Nitrous oxide global warming
Physics & Chemistry
Nitrous oxide (N2O) is a colorless molecular gas that has a faintly sweet odor. This gas has been implicated as a neurotoxin. It has solubility in water as well as organic solvents. Molar mass is 44.013 grams per mole. Nitrous oxide is emitted by soil bacteria in soils and oceans, and thus has been a part of Earth's atmosphere for millions of years.
Nitrous oxide is a powerful greenhouse gas produced both naturally and via human activities. Its concentration in the Earth's atmosphere has risen by around 15% since the Industrial Revolution. Atmospheric mixing ratios for nitrous oxide now stand at around 315 parts per billion (ppb) compared to a pre-industrial high of 275 ppb. Though its concentration the atmosphere is much smaller than that of carbon dioxide, N2O is a much more effective greenhouse gas having a Global Warming Potential of 298 over a 100-year time span. This means that one kilogram (kg) of N2O released into the atmosphere has a global warming effect equivalent to 296 kg of carbon dioxide over a 100 year period. Thus nitrous oxide is a very important contributor to radiative forcing, a measure used by atomospheric scientists to compare relative importance of different gas species to climate change phenomena.
Sources of Nitrous oxide
Agriculture is the chief source of anthropogenic nitrous oxide; soil cultivation, nitrogen fertilizers, and animal wastes all accelerate naturally occurring bacteria in the production of massive amounts of nitrous oxide. Livestock production (e.g. cattle, chickens, pigs, goats) comprises two thirds of human-related nitrous oxide. Industrial sources contribute around one fifth of all anthropogenic sources, and include the production of nylon, and the burning of fossil fuel in internal combustion engines. Human activity accounts for around 30%; tropical soils and oceanic release account for the balance.
Natural sources of nitrous oxide are dominated by temperate and tropical soils, with the world's oceans also being an important contributor. Total annual emissions of N2O from natural sources are estimated to be about 10 million tonnes of N2O-N.
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