Rainfall is essential for almost everything on earth, but what if the rainfall turns acidic will it still have the same value? Well! it is the truth and it is affecting our daily lives.
Acid rain is the mixture or water droplets pouring down on earth with pollutants which chemically reacts with water droplets and makes it acid, Acid rain is also termed as acid deposition.Acid deposition occurs as wet and dry. wet deposition is any precipitation which removes pollutants from atmosphere and dry deposition is settling down of pollutants on the surface of earth or stick with atmospheric dust and which is dangerous
Acid rain is caused by mixing of droplets falling from clouds binding chemically with sulphur dioxide and nitrogen in the atmosphere which is from result of fossil fuel combustion with very less oxygen to form sulphuric acid, ammonium nitrate and nitric acid, all these mixtures then spread to the land areas with downpour of rainfall along with wind and dust and other forms of precipitation.
As acid rain from the name implies is acidic thus it is harmful, It has its impact on both man made and natural surroundings. Aquatic formations like rivers lakes and streams are greatly impacted as acidic rain falls directly into them.
Aside from aquatic bodies, acid deposition can significantly impact forests. As acid rain falls on trees, it can make them lose their leaves, damage their bark, and stunt their growth. By damaging these parts of the tree, it makes them vulnerable to disease, extreme weather, and insects. Acid falling on a forest’s soil is also harmful because it disrupts soil nutrients, kills microorganisms in the soil, and can sometimes cause a calcium deficiency. Trees at high altitudes are also susceptible to problems induced by acidic cloud cover as the moisture in the clouds blankets them.
Damage to forests by acid rain is seen all over the world, but the most advanced cases are in Eastern Europe. It’s estimated that in Germany and Poland, half of the forests are damaged, while 30% in Switzerland have been affected. Finally, acid deposition also has an impact on architecture and art because of its ability to corrode certain materials. As acid lands on buildings (especially those constructed with limestone) it reacts with minerals in the stones sometimes causing it to disintegrate and wash away. Acid deposition can also corrode modern buildings, cars, railroad tracks, airplanes, steel bridges, and pipes above and below ground. Solution: Because of these problems and the adverse effects air pollution has on human health, a number of steps are being taken to reduce sulfur and nitrogen emissions. Most notably, many governments are now requiring energy producers to clean smoke stacks by using scrubbers which trap pollutants before they are released into the atmosphere and catalytic converters in cars to reduce their emissions. Additionally, alternative energy sources are gaining more prominence today and funding is being given to the restoration of ecosystems damaged by acid rain worldwide.
Acid rain is the mixture or water droplets pouring down on earth with pollutants which chemically reacts with water droplets and makes it acid, Acid rain is also termed as acid deposition.Acid deposition occurs as wet and dry. wet deposition is any precipitation which removes pollutants from atmosphere and dry deposition is settling down of pollutants on the surface of earth or stick with atmospheric dust and which is dangerous
Acid rain is caused by mixing of droplets falling from clouds binding chemically with sulphur dioxide and nitrogen in the atmosphere which is from result of fossil fuel combustion with very less oxygen to form sulphuric acid, ammonium nitrate and nitric acid, all these mixtures then spread to the land areas with downpour of rainfall along with wind and dust and other forms of precipitation.
As acid rain from the name implies is acidic thus it is harmful, It has its impact on both man made and natural surroundings. Aquatic formations like rivers lakes and streams are greatly impacted as acidic rain falls directly into them.
Aside from aquatic bodies, acid deposition can significantly impact forests. As acid rain falls on trees, it can make them lose their leaves, damage their bark, and stunt their growth. By damaging these parts of the tree, it makes them vulnerable to disease, extreme weather, and insects. Acid falling on a forest’s soil is also harmful because it disrupts soil nutrients, kills microorganisms in the soil, and can sometimes cause a calcium deficiency. Trees at high altitudes are also susceptible to problems induced by acidic cloud cover as the moisture in the clouds blankets them.
Damage to forests by acid rain is seen all over the world, but the most advanced cases are in Eastern Europe. It’s estimated that in Germany and Poland, half of the forests are damaged, while 30% in Switzerland have been affected. Finally, acid deposition also has an impact on architecture and art because of its ability to corrode certain materials. As acid lands on buildings (especially those constructed with limestone) it reacts with minerals in the stones sometimes causing it to disintegrate and wash away. Acid deposition can also corrode modern buildings, cars, railroad tracks, airplanes, steel bridges, and pipes above and below ground. Solution: Because of these problems and the adverse effects air pollution has on human health, a number of steps are being taken to reduce sulfur and nitrogen emissions. Most notably, many governments are now requiring energy producers to clean smoke stacks by using scrubbers which trap pollutants before they are released into the atmosphere and catalytic converters in cars to reduce their emissions. Additionally, alternative energy sources are gaining more prominence today and funding is being given to the restoration of ecosystems damaged by acid rain worldwide.
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