Acid rain poses a significant threat to our environment, causing harm to plant and aquatic life, ultimately affecting our food and water sources. It is a serious issue that requires our attention as humans, especially as elements such as aluminium poisoning can be fatal. Although many are unaware of the specifics of acid rain, we must acknowledge its existence and work towards solutions. In short, acid rain results from industrial gases that mix with clouds containing sulphur dioxide and nitrogen oxides, eventually depositing onto surfaces up to 250km away from their source.
Two types of rain exist: one is unnaturally acidic, while the other is naturally slightly acidic. About 20 years ago, renowned scientists from Norway and Sweden conducted research indicating that acidic rain could be causing severe harm to the planet. Acidic rain poses hazardous consequences as years or ev
...en decades pass, eventually leading to the formation of acid lakes. Additionally, my further investigation into acid rain revealed another incident that occurred in 1926, where inspectors reported a decrease in fish populations in various lakes. Especially during winter, when ice melted, hundreds of dead fish were discovered in rivers.
Research has revealed that a small amount of sodium in the bloodstream of fish may be an indication of acid poisoning, which is caused by acid entering the fish gills and affecting their levels. After thorough investigation, Aluminium was identified as a common metal causing this problem. Although Aluminium normally combines with other elements in the earth, when exposed to acid rain it can dissolve and react with water, ultimately harming fish, plants, soil, buildings, vegetation and ultimately human health and wildlife.
Acid rain is forme
when acids dissolve in the clouds and then fall as precipitation. The acid becomes absorbed in the soil, causing damage to the fine roots of plants. This absorption prevents plants from receiving necessary water, which ultimately causes them to dissolve or burn. Acid rain poses a significant threat to wildlife, especially in lakes where it can cause a chain reaction that results in the death of all organisms in the lake.
Acid rain is a significant concern worldwide as it has a devastating impact on aquatic life and plantations. This is consequential since we consume fish and water. Though acid rain may seem harmless, it becomes lethal when it reacts with metal pollutants or aluminium. Additionally, soil contamination caused by chlorine is another pressing environmental issue.
Many fish organisms are affected by acid rain, which can be deadly when the chlorine in the rain enters their environment. The plants are also affected, as the carbon in the water disrupts the photosynthesis process, resulting in reactions such as NaOH + HCl --> NaCl + H2O and CaCO3 + 2HCl --> CaCl2 + H2CO3 then H2CO3 --> H20 + CO2. The salt formed from these reactions can be extremely harmful and immediately affect the fishes' nervous systems. There are various solutions to reducing or stopping acid rain altogether.
To address the issue of acid rain, it is essential to educate all nations about its consequences and increase awareness. While the United Kingdom may not have encountered any significant effects, other countries can prevent adding to the problem by avoiding energy sources that release sulphur dioxide or nitrogen oxides. For example, Norway can utilize renewable energy as they have
limited dependence on fossil fuels.
Excessive usage of fossil fuels can result in economic crises and energy deficiencies for certain nations. Despite generating more power than renewable alternatives, these fuels also produce substantial amounts of harmful emissions during manufacturing processes. Although filters can remove a significant portion of these gases, they are not always able to eradicate them completely.
According to the report, purchasing filters would result in high expenses, therefore it is suggested to clean old filters instead. In conclusion, acid rain is a significant global issue that can lead to various problems such as the death of fish in lakes and rivers. This occurs when the rain's acidity combines with the water, which harms the fish's gills and functions. Acid rain can also cause other major problems.
Exposure to water causes harm to bodily functions when aluminium reacts, which can lead to illness or death. Acid rain is a consequence of human activity by introducing chemical substances into the atmosphere that have become ubiquitous through wind transport across countries. It is crucial to discover means of eliminating or decreasing the emission of detrimental chemicals into the air. Alternatively, we must investigate environment-friendly alternatives if this fails.
While removing acid rain may have benefits, it will also result in substantial future challenges, such as soil accumulation on the planet.
