Nitrogen fertilisers in soils release nitrous oxide when broken down by bacteria.
From the newscientist.com
There's no nitrous-munching bacteria present?
From the newscientist.com
Bacteria on land and in the oceans produce nitrous oxide in one of two ways.
From the sciencedaily.com
Ocean bacteria tend to create nitrous oxide that has more of the heavier isotopes of nitrogen and oxygen, while terrestrial bacteria tend to produce nitrous oxide with the lighter atoms.
From the sciencedaily.com
An important distinction between large rivers and small streams is that large rivers have deeper, more turbid water columns which may support nitrous oxide producing bacteria.
From the sciencedaily.com
As an alternative, the Stanford team wants to create a low-oxygen environment in the treatment plant, where nitrous oxide-producing bacteria are favored, while aerobic species die off.
From the sciencedaily.com
The idea follows from the fact that copper is present in the reaction center of the enzyme that bacteria use to convert nitrous oxide to ordinary nitrogen gas.
From the sciencedaily.com
Thirty to forty centimetres down into the soil, there is not much energy for the bacteria that are necessary to convert nitrate into nitrous oxide.
From the sciencedaily.com
In nature, bacteria in soil and the oceans break down nitrogen-containing compounds, releasing nitrous oxide.