Several chemicals cause acid rain, although sulfur dioxide and nitrogen oxide are the primary contributors. Sulfur dioxide and nitrogen oxide contribute largely to the development of acid rain, although several natural s... More »

Acid rain causes erosion by chemically reacting with certain minerals in rock, causing it to dissolve in the water and otherwise escape the structures in which it is bonded. This is a particularly a problem with limeston... More »

Acid rain is caused by the mixing of moisture in the atmosphere with sulfur dioxide and nitrous oxides, forming sulfuric acid and nitric acid in the precipitation that falls to the earth. In the Northern Hemisphere, the ... More »

Acid rain is the by-product of a chemical reaction that starts when nitrogen oxide and sulfur dioxide gases are released into the atmosphere, where they react with oxygen, water and other chemicals to form acidic polluta... More »

Acid rain occurs when compounds such as sulfur dioxide and nitrogen oxides are released into the air, causing a chemical reaction. These compounds mix and react with water, oxygen and other chemicals to form acidic pollu... More »

The effects of acid rain are most prominent in aquatic environments such as lakes, rivers, creeks and marches. However, acid precipitation is increasingly damaging forest ecosystems through the leeching of soil nutrients... More »

The Virtual Chembook of Elmhurst College explains that acid rain considerably increases the rate of corrosion on marble, sandstone and limestone buildings. Sulfur dioxide and water forms sulfurous acid, and sulfur trioxi... More »