As we enter the later stages of life, our minds often turn to the future of our planet and the fate of humanity. Will climate change or nuclear war be the forces that bring about our downfall? Can we adapt to the inevitable changes that lie ahead? These are the questions that have occupied the thoughts of researchers, leading them to seek answers from the realms of artificial intelligence and supercomputing.
Recently, scientists harnessed the power of artificial intelligence and a high-performance supercomputer to analyze extensive data on Earth’s climate. They delved into everything from the chemistry of our oceans to the dynamics of tectonic plates, and even the intricate biology of every living organism. The objective was clear – to gain a deeper understanding of the factors that may influence our ability to survive on this planet.
The findings of their research may be somewhat disconcerting, but there is also some good news. The predictions made by the supercomputer indicate that the end of humanity is still a considerable distance away. This means that we don’t have to constantly fret and worry about it on a daily basis. However, it is important to acknowledge the challenges that lie ahead.
One particular obstacle we will face in the future is the movement of tectonic plates. Over time, these plates will eventually come together and form a new supercontinent known as Pangaea Ultima.
Unfortunately, this convergence will bring about a triple threat – the continentality effect, a sun that is hotter and brighter, and elevated levels of CO2 in the atmosphere. As a result, a significant portion of our planet will transform into an inhospitable, unforgiving environment, devoid of the necessary food and water sources for mammals.
Imagine a world with widespread temperatures of 40 to 50 degrees Celsius, where daily temperature fluctuations are even more extreme, and humidity levels are exceptionally high. In such conditions, humans, along with numerous other species, will struggle to regulate body heat and cool themselves through perspiration.
Once Pangaea Ultima takes shape, only a mere 16% of the land will be truly habitable for mammals. Adapting to these extreme and inhospitable conditions will undoubtedly be an enormous task for humanity. With a hotter sun and more frequent volcanic eruptions, this future scenario is far from ideal.
However, here’s the silver lining – Pangaea Ultima is not projected to form for another 250 million years. This means that although it is crucial to address the current climate crisis caused by human greenhouse gas emissions, we still have time to positively influence the trajectory of our planet. We must strive towards achieving net-zero emissions as rapidly as possible to ensure a brighter future, not just for ourselves but for generations to come.
Let us work together to safeguard the future of our planet, making it a place where life can thrive and prosper for countless years ahead.
