Acid rain makes waters acidic and causes them to absorb the aluminum that makes its way from soil into lakes and streams. This combination makes waters toxic to crayfish, clams, fish, and other aquatic animals. Some species can tolerate acidic waters better than others. However, in an interconnected ecosystem, what impacts some species eventually impacts many more throughout the food chain—including non-aquatic species such as birds. Acid rain also damages forests, especially those at higher elevations.
This is because sulfur dioxide and nitrogen oxides dissolve easily in water and can be carried by the wind. Acid rain has a big impact on architecture which is key in The U.A.E. Both acid rain and the dry deposition of acidic particles contribute to the deterioration of paint and stone and corrosion of metals. Effects such as these majorly reduce the societal value of buildings and bridges. This can also lead to dirtying buildings and other structures, which can lead to increased maintenance cost.
Additional silica flux is added and oxygen is blown through the molten material. The silica flux reacts with the remaining iron to form a slag, and the oxygen reacts with the remaining sulfur to form sulfur dioxide. and the sulfur dioxide is processed through the acid plant. After the slag is removed, a final injection of oxygen removes all but a trace of sulfur. The resulting molten material is called the blister and contains about 99% copper by mass.
The increase of acid rain is increasingly proving to be a very distressing global issue. Acid rain defines any type of precipitation with excessive quantities of nitric and sulfuric acids. The formation of acid rain can be expressed by the equations: H2O(l) + SO2(g) ==> H2SO3(g) and 2NO2(g) + H2O(l) ==> HNO3(aq) + HNO2(g). It can appear in the form of fog, snow, and tiny bits of dry substance that settle on Earth. The biggest cause of acid rain is the burning and combustion of fossil fuels by factories, power plants, and automobiles.
What other environmental implications of pesticide use are? They can cause wide range of problems in wildlife, from deformities to death. They’ve caused emergence of pest which are even harder to control. Pesticides interfere with plant metabolism and result in cell death. Pesticides are systemic so they can’t be washed off.
Sulfur dioxide and nitrogen dioxide can cause respiratory problems, for example the asthma, cough and headaches, and eye, nose and throat irritation. Also, the indirect effects of acid rain is those poisonous metal dissolved in the water and those fruits, vegetables and animal tissue absorbed and human ate them. Although these toxic metals are not directly affected by these animals, but these animals eat but then affect human generation. For example, accumulate in animal organs and tissues of the brain damage and the mercury is associated neurological disorders. Similarly, the aluminum in the animal organs and kidney-related problems, has recently been suspected Alzheimer's disease.
When it rains, the water droplets integrate with these air pollutants, so it becomes acidic and then drops on the ground in the shape of acid rain ("Environmental pollution," n.d.). Therefore, acid rain causes great harm for greens and crops. The greens and crops are damaged leads to lower production, increase poverty, and provide lung problems. Dropping the sales in the supermarkets and reducing the gain happened by lower production of crops. Consequently, that causes poverty by having no food to people eat.
Various mining activities like drilling, blasting, extraction, transportation, crushing damage the environment and ecology, unless carefully planned and controlled. The various impacts of mining on environment and their mitigation measures are mentioned below: (I) Effect of Mining on Air Quality Air pollution results due to the emissions of particulate matter and gases including SO2, CH4, NOX and CO. Dust is produced in most of the mining operations. The remissions contribute towards global warming .Dust at uncontrolled level leads to poor visibility, breakdown of equipment, increased maintenance cost, polluting nearby surface waters and stunt crop growth. The coal industry at present faces the following challenges – ground level ozone , issues which can be local, regional and global , acid rain and GHG . The combustion of coal, produces CO2, leading to global warming through the greenhouse effect.
But, there overuse is killing our environment as dangerous gases are polluting the environment. Carbon Monooxide caused by improper or incomplete combustion and generally emitted from vehicles is another major pollutant along with Nitrogen Oxides, that is produced from both natural and man made processes. 2. Agricultural activities: Ammonia is a very common by