Climate Model Essay

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According to NASA, climate models are “aimed at the development of coupled atmosphere-ocean models for simulating Earth 's climate system.” In greater depth, the Universite Catholique de Louvan provides the following definition:
A climate model is a mathematical representation of the climate system based on physical, biological and chemical principles. The equations derived from these laws are so complex that they must be solved numerically. As a consequence, climate models provide a solution, which is discrete in space and time, meaning that the results obtained represent averages over regions, whose size depends on model resolution and for specific times (Goosse).
Climate modeling is a very complex process, and measuring each of the components …show more content…

Climate change is a global problem because this Earth is home to many, and the artificial sources causing climate changes have been caused by many people over the course of many years. The changes can be seen on a day-to-day level through the rise in average surface temperatures (Figure 3A, Figure 3B). Climate change will change landscapes and increase sea levels due to the melting of ice and changes in water runoff; put wildlife at risk of extinction; increase the risk of drought, wildfires, and floods; lead to increased likelihood of storm damage due to stronger storms and storms occurring in previously not at risk regions; and cause a development in more heat related illness (“Climate Change: Threats and Impacts”). The repercussions of climate change will affect every nation, and major changes will have to be made for everything from farming to fashion. With every way of life at risk and every person and nation making contributions, whether extreme or minute, climate change is undoubtedly a global …show more content…

The observed changes on Earth generally depict a positive feedback loop, because surface, air, and water temperatures are warming and albedo is decreasing. Research is clear that the changes in temperature, ocean ice cover, and albedo are contributing to a positive feedback cycle. However, clouds remain a massive source of uncertainty in predicting how much the climate will change.
In Part 6 of the EdGCM experiment, I observed the climate change in Australia Typically, this region does not experience heavy snowfall, and Figure 7 depicts that Australia’s already low snow and ice presence will decline up to 5% by the year 2100. This means that the more drought-prone regions will get hotter and are at risk for intense droughts and agriculture will be affected due to a decline in natural water resources (Youngman

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