The Blue Planet, Earth Actually Is Alive? | The Gaia Theory

Is Our Planet Earth Alive ?

The Gaia Hypothesis is not really a hypothesis, but rather a point of view and approach from which to follow the science of life on a living planet. While the Gaia theory is named after the Greek goddess of the Earth, it is less about New Age mythology or mysticism than it is about biology, chemistry, and geology, and how biology interacts to make the Earth habitable.

The Gaia theory, proposed by scientists James Lovelock and Lynn Margulis in the 1970s, compares the Earth to a single self-sustaining cellular life form. By the way, some skeptic argue that the planet Earth is not considered a living being, because living beings multiply. No, the planet Earth is not a living being like a man, a badger, a mosquito, and not even a tomato.

• Some scientists even agree that the living Earth is alive in a very significant sense. Of course, many indigenous peoples around the world have always believed (and acted upon) that our planet is alive.
• Those who are irritated by the idea of ​​a living planet will argue that a living Earth cannot be alive because it does not feed, multiply, and develop.
• Prem Das, a skeptic says, “You cannot scientifically prove that our planet is alive because life is a property that goes beyond the very limited framework of modern science.

A colleague of ours is firmly based on the data that we should think of Earth as a living being, as his mentor James Lovelock said in the Gaia hypothesis. In particular, he is interested in how the existence of life affects - or even determines - what kind of Earth this is. At the suggestion of friend author William Golding, scientist James Lovelock named his idea the Gaia hypothesis, after the Greek goddess who symbolized the earth. Writer William Golding (personal communication, 1970) suggested using the powerful name Gaia to express this idea.

• In September 1965, chemist James Lovelock began envisioning a community-driven, self-regulating bio-Earth while researching ways to detect life on Mars at the Jet Propulsion Laboratory in California.
• In 1971, microbiologist Dr. Lynn Margulis, along with chemist James Lovelock, attempted to flesh out the Gaia hypothesis into a scientifically proven concept by sharing her knowledge of how microbes affect the atmosphere and layers of the Earth's surface.

Although the Gaia hypothesis did not receive much support at first, many scientists in recent years have begun to look at the complex systems on Earth in a new light thanks to the ideas of the British chemist James Lovelock and the American biologist Lynn Margulis. The Gaia hypothesis, also known as the Gaia theory, Gaia paradigm, or Gaia principle, focused on observing how the biosphere and the evolution of life forms contribute to the stability of global temperature, ocean salinity, atmospheric oxygen, and other factors of habitability in beloved homeostasis.

• Chemist James Lovelock first called the Gaia hypothesis the Earth feedback hypothesis, a way of explaining the fact that combinations of chemicals, including oxygen and methane, persist in stable concentrations in Earth's atmosphere .
• Gaia Hypothesis (Lovelock is an extension of Darwin's grand vision, including Earth) (Lovelock, 1986, p. 25). The 1983 model of the daisy world (Lovelock, 1983; Watson and Lovelock, 1983) was designed to illustrate how the Greek Earth Goddess worked (Kump and Lovelock, 1995).

• The Gaia (Lovelock, Greek goddess of the earth) hypothesis has been criticized for not fully explaining evolution by natural selection, especially competition among organisms (eg, Dawkins, 1982). Gaia is also given a plethora of proxies, which fuels the misconception that Living Earth desires its best.
• The nature of his hypothesis — the idea that life changes and in many cases regulates the Earth — proved prescient, and quite right. Scientist James Lovelock came up with his idea in the 1960s, when NASA asked him to see if his invention of chemical analysis could detect life on other planets by looking at their atmospheres.

As Earth thinking has developed, there has been a growing belief that not only biologically active organisms, but so-called inanimate objects, such as rocks and water, can also support life. Earth is home to millions of species of life, living in habitats ranging from the deepest seafloor to miles of atmosphere. As scientists continue to search for clues about life beyond Earth, our home planet remains the only place in the universe where we've ever found life. Life is a planetary phenomenon that has existed on Earth's surface for at least 3 billion years.

Simply put, the Gaia hypothesis states that the Earth is a living system and uses the same mechanisms as living things to stay alive, constantly adjusting temperature, chemical and physical inputs and outputs, and adapting through "evolution".