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Introduction
Consequences
Causes
Deposition of acidic particles resulted in the acidification of Swedish lakes in the 1960s and 1970s -> degradation of systems
Figure 2: From greenhouse gases to acid rain.
Influences
Fall to the ground as dry or wet deposits
-> Acid rain
Transported by wind and react to acidic compounds
Due to industrial boom after world wars
Acidifies soils and water systems
Burning of fossil fuel releases SO2 and NOx emissions
References:
[1] Royal Swedish Academy of Sciences. (2013, january). Modeling Past and Future Acidification of Swedish Lakes (Nr. 1). Springer. https://doi.org/10.1007/s13280-012-0360-8
[2] Acid Rain. (z.d.). [Illustration]. Acid Rain. https://58bd33a321daa38adc2e5ca7a26d8629.jpg
[3] Swedish Environmental Protection Agency. (1999, november). Acid Rain (Nr. 1). Natur Vårds Verket. https://chemistry.beloit.edu/Rain/copy/acidrain.pdf
Figure 3: Graph containing sulfur dioxide emissions in Europe.
Figure 1: Map of pH of Swedish lakes