conversion of an element from its inorganic form to its organic form within microbial or plant tissues, rendering it unavailable to other organisms or plants
Conversion of high-level waste into a form that will be resistant to environmental dispersion.
( Ped.). The conversion of an element from inorganic to organic combinatnion in microbial or plant tissues. This has the effect of rendering unavailable (and usually not readily soluble) an element that previously was directly available to plants. ( SSSA).
Conversion of an element from the inorganic form to the organic form in microbial or plant tissues. Often used to describe the conversion of nitrate or ammonium into organic forms by soil microorganisms.
This occurs when inorganic ions are assimilated by soil organisms and are bound organically again
the transfer of an element from the soluble inorganic into the organic form of microbial or plant tissues.
The conversion by soil organisms of inorganic nutrients such as ammonium or nitrate into organic compounds that are part of their cells. This makes the nutrients temporarily immobile in the soil and unavailable to plants. (See mineralization.)
Immobilization in soil science, is when organic matter decomposes and is absorbed by micro-organisms, therefore preventing it being accessible to plants Principles and Practices of Soil Science, the soil as a natural resource (4th edition), R.E. White. Immobilization is the alternative to mineralization.