Climate Change on Earth

Climate change is a phenomenon that constantly challenges the Earth, its inhabitants, and its natural system. As a result, climate change is a threat to the global biodiversity as well as land degradation and habitat loss. Climate change has only recently attracted the attention of academic circles (Foden et al., 2013). Threats to diversity such as habitat degradation can occur in one place and pose a threat in the regional scale Contrary to climate change, climate change affects the entire planet on a global scale.

Climate change on the earth is "over". Our hometown experiences climate change due to fluctuations in average temperature. Long-term cold (glacial) and long-term warm (glacial) times are mainly the result of climate change. The problem is that the climate of the Earth has changed over the years. According to the National Aeronautics and Space Administration (NASA), there have been seven glacier forward cycles in the past 650,000 years. Much of climate change is due to changes in the degree of solar energy on our solemn planets due to orbital changes. These images can serve as evidence of our climate change, as technical satellites and orbiting satellites are supplementary to providing images.

According to NASA, climate change is defined as "a change in the climate of the earth, which may be a change in the cold of the earth, or it may be a change in rain or snow normally falling on the earth." Since the beginning of the Industrial Revolution, the temperature rise rate has increased markedly and is a problem. Some of the problems associated with these changes are based on the carbon emissions emitted by humans using fossil fuels as their main energy source. In short, the average carbon dioxide emissions in the United States are 20 tons, which is the average number of Americans who took measures to reduce annual CO 2 emissions.