Sunday, April 15, 2012

Blog #12:How to Curb Discharge of the Most Potent Greenhouse Gas: 50-Percent Reduction in Meat Consumption and Emissions


                The Intergovernmental Panel on Climate Change proposes a fifty percent decrease in meat consumption by 2050 in efforts to reduce the emission of nitrogen oxide, the most potent greenhouse gases of all. Dr. Eric Davidson serves as an advocator for this proposal being that he studies the great extent to which nitrogen oxide is hazardous to our environment. Nitrogen oxide is the third highest contributor to the increase in climate change following carbon dioxide and methane. Advocacy for the decrease in the amount of nitrogen emissions is difficult due to the fact that nitrogen is an essential element for food production. It is most dangerous due to its ability to absorb infrared radiation. Despite the fact that nitrogen oxide is important to our daily lives, the main sources of greenhouse gases  that are distributed into our atmosphere come from synthetic nitrogen fertilizer used for agricultural purposes. Nitrogen is also used in agricultural procedures used to store livestock manure. As an active advocator Dr. Davidson suggests that we improve the management of fertilizers and manure sources in addition to the decrease in meat consumption.
                As we continue to think about ways in which we can make a difference it is always good to think of the small things that make a large impact. To think that a small change such as reducing the size of meat consumption could make a large impact on our environment is mind blowing. The interesting fact to point out about one of Dr. Davidson’s suggestions is that not only will a decrease in meat consumption improve our environment it can also help to decrease health issues around the globe such as obesity and detrimental eating habits.

Woods Hole Research Center (2012, April 13). How to curb discharge of the most potent greenhouse gas: 50-percent reduction in meat consumption and emissions. ScienceDaily. Retrieved April 15, 2012, from http://www.sciencedaily.com­ /releases/2012/04/120413100859.htm

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