The Importance Of Climate Change

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Earth 's climate has always evolved due to natural influences; however, its causes are no longer exclusively natural. Moreover, climate change has tremendously accelerated recently, and the multiple effects it has on Earth have become visible to the human kind. Scientific studies show that this sudden acceleration overcomes the Earth 's ability to regenerate. Some even think that Climate Change has damaged the planet beyond repair, and that it is too late to save it from complete destruction. -Figure 1: Image The primary defence of Earth from climate change is its oceans. As shown In Figure 1 's line chart: here, the heat is measured in 10 to the power of 22 joules, each of which correspond to approximately 18 times the energy used …show more content…

The professor Dr. Ernst Assmann explains: "In the process of photosynthesis carbon dioxide from the atmosphere is reduced with the help of solar energy and transformed into sugar" (1970: 10). Forests ' contribution being established by the means of clearing CO2 from the air and storing it, the measure of it is not clear, yet, as The Guardian notifies: "It is thought that trees, plants and other land-based 'carbon sinks ' currently soak up more than a quarter of all the CO2 that humans add to the air each year – though that figure could change as the planet warms." (2011: 20-22). As suggested by this article, forests are threatened by climate change. As a matter of fact, numerous are the means by which it affects the proliferation of forests: the temperature itself, rainfall, weather and even the normally useful carbon dioxide when its level is exalted. A raising temperature affects the duration of the growing season and therefore the types of trees growing in particular areas. Changing rainfall and weather patterns will lead to more frequent and intense droughts, and thereby augment wildfires; by the same token, flooding and extreme precipitations shall worsen as well. Ultimately, an increase in CO2 level is going to enhance growth in fertile areas with sufficient water supply, whereas in more infertile or arid areas it will reduce growth (EPA; 2016:

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