Acid Rain

Introduction Acid rain refers to the process of depositing or precipitating hydrogen ions with an atmospheric pH below 0. These acids are produced by pollutants on the Earth in the atmosphere. These acidic precipitates are dumped with normal rainwater at a pH of 0 to 6, posing a danger to life on the planet. The cause of historical acid rain is mainly industrial pollutants. Acid rain was first reported during the British Industrial Revolution in 1852. A Scottish chemist named Robert Angus Smith discovered the same situation.

What is acid rain? Acid rain is more rain than usual. Acid rain is a complicated problem. This is not the latest phenomenon. In the 17th century scientists noticed the adverse effects of industrial and acidic pollution on plants and humans. However, the word "acid rain" was not born two centuries ago after Angus Smith published a book titled "Acid Rain" in 1872. Every day, plants and automobiles burning fossil fuels deliver thousands of tons of sulfur and nitrogen oxides into the air. Exhaust System Solar light converts these gases into sulfuric acid and nitric acid, which are absorbed by water particles in the cloud. They mix with rain and snow and fall on the earth. Usually it is several hundred miles away from the original pollution source.

Acid rain is also called acid rain, it may lead to deterioration of habitat. Acid rain mainly contains nitric acid and sulfuric acid which are harmful to the sediment due to air pollution caused by nitrogen oxides and sulfur oxides released into the atmosphere when burning fossil fuels (coal, petroleum, etc.) Habitat degrades at. These acids rain on the earth as wet precipitation (rain, snow, fog, etc) or as dry precipitation (gas and particles etc). Some are windy, sometimes hundreds of miles. Acid rain causes acidification of soils, streams, lakes and rivers of sensitive forests, makes water inappropriate for specific fish and other wildlife, takes away nutrients, kills new trees, and is new It kills trees and damages trees. Saplings are more vulnerable to other environmental threats and damage to the roots, which can lead to tree death. Source: New York State University

Acid rain directly affects forest ecosystems and their inhabitants. Destruction of forest trees and plants is common. Acid rain can damage the leaf as it falls. The outflow of acid rain from trees and forest floor penetrates into the water supply of the forest; the outflow not entering the water supply is absorbed by the soil. The result is like any soil or water source infected with acid rain: plants and creatures die, and creatures that rely on these plants and smaller organisms also lose their food sources and die.