Acid Rain
Acid Rain Acid Rain As the century past, the industrial society kept advancing. However, many advantages of the industrial society brings us also has a down side. One of the adverse effects of industrialization is acid deposition due to power plant, fossil fuel and automobile emissions. Acid rain is the popular term but the scientists prefer the term acid deposition. Acid rain can have adverse effects on the environment by damaging forests or by lowering the pH of the lakes and making the water too acidic for many aquatic plants and animals to live. The father of acid rain research is an Englishman named Charles Angus Smith who suggested in, 1852, that sulfuric acid in Manchester, English, was causing metal to rust and dyed goods to fade. One source that causes acid rain are fossil fuel. Fossil fuel has many usage in our society. Such as to power electric power plants, industrial boilers, smelters, businesses, schools, homes and vehicles of all sort. These various energy sources contribute 23.1 million tons of sulfur dioxide and 20.5 million tons of nitrogen oxides to our atmosphere worldwide. When fossil fuels are ignited like oil and coal, they release carbon dioxide, a so-called greenhouse gas that traps heat within the earth's atmosphere which causes global warming that is taking place right now. Also, it releases sulfur dioxide, nitrogen oxide and various metals (mercury, aluminum) that are released into the atmosphere that reacts with other airborne chemicals (water vapor and sunlight) to produce sulfuric and nitric acid which later can be carried long distance from their source and be deposited as rain (acid rain) but acid doesn't just came from rain but also in the forms of snow, hail, fog, and mist. Forests are a complex ecosystems that involves trees, soil, water, the air, climate and other living organisms that support the community of wildlife: animals, birds, insects and plants and also a major economic resource. The countries hardest effected by acid rain is in the European countries, yet central Europe face a much greater threat since it has a large amount of forest area and about 8% of German's forest face the lethal effect of Waldsterben or forest death of acid rain. Acid rain kill about 50 million hectares of forest that have been damaged in Europe and in Central and Eastern Europe's thousands of tons of pollution each year that 14,000 lakes are unable to support sensitive aquatic life. Acid rain does not kill trees outright but weakens them to the point where they become susceptible to extremes of heat or cold, attacks from blight-causing or from inserts such as the gypsy moth, and other environmental stresses. The problem of acid rain is caused by burning of fossil fuel that emits SO2 and industrial factories from the North America that emits pollution that travels to Europe. Acid rain is now becoming a growing problem in Third World countries such as China and India due to rapidly expanding populations where energy demands are increasing. Thus, the rate of fossil fuel consumption have greatly increased and where pollution controls are all non-existent have greatly to their problems with acid rain. Yet, most emissions are primarily located in eastern North America, Europe, and China. That is why acid rain is so threatening because it is concentrated and it has a devastating effect on soil because most of the trees get their nutrients from soil, which lakes, ponds, streams, and other waterways, whi...This is ONLY a preview of the article. If you would like to view the entire document, you must subscribe to Electronic References. Please register below now! Get This Full Article After Registration
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