The Future of Earth | The ultimate change of our planet explained briefly.

The Future of Earth and the life on it.

The future of life on earth and the structure of the earth can be ruled out depending on the limited effects of several long-term influences. These include the chemistry of the earth's surface, the degree of cooling the interior of the planet, the interaction of gravity and other elements in the Solar System, and the further increase in sunlight. What is uncertain about this release is the continuing influence of man-made technologies, such as climate engineering, that could revolutionize the world. The current extinction of the Holocene is due to technology and the effects can last up to five million years. Also, technology could lead to the extinction of humanity, leaving the planet to slowly return to the gradual evolution of long-term natural processes.

Over a period of hundreds of millions of years, random celestial events pose a global threat to the biosphere, which could lead to mass extinctions. These include the effects of comets or asteroids, as well as the possibility of a massive stellar explosion, called a supernova, within the 100-year-old luminosity of the Sun. Some major geological events are highly predictable. Milankovitch's vision predicts that the planet will continue to pass through the ice at least until the end of Quaternary glaciation. These times are caused by variations in stiffness, axial inclination, and ground movement. As part of the ongoing global cycle, plate tectonics is likely to lead to global discovery in the 250-350 million years. For some time in the next 1.5-4.5 billion years, the Earth's axial slope may begin to form volatile variations, with changes in the axial slope of up to 90 °.

Sunlight will gradually increase, leading to increased solar radiation reaching Earth. This will lead to a higher level of silicate minerals, which affects the carbonate-silicate cycle which will cause a decrease in carbon dioxide levels in the atmosphere. Nearly 600 million years from now, carbon dioxide levels will drop below the level needed to support the C3 carbon fixation photosynthesis used by trees. Some plants use the C4 carbon processing method, which allows them to insist on carbon dioxide concentrations of as much as ten parts per million. However, it is a long-standing practice that plant life is completely dead. Plant extinction will be the end of almost all animal life because plants are the basis of the world's food supply.

In about a billion years, sunlight will be 10% more than it is now. This will cause the atmosphere to become "a humid place with moisture", which has led to the evaporation of oceans. As a possible consequence, plate tectonics will disappear, and throughout the carbon cycle. Following this event, in about 3 to 3 million years, the planet's magnetic dynamo may stop, causing the magnetic field to decay and lead to the rapid loss of volatiles from outer space. Four billion years from now, global warming will have the effect of escaping global warming, heating up enough space to melt it. At that time, all life on Earth will be gone. The most likely end of the planet being absorbed by the Sun is about 7.5 billion years, after which the star entered a large red phase and expanded beyond the current planet's orbit. Continue Reading...