acid rain Legislation Acid rain is a destructive force as a result of nature and man colliding. It is formed through harmful industrial emissions combining with contents of the earth’s atmosphere; a dangerous combination. This prompted governments throughout North America to take action. Many laws and regulations have been implemented, yet the question still remains, “Should tougher legislation be implemented to force industries to reduce acid rain emissions?’ To decide whether tougher legislation should be implemented, one must first understand the details of what exactly acid rain is. Acid rain is a result of mankind’s carelessness. It travels a long one of the most efficient biogeochemical cycles on earth, the Hydrologic Cycle.
This allows acid rain to distribute itself further away from it’s source causing more than local problems. Sulfur Dioxide (SO 2) is released by fossil fuels when they undergo combustion. Power plants and other fossil fuel burning industrial areas release various forms of nitrous oxides (Nox).
These two chemical compounds combine with the water in the atmosphere to form what is known as acid rain. The main reason that has prompted legislation of industrial emissions from governments is because of the negative effects they can have on the environment. Acid rain is harmful to the environment because of it’s low pH.
The Essay on Acid Rain 18
When thought of acid rain, some people may think of green, burning acid falling from the sky, destroying everything in sight. This may be a bit ridiculous and hard to believe, but as absurd as it sound, it is not far from the truth. Acid deposition has long been a subject of debate because of the widespread environ-mental damage it is responsible for. As one of the major results of air pollution, ...
It can harm the biotic components of earth, and also the abiotic components. It’s high acidity degrades soil to the point where it cannot support any type of plant life. Trees in forests are killed over long-term exposure. When these trees are killed, an imbalance in the hydrologic cycle can occur. Without living trees to consume the precipitate, it must be consumed by the earth or any other plants. These will receive an excess of water, causing other problems in the hydrologic cycle.
This in turn causes a chain reaction of death among our forests. Some regions are more susceptible to acid rain because they don’t have enough Alkaline soil to “neutralize’ the acid before it is able to destroy the rest of the soil or before it can run off into lakes or rivers. Aquatic environments can be greatly affected by soil runoff. Acidic soil may runoff into lakes and rivers due to erosion, causing acid rain to destroy more environment. Acid rain aquatic animals as well as aquatic plant life. When acid rain combines with water in major bodies of water, it not only destroys wildlife habitat, it destroys our drinking water.
An aquatic ecosystem is very dependent on each and every aspect within itself. Once one species dies off, others that depend on it, will eventually begin to die off also. This systematic chain continues until the entire body of water is completely abiotic. The reason acid rain is so effective in destroying ecosystems is because it harms everything in that particular ecosystem. Being distributed through the hydrologic cycle, acid rain is capable of destroying everything in it’s path. Many laws and agreements have been implemented by governments in North America to reduce acid rain emissions.
The question governments are asking is: “Are these regulations enough?’ . One of the more famous laws / organizations implemented by North American governments was the “Clean Air Act’ which was signed in 1991. Also in 1991, Canada signed an agreement with the United states concerning air quality. Media explains that the agreement has enough framework to address all transboundary air pollution issues. It is a very broad / general agreement that should highly reduce air pollution between these two major countries of the world. This agreement contains other specific commitments for emissions reductions relating to acid rain precursors and research as well as a commitment to review the Agreement in it’s fifth year.
The Term Paper on Acid Rain 17
... tree disease has been destroying a large percentage of the coniferous trees. The effect of acid rain on wildlife could include ... from mobile sources. New vehicles can incorporate improved emissions technology. Sulfur emissions can be reduced through the use of low- ... possible solutions, which has alienated.Consensus among scientists can speed agreement on how to respond to hazards (Kraft 18). Though ...
This allows for expansion of the agreement in the near future. Research and studies forced by this agreement is also an intelligent decision among these countries; education is the basis of all knowledge. Besides agreements and legislations of sorts, technology is an awesome force in the reduction of acid rain emissions. The only down side to this technology is that it is extremely expensive. Scrubbers have been placed in the smokestacks to remove harmful emissions. Lime is used in lakes to “neutralize’ the low pH levels.
Without studies being conducted and research being taken out on acid rain, these technologies would not be here today. This is why education may be the ultimate technology in the reduction of acid rain emissions. Should tougher legislation be implemented to force industry to reduce acid rain emissions? From an environmental point of view… yes, anything that can be done, should be done. Whether it be through studies, research, new technologies, anything for our environment. From an economical point of view… no, technology is very expensive and hardly affordable in terms of most industries.
Technology can reduce the dangers of acid rain, but at what cost? Tougher legislation should be implemented to preserve our environments, to preserve our lifestyle, and life on earth.
