You could argue [on] the climate change [one], but [on nutrient] pollution we have used so much [fertilizer] and so
much nitrogen compounds are loose in the environment, it is hard to recognize our coastal oceans anymore; of the species that are gone [and] that kind of thing.
Not exact matches
Beijing has been battling an unwelcome, unrelenting and «very unhealthy» smog for many months,
much of it made up of particulate
nitrogen compounds suspended in the air.
Goodell points out that most microorganisms use enzymes to break down
compounds, but enzymes are huge molecules and physiologically «expensive» to produce because they contain so
much nitrogen.
One triple bond releases
much more energy when it forms than is needed to break the three single bonds that bind the
nitrogen in the starting
compound.
It's not so
much the heavy metals anymore but
nitrogen oxides and volatile organic
compounds that are causing distress.
Now, there's around four times as
much nitrogen in the atmosphere as oxygen and since
nitrogen in its diatomic form is difficult to break to form
compounds, then it could be said to approximate to an ideal gas (elastic collisions not inelastic), and, oxygen and
nitrogen don't combine in the atmosphere but mix, and, oxygen is practically the same weight as
nitrogen, and, oxygen has practically the same heat capacity, then, not a bad approximation to the ideal gas of Jelbring's thought experiment.