Acid rain

Acid rain is also called acidic precipitation or acidic precipitation, and precipitation with a pH of about 2 or less primarily fossils burning human active sulfur dioxide (SO 2) and nitrogen oxide (a combination of NO x and NO 2 This is due to the discharge of water. Acid rain lowers the pH of surface water and reduces biodiversity in the fuel acid-sensitive landscape. It weakens trees, increases susceptibility to other stress factors such as drought, extreme cold and pests. In acid sensitive areas, acid rain consumes important phytonutrients such as calcium and magnesium in the soil and buffers, releasing aluminum bound to soil particles and rocks in a toxic dissolved form. Acid rain corrodes the surface of the surface contaminated with air and degrades limestone and marble buildings and monuments.

Human activities - emission of mainly fossil fuels - sulfur dioxide and nitrogen oxides to the atmosphere will result in acidification of rainwater and freshwater water systems. Acid rain is a worldwide problem and well documented in eastern and eastern North America.

In 1872, Scottish chemist Robert Angus Smith used acid rain first for the study of rainwater chemistry near British and Scottish industrial cities. This phenomenon has become an important part of his book "Atmosphere and Rain: Origin of Chemical Climatology" (1872). However, from the late 1960s until the early 1970s acid rain was thought to be a regional environmental problem affecting a wide area of ​​Western Europe and the Northeastern United States. Acid rain also occurs in parts of Asia and Africa, South America and Australia. As a global environmental problem, it is often obscured by climate change. Although the acid rain problem has been significantly reduced in some areas, it is still an important environmental issue in the world's major industrial and industrial agricultural areas.

What is acid rain? Acid rain is a type of rain that falls on the ground like rain. If the rain is acidic, its pH is less than 5.6. The corrosive nature of acid rain can cause huge damage to the environment. The problem begins with the production of sulfur dioxide and nitrogen oxides from the combustion of fossil fuels such as coal, natural gas, petroleum and other types of manufacturing industry. - Human influence on acid rain Acid rain is acid rain. As rain falls, rain dissolves a part of atmospheric carbon dioxide and falls as very dilute carbonic acid, so rain is already slightly acidic.

Acid rain and acid rain are polluted rain. Pollutants rise into the atmosphere and can cause pollution when it rains. Sulfur dioxide and nitrogen oxides are gases that form acid rain. When these gases mix with moisture, rain, snow, hail, and even fog will occur. The scientific term of acid rain is acid deposition. - Acid rain Why the valuable monument disappears If you can not understand why your car is outdated, or if the brick on one side of the house is broken, the word "acid rain" in encyclopedia Please check. It is caused by acid rain, there are more than this. Acid rain is a widely used term used to denote all forms of acid rain (rain, snow, hail, fog etc).

Acid rain means what it means - rain is acidic. "Acid rain" is defined as rainwater with pH less than 5.6. The rain becomes acidic due to the gas melting in the rain. About 70% of acid rain is the result of dissolved sulfur dioxide (SO 2) forming sulfuric acid. The remaining 30% comes from various nitrogen oxides (mainly NO 2 and NO 3 which have already adopted Mane Nox). - Acid rain and its influence on biosphere Introduction: Acid rain: Whenever you think of acid rain images, I will be huge boiling red that falls from the average purple cloud of the road that is to be destroyed I always mention raindrops. I can see that they are expanding uncontrollably down in the angry fireball; it becomes very obvious. Perhaps my imagination is getting better here, but acid rain is definitely not sweet. In fact, acid rain looks like other rain