The Effects of Acid Deposition on Humans and the Environment

One of the biggest environmental problems to be addressed by acid rain today is acid rain today. It is primarily caused by humans, causing great pollution in the environment, harming people and buildings. The positive side of this issue is rare, but the negative impact is much greater than that, so people around the world are required to take steps to alleviate or resolve the problem. In the wet and dry form, the acidic deposit consists of acidic pollutants including nitrogen oxides and sulfur oxides deposited on the earth's surface from the atmosphere.

In order to understand the causes and effects of acid rain and to track changes in the environment, US Environmental Protection Agency, state government, and academic scientists are studying the acidification process. They collect air and water samples, measure their various properties like pH and chemical composition, and study the effect of acid deposition on artificial materials like marble and bronze. Finally, scientists are trying to understand the effects of sulfur dioxide (SO 2) and nitrogen oxides (NO x).

Acid rain, commonly called acid rain, is artificial release of sulfur dioxide and nitrogen oxides. These are energy and are carried by the combustion of fossil fuels. Acid rain has an adverse effect on the environment where we live. Acid rain is a problem of transboundary contamination, so you can store acidic emissions from one country in another country. For example, both Sweden and Norway have received more than 90% of sulfur pollution from overseas. A large amount of acid rain may adversely affect wildlife, forests, soil, freshwater and buildings. Acid rain acidifies soil and water and kills plants and animals. Acidification of surface water can lead to reduction and loss of fish species such as frogs, snails, crayfish and other aquatic species. Acid rain usually affects trees by weakening and weakening the leaves.

Acid rain has the potential to adversely affect animals, aquatic life, plants and their ecology. Its impact is in larger lakes, streams, wetlands and aquatic environments. Acid rain acidifies water and absorbs aluminum deposits from the outflow of the surrounding soil. This combination of chemical reactions causes water poisoning against shellfish, crayfish and other aquatic species. Even though some species can tolerate acid water, interrelated ecosystems that affect particular species will eventually affect other species in the food chain.