... . In many cases involving tankers, offshore wells, and other deep-sea spills, a sizable portion of the oil catches fire. Resulting gasses from the fire contribute to global warming and produces acid rain as well as large amounts of toxic ash. This toxic ash can travel for hundreds of miles and eventually be inhaled by humans, creating breathing problems. The lighter components of ... ...
... fuel in the U.S. Yet it has a major disadvantage. It is a strong pollutant. When it is burned, it releases impurities like nitrogen and sulfur, which combine with water vapor to create "acid rain-. Also, coal is a major contributor to the imbalance of the carbon cycle. When coal burns, it forms carbon dioxide. Scientists believe that carbon dioxide traps the earth's heat in a process ... ...
... wildlife and inhabitants of the area but it would permanently change the appearance of the landscape and fertility of the soil. Oil drilling also has negative atmospheric effects including smog, acid rain, and global warming. According to geologists, there is an estimated 4.3 to 11.8 billion barrels of oil available in the 1002 Area. In order for the project to be economically profitable ... ...
... of coal and oil pollutes the air with nitrogen oxides and sulfur dioxide. Nitrogen oxide and sulfur dioxide can react with moisture in the air and fall to earth as acid rain, which pollutes our lakes and rivers. Automobile fuels rank as a leading source of air pollution. Even the cleanest fossil fuel produces carbon dioxide when it burns. Carbon dioxide is a harmless ... ...
... introduction of garbage as a consistent food source, alteration of natural drainage patterns (causing changes in vegetation), deposition of alkaline dust on tundra along roads, altering vegetation, local pollutant, haze and acid rain from nitrogen oxides, methane and particulate emissions, and the contamination of soil and water in the case of oil or fuel spills. They argue that only 8% of the Artic National ... ...
