they can.

The output of computer models is not data. Instead, these models are used to justify the nonsense they tell us: that life on Earth will end in a dozen or so years along with other ridiculous predictions for the future.

Note: Portions of this article were excerpted from the 2020 book A Hitchhikers Journey Through Climate Change with the permission of its coauthor Terigi Ciccone. The book is the best possible source for parents and grandparents to explain reality to their children.

Earth in space image by Guillaume Preat from Pixabay

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