Scientists, when carrying out computer modeling, drew a disappointing forecast for the future fate of our planet. They have studied how a global increase in temperature caused by greenhouse effect can turn our ordinary planet into something similar to Venus - a hot and unsuitable world.
What precedes the "veneerization" of the earth?
Scientists have created a model of a planet similar to Earth, and studied the consequences of global climate change. The initial stages of changes in the atmosphere, structure and cloud cover lead to a strong greenhouse effect. If the global temperature rises by several tens of degrees, it can cause sudden and irreversible changes, leading to the effect of the "cooking pot" or, in other words, the transformation of the planet into hellish embodiment.
What happens to the ground?
Simulation showed that a strong greenhouse effect can lead to a temperature rise in the surface up to 1000 degrees Celsius - twice higher than the temperature on Venus. This extreme increase in temperature can lead to oceans evaporation, a large amount of water vapor into the atmosphere and further increased greenhouse effect.
As a result of such processes, the Earth can become similar to Venus, with thick clouds, extremely high temperatures and the absence of oceans. Large -scale changes can take place in just a few hundred years, forcing the temperature on the planet to rise to 500 degrees, evaporating all the oceans.
Climate change and turning points
This study comes in the context of previous alerts of scientists about the "global boiling" of the Earth. Climate changes can lead to turning points when the ecosystem system undergoes irreversible changes, even if the changing factors are eliminated. Increasing temperature can determine the new state of our planet's ecosystems.
This study is another reminder of how important it is to take measures to preserve the environment and combat climate change. Global warming can have catastrophic consequences, and it is important to continue research and effort to preserve our planet is too late.
