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What elements are at genuine risk of running out and what are the implications of them running out?

Matthew Brown Matthew Brown Nov 04, 2021 · 2 mins read
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In today’s world, the demand for resources is reaching an all-time high. As the population continues to grow and global standards of living improve, it has become evident that some of the critical elements we rely on are at genuine risk of running out.

One of the key elements that are at risk of running out is oil. It is a non-renewable source of energy that is used in almost every aspect of our lives. It is a vital component in the production of transportation fuels, plastics, fertilizers, and many other products. The implications of running out of oil are significant. The high demand for this resource has led to an increase in fuel costs worldwide, which in turn, affects the cost of living, transportation, and heating. Additionally, oil is a primary source of energy for many power plants around the world, and running out of oil would severely impact the production and availability of electricity.

Another resource that is at risk of running out is freshwater. Only about 3% of the world’s water is fresh, and with climate change, poor management, and increased demand, it is becoming scarce. Freshwater is essential for human survival, and once it is gone, the consequences could be disastrous. A lack of freshwater would directly impact agriculture, food production, and human health. It would also lead to conflicts and possible wars between countries, as they compete for this scarce resource.

Rare earth minerals, such as lithium and cobalt, are also at risk of running out. They are vital components in the production of electronics, batteries, and electric cars, and their limited availability has raised significant concerns. The consequences of running out of these elements could lead to a slowdown in technological advancements and the paralyzation of various industries.

Finally, two other elements that are at risk of running out are Helium and Phosphorus, which have significant implications for industry, medicine, and food production. Helium is used in MRI machines, space equipment, and cooling systems, and its scarcity could limit access to medical diagnostic tools, space exploration, and energy production. Phosphorus, on the other hand, is a primary component in fertilizer production, and its scarcity could lead to a decline in agricultural productivity and food shortages.

In conclusion, the depletion of these critical elements could lead to an economic, environmental, and social disaster, as the entire world depends on them. Therefore, it is essential to develop alternative sources and find new ways of managing our resources to sustain them for future generations. It is time for us to rethink our consumption patterns and take steps to preserve and protect our vital resources.

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Matthew Brown
Written by Matthew Brown
Living life to the fullest, one adventure at a time.