Impact of Globalization on the Environment

Mobility has allowed historical civilization to benefit from unlimited intercontinental trade, but as a result there is an immediate environmental cost. There is no doubt that trade between countries has depleted natural resources, but whether or not the current trade policy will exacerbate or alleviate environmental deterioration is currently under discussion. One way of looking is that environmental regulations create a "pollution shelter" in countries where regulation is not so strict but transfer environmental damage only to countries with lower environmental value.

Globalization directly or indirectly affects the natural environment. This includes emissions related to actual product flow between exporters and importers and damage to the environment. This includes the use of fossil fuels, oil spills, and emissions from alien species. At the same time, the growth of trade and foreign direct investment has brought about many indirect effects. For example, liberalization of trade is not governed, it affects the speed of industrial and household pollution.

In this article I will explain the impact of globalization on the environment and explain the factors that affect climate change. Naturally, the main component of greenhouse gases is carbon dioxide, which is believed to change the climate of the earth. Therefore, in this article, we explain environmental damage caused by applied world system theory. Therefore, an interesting fact is that the intensity of carbon dioxide released into the environment is a measure of economic production.

Human beings have various influences on the environment. Common implications include declining water quality, increasing pollution and greenhouse gas emissions, depleting natural resources, and contributing to global climate change. Some of them are direct results of human activities, others are secondary impacts and some are part of a series of actions and responses. One of the greatest human impacts on the water system is the introduction of excess nutrients. Nutrients such as nitrogen and phosphorus are essential for the health and survival of aquatic plants and animals. However, humans introduce large amounts of nutrients primarily through overuse of fertilizer. Too much nutrients can rapidly degrade water quality by breeding certain bacteria and algae that use oxygen required for the survival of other species. A further problem is that these nutrients can be carried to other streams, rivers and bays downstream.

Like earth's water, nitrogen compounds circulate air, water system, and soil. However, unlike water, these compounds are injected into the environment in increasing amounts. By doing so, we are changing the global nitrogen cycle. It can have a serious impact on biodiversity, global warming, water quality, human health, and even population growth rates in developing countries. In the world surrounded by nitrogen, I think that there are always many things to go, but that may not be a problem. However, sufficiently correct nitrogen-nitrogen reactive nitrogen converted from "fixed" or non-reactive N 2 form determines the basis of life, such as the degree of plant growth, which in turn causes kinetics of plant growth decide. World food supply