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Since Nitrogen-16 has a very short life, it is held for decay and then dispersed into the air. Cobalt-60 has a long half-life, so it is buried when no longer useful. Phosphorus-32 has a short half-life, so it is stored for decay to safe levels.
Nitrogen has two stable isotopes, nitrogen-14 and -15. The abundance ratios of the two isotopes among geological samples, both extraterrestrial and terrestrial, exhibit wide variations, despite the first-order expectation of its stable nature. Nitrogen Isotopes - SpringerLink springer.com springer.com
Nitrogen-15, a stable isotope of nitrogen and an essential plant nutrient, is used to determine the fertilizer use efficiency of crops. It is also used to quantify the amount of nitrogen that crops can acquire from the atmosphere through a process known as biological nitrogen fixation.
Nitrogen has two stable isotopes, 14N and 15N (atomic masses of 14 and 15, respectively). 14N is the more abundant of the two, comprising 99.63% of the nitrogen found in nature. Physical, chemical, and biological processes discriminate be- tween the two isotopes. NITROGEN ISOTOPES IN THE OCEAN columbia.edu Seminar readings columbia.edu Seminar readings
Nitrogen 14 is the most abundant form of nitrogen and makes up more than 99% of all nitrogen found on Earth. It is a stable compound and is non-radioactive. Nitrogen-14 has the most practical uses, and is found in agricultural practices, food preservation, biochemicals, and biomedical research. 8.9.2: Chemistry of Nitrogen (Z=7) libretexts.org 8.09:TheNitrogenFamily libretexts.org 8.09:TheNitrogenFamily
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stable Nitrogen-15 is a rare stable isotope of nitrogen. Two sources of nitrogen-15 are the positron emission of oxygen-15 and the beta decay of carbon-15. Isotopes of nitrogen - Wikipedia wikipedia.org wiki Isotopesofnitrogen wikipedia.org wiki Isotopesofnitrogen
Nitrogen has two stable isotopes, 14N and 15N, whose relative abundances in nature are approximately 99.64% and 0.35%, respectively.
The stable isotope 15N is an extremely useful tool for studying the nitrogen (N) cycle of terrestrial ecosystems.

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