According to an article that discusses the consumption of fossil fuels in relation to anthropogenic climate change, “global warming and climate change caused by GHG emissions are strongly linked to fossil energy production and utilization” (Hook, 800). There have recently been new technological developments to efficiently burn fossil fuels, such as “fracking,” which is the process of injecting sand, water, and chemicals at high pressures “in order to blast open shale rock, releasing the trapped gas inside” (Easton, 174). This process causes toxic pollution by “contaminating water supplies and affecting wastewater treatment not designed to cope with such hazards” (174). This ultimately leads to methane leakages that cannot be sufficiently contained or prevented; they are also known to produce earthquakes in regions that utilize fracking. As a result, the Arctic Sea ice has melted to its lowest level ever, “reced[ing] to less than half the average level of the 1970s” (Easton, 174). Furthermore, past research shows that in November 2012, Greenland and West Antarctica “lost more than 4 trillion metric tons of ice over the last two decades, contributing to sea level rise” (174). This serves as a shock to scientists because these events suggest that the “sensitivity of the earth system to small increases in global average temperatures is greater than was previously thought” (174). Overall, this reflects the rising rates of global warming, which is beginning to produce extreme and unstable weather worldwide. If this continues to occur, the environment will be pushed to a “redline of 2°C and beyond -- to a world in which climate change is increasingly beyond our control” (177). Simply put, climate scientists are predicting that at this rate, the negative effects of climate change will eventually become irreparable. This
According to an article that discusses the consumption of fossil fuels in relation to anthropogenic climate change, “global warming and climate change caused by GHG emissions are strongly linked to fossil energy production and utilization” (Hook, 800). There have recently been new technological developments to efficiently burn fossil fuels, such as “fracking,” which is the process of injecting sand, water, and chemicals at high pressures “in order to blast open shale rock, releasing the trapped gas inside” (Easton, 174). This process causes toxic pollution by “contaminating water supplies and affecting wastewater treatment not designed to cope with such hazards” (174). This ultimately leads to methane leakages that cannot be sufficiently contained or prevented; they are also known to produce earthquakes in regions that utilize fracking. As a result, the Arctic Sea ice has melted to its lowest level ever, “reced[ing] to less than half the average level of the 1970s” (Easton, 174). Furthermore, past research shows that in November 2012, Greenland and West Antarctica “lost more than 4 trillion metric tons of ice over the last two decades, contributing to sea level rise” (174). This serves as a shock to scientists because these events suggest that the “sensitivity of the earth system to small increases in global average temperatures is greater than was previously thought” (174). Overall, this reflects the rising rates of global warming, which is beginning to produce extreme and unstable weather worldwide. If this continues to occur, the environment will be pushed to a “redline of 2°C and beyond -- to a world in which climate change is increasingly beyond our control” (177). Simply put, climate scientists are predicting that at this rate, the negative effects of climate change will eventually become irreparable. This