The Environmental Threat of Acid Rain

In recent years people have been paying attention to environmental problems. Every night we are talking about other creatures in danger of extinction. Despite increased consciousness, the problem still exists. One aspect of this overwhelming dilemma is the acid rain problem. Contamination causes acid rain and destroys ecosystems. Acid rain is any kind of precipitation with pH less than 6, such as snow, snow, sleet, hail, fog. Acid rain caused by contamination destroys the ecosystem, but a new method has been developed today to address this risk. Society and the Earth

Currently, one of the main effects of environmental pollution is acid rain. It is a serious threat to terrestrial ecosystems such as ponds, rivers, lakes, reservoirs, and terrestrial ecosystems such as grasslands and forests. Acid rain can be defined as rain which is stronger than usual, such as rain, fog, fog, snow, that is, rain with lower pH than usual rain. Normal rain means rain in the absence of major pollutants in the atmosphere. Normal rainwater is also slightly acidic (pH is about 5.6). Because the basic level of carbon dioxide present in the air also dissolves in rain water to produce carbonic acid (H 2 CO 3) and weak acid.

Acid rain is a very serious environmental problem that exists today because of the high energy consumption of the industry. Acid rain is snow, fog, or rain that is polluted by acid in the atmosphere. Normally, rain is acidic because the carbon dioxide found in the Earth's atmosphere reacts with water to form carbonic acid. The acidity of "pure" rain is pH 6 - 5.7, but the actual pH measurement varies with location. It depends on the type and amount of other gases present in the air, such as sulfur oxides and nitrogen oxides.

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