Austria, Belgium, Denmark, Finland, the Netherlands, Norway and Sweden
statues and many buildings in areas close to cities, acid rain is not so common in the countryside as it is created by sulphur in fossil fuels and when the fuel is burnt it creates sulphur dioxide which is in aid rain there are not as many cars in the country side i.e. there's not as much sulphur dioxide meaning not as much acid rain.
Yes, some areas in Tennessee are affected by acid rain due to pollutants released by industries, vehicles, and agricultural activities. Acid rain can impact water bodies, forests, and other natural ecosystems in the state. Measures are being taken to reduce emissions and minimize the effects of acid rain in Tennessee.
Acid rain has been documented in various parts of the world, including North America, Europe, and Asia. Some areas that have experienced significant issues with acid rain include the northeastern United States, Scandinavia, and parts of Southeast Asia. Industrial areas with high levels of air pollution tend to be more prone to acid rain.
where has some of the acid rain and forest decline been observed
We build factories that create pollution; in some cases acid rain
Acid rain destroy's forest damages property and harms wildlife. Lakes and rivers are effected by acid rain because when the acid rain falls in to the lakes and rivers it turns into polluted water.
Some. It is scary.
some of the human causes for acid rain is we drive our cars ,have oil companies ,and don't care about the electricity.
No. Vinegar is a solution of acetic acid dissolved in water. The acidity in acid rain is due mostly to sulfuric and nitric acids. In some cases, though, the acidity of acid rain is similar to that of vinegar.
acid rain by D.R.I but its from the 80's
Red kangaroos are not actually threatened. Their population fluctuates with the seasons, and in some areas they are certainly threatened. As a species, however, they are not threatened, but are classified as common.
Areas with more acid rain typically have higher levels of air pollution, such as sulfur dioxide and nitrogen oxides, which can react with water vapor in the atmosphere to form acids. This pollution often originates from sources like industrial activities, vehicles, and power plants. Geographical factors like prevailing wind patterns and topography can also play a role in the distribution of acid rain.