Inorganic phosphorus is the simplest form and most readily accessible to soil microorganisms and plants. Organic phosphorus compounds are much more complex, making them difficult to identify and track ...

Most common isotopes: Phosphorus-31 (100 percent natural abundance) (Image credit: Greg Robson/Creative Commons, Andrei Marincas Shutterstock ) Element of light ...

Phosphorus is the second most plentiful mineral in your body. Your body needs phosphorus for many functions, ... The most common cause of too much phosphorus is kidney disease.

Here's how you can increase your intake of phosphorus naturally or, when recommended by your doctor, in supplemental form.

One year ago last week the Clinton Laboratories at Oak Ridge, Tenn. began selling radioactive isotopes made in its uranium pile. Already, these atomic by-products have had important influences on ...

"This rare isotope, which is lighter than the more common helium-4 by just one neutron, is scarce in our Solar System – found at a ratio of about one helium-3 ion per 2,500 helium-4 ions ...

The publication focuses on practical applications of radiotracer techniques and can serve as resource material for research projects on improving sustainable phosphorus management in agricultural ...

Scientists have measured the half-lives of five never-before-seen isotopes in a first demonstration of a research facility that will help probe the nuclear structures of elements (Phys. Rev. Lett ...

They are exploring using oxygen isotopes to discriminate and track the sources of phosphorus compounds. ... one of the most common commercial herbicides used for agricultural and urban ...

The most common isotope of uranium — called uranium-238 — has a half-life of about 4.5 billion years, which is about the age of Earth. Sign up for the Live Science daily newsletter now.

Silicon is the eighth most common element in the universe by mass and it comprises nearly 30% of the Earth’s ... The idea is that phosphorus-30 nuclei created in a nova will decay to silicon-30. For ...

Creating more exotic isotopes will reveal the stellar formation of atoms — a fitting tribute to Ernest Rutherford, say Michael Thoennessen and Bradley Sherrill.