As we age, many of us find ourselves contemplating the future of our planet and the destiny of humanity. Will it be climate change or nuclear war that will bring about our downfall?
Can we endure the inevitable environmental shifts? Scientists, too, have pondered these pressing questions and have turned to artificial intelligence (AI) and supercomputers to seek answers.
Recently, researchers employed the power of AI and a cutting-edge supercomputer to analyze vast amounts of data relating to Earth’s climate.
From ocean chemistry to tectonic plates and even the intricacies of biological ecosystems, every facet of our planet was scrutinized. The primary goal was to ascertain the factors that could influence our ability to survive on Earth.
On the bright side, the findings suggest a glimmer of hope. According to the supercomputer’s predictions, the demise of humanity is still far off in the future, which means we need not worry on a daily basis. However, challenges lie ahead that we must address.
One formidable obstacle we will face is the movement of tectonic plates. Eventually, these plates will merge, forming a supercontinent known as Pangaea Ultima. Unfortunately, this convergence will unleash a triple threat upon us – the continentality effect, a hotter sun, and a surge in CO2 levels in the atmosphere. As a result, vast portions of our planet will become hostile, lacking in food and water sources to support mammalian life.
Imagine widespread temperatures averaging between 40 to 50 degrees Celsius, with even more extreme daily fluctuations, accompanied by high levels of humidity. Such conditions will undoubtedly seal our fate, as humans and numerous other species will struggle to regulate body temperature through sweating.
Once Pangaea Ultima takes shape, only roughly 16% of the land will remain habitable for mammals. Adapting to these extreme circumstances will be an arduous task for humanity. With a brighter and hotter sun and an increase in volcanic activity, existence will be far from ideal.
However, here’s a glimmer of hope amidst the uncertainty – the formation of Pangaea Ultima is estimated to occur in approximately 250 million years. Therefore, while it is crucial to address our current climate crisis caused by human emissions of greenhouse gases, we still have sufficient time to make a positive impact. It is imperative that we strive towards achieving net-zero emissions as soon as possible.
Together, let us work hand in hand to ensure a brighter future for our planet, not just for ourselves but for generations yet to come.
