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An urgent issue, climate change is undoubtedly a sweeping global dilemma of paramount importance. Though most people are aware of this fact, many either choose to ignore it, or acknowledge it, but take no action against it. Those who do choose to take action usually attempt to combat climate change by using the methods that are most commonly discussed: becoming more energy efficient, recycling, and reducing emissions through using more sustainable transportation. Though these actions are helpful, they are not the most efficient way to counter climate change.

The world’s climate is changing, and the effects of it will not only affect the inhabitants and the planet, but also humans. Everyone usually only pays attention to the weather on a weekly or even a monthly basis. However, humans don’t pay attention to the changes that they are causing. Very few people actually accept that they are the ones who are causing it and that they are also the ones that can help with the issue. It is time to take action on this problem that will only continue to cause horrible consequences and the only way to do that is having humans change their ways. Even starting with the smallest way can have a dramatic change if everyone is doing it.

Another form of industrial waste that contributes to water pollution is acid rain. Acid rain is a product of industries burning coal. The burning of coal produces sulfur oxide and nitrogen oxide, and when these chemicals combine with the earth’s atmosphere it forms acid rain The Northeastern part of the United States has the worst acid rain levels in the world. More specific, the states with the highest concentration are Ohio, Indiana, Illinois, and some boarding parts of Canada and New England area. The falling acid rain can destroy plants and animals in several different ways. The acidification of a lake, river, or stream because of the high acidic levels in the water kills algae. Since algae are the main source of food, for many species of fish, they will also suffer from the high acid levels.

Climate change is a worldwide issue. Not only is firm action and leadership critical in the United States, but also international efforts need to work toward reducing emissions. Strong public demand for climate change is crucial to enact effective global warming solutions for the future. Unless immediate action is taken, climate change will continue to escalate and continue to affect the entire planet. Ways nations and individuals can help repair the earth's atmosphere is reduce air pollution, use green energy, stop deforestation. Reducing air pollution could have a dramatic effect on climate change. Humans could impact this reduction by simple things such as conserving

Acid rain is caused by air pollutants in the atmosphere. These air pollutants are mainly from man made resources such as factories and automobiles. The burning of fossil fuels is also one of the biggest factors that pollutes the air and causes acid rain. The primary emissions from man made resources are sulfur dioxide and nitrogen oxides. The rain

Global climate change is a hot point of contention on an international scale. This subject went from ridicule, mockery, and doubt to massive grassroots and nonprofit movements, heated debates, and media headlines. Though there exists scientific research that dates back into the mid 20th century regarding impending climate change, the subject was not take seriously by massive audiences until the 21st century. At first the debate over global warming was whether or not it existed. The debate has evolved into whose fault is it and strategies for counteracting or reversing the damage. The paper will provide a brief history of this debate as well as a current understanding of both side of the argument. The paper aims to define ways in which humanity both contributes and combats global climate change.

Humans are more responsible for causing acid rain than natural sources. Areas with large populations and heavy traffic are susceptible to acid rain, because car emissions contain high amounts of nitrogen oxides (Lerner and Lerner 2). Industrial pollutants are the leading cause of acid rain; they may raise the acidity of a region’s precipitation more than tenfold (Gorman 13). Power plants burn fossil fuels, like coal and oil, for energy. Sulfur dioxide is a by-product of fossil fuels and is emitted into the air after being burned. Nitrogen oxides are less abundant but are still by-products of the same fossil fuels (U.S. Environmental Protection Agency). Both of these gasses raise the acidity in precipitation greatly.

Global warming is one of the most heated debates around the world in recent years; many governments and organizations are promoting environmentally friendly strategies and programmes in order to deal with this grave issue, which will cause long-lasting and far-reaching consequences.

In describing acid precipitation pollutant chosen it is more commonly known as acid rain representing a form of secondary pollution (EB,2013). Nitrogen and sulfur oxides are released into the atmosphere reacting to water and other components forming acids (EB, 2013). Acid rain refers to two different processes that enable the acid suspended in the atmosphere to deposit on the Earth’s surface water dries (EB, 2013). Wet acid decomposition fades to the Earth’s surface when it rains snows or fogs (EB, 2013). The dry acid deposition occurs when the acid particles drop to the Earth’s surface as gas or a particulate form (EB, 2013). Acid decompositions and precipitation aren’t constrained by international boundaries (EB, 2013). Many nations use fossil fuel do not have the legislation in place of air pollution limiting meaning that can contributes to the acid deposition and precipitation both locally and in other countries (EB, 2013). The Nations that haven’t’ taken any. Consideration of limiting air pollution resulting acid deposition that will affect the global environment (EB, 2013). Once the acid compounds are released they are deposited into the soil and bodies of water increasing the acidity resources (EB,2013). Acid water is not potable for humans (EB, 2013). Acid precipitation is both point and non-point pollution. The point pollutions of is from factories and the non-point the acid rain makes water more acidic and release aluminum can be toxic to fish (Acosta,

Climate change is the most prevalent challenge in achieving sustainable development. The evidence for rapid climate change is compelling, not only is it having effects on the natural environment for example causing rising sea levels as research shows that ‘Global sea level rose about 8 inches in the last century’ (Shaftel 2017) , rising temperatures on land and sea, more droughts and floods and effecting the balance of nature, it is also having destructive effects on human

The increasing severity and frequency of climate change impacts calls for an immediate need to alter the way we conceive and respond to developing issues. Challenges such as war and financial recessions tend to be relatively short, over in less than ten years. Election cycles and national plans are usually over in less than five. By contrast, climate change and its impacts are set to progressively and noticeably worsen over the next twenty years and accelerate catastrophically into the final half of this century and beyond. Unless measures are put in place over the near term. We must pro-actively consider climate change problems in the long-term and find sustainable solutions that will help vulnerable populations adapt to unavoidable impact while advocating for global changes needed to slow climate change’s pace.

Acid Rain, or more specifically, acid precipitation, is an environmental phenomena. It is composed of sulfuric acid and nitric acid, in addition to water, which come to be due to the interactions between the water and atmospheric pollutants, such as sulfur oxide and nitric oxide. This combination of strong acids in water is known to be detrimental to the environment, infrastructure, and the health of people. Due to the water cycle, other water bodies, such as lakes and streams, are affected by the excess acid in rain in that their aquatic populations decrease. Acid Rain also leaches aluminum, as well as minerals and nutrients, from soils, harming vegetation. As for infrastructure, the acids in acid precipitation are known to erode metal and stone. Though acid rain itself does not damage people’s well-being, the sulfur oxide and nitric oxide in the air can react with other atmospheric compounds to produce fine, inhalable sulfate and nitrate particles, which are linked to heart attacks and damaging effects on lung function for those more prone.

Acid rain is caused by when sulfur dioxide (SO2) and nitrogen oxides (NOx) are put into the atmosphere and then transported by wind and air currents. Sulfur dioxide and nitrogen oxides react with water, oxygen and other chemicals to form sulfuric and nitric acids. These chemicals then mix with water and other materials before falling into the ground. A small portion of sulfur dioxide and nitrogen oxides can cause acid rain from natural sources like volcanoes, but most of it comes from the burning of fossil fuel (Feely, et al., 2010). Sulfur dioxide and nitrogen oxides are two of the major sources associated towards acid rain. Atmospheric deposition of the sulfur and nitrogen molecules is derived from coal-fired

Usually people pay attention on daily weather changes and how the weather will be through the week or the month, but do we pay attention on climate change how it affects our lives. Did we ask ourselves what are the causes of climate change? How climate change impacts our activities? Can we do something to solve this big issue before to turn to a big disaster? These questions make me think deeply how we work to solve this problem because the earth is the only place so far we can live on it. Climate change has become a worldwide problem and this issue affects human lives, environment, social and economic. The change in climate has serious impacts on our natural ecosystem and as human we should face it before causing great catastrophe such as water availability, agriculture, rising sea levels and health. Many studies recognize that sign of change is increasing in average temperatures, snow and rainfall, patterns are shifting, and extreme climate events are becoming more common in our days. These changes are expected to grow if we don’t solve the issues or the causes of climate change.

INTRODUCTION: The dictionary definition of acid rain is “’rainfall made so acidic by atmospheric pollution that it causes environmental harm, chiefly to forests and lakes. The main cause is the industrial burning of coal and other fossil fuels, the waste gases from which contain sulphur and nitrogen oxides which combine with atmospheric water to form acids.” In Northern Europe and North America millions of trees have died because of the causes of acid rain. Some lakes contain so much acid that all the fish have died and the birds that relied on this fish for food have left. Acid rain also speeds up the rusting of iron and building made of marble, limestone and concrete have been severely affected. It is because of these reasons that acid