Autor:
Nziguheba, G.
Smolders, E.
Merckx, R.
Sulfur (S) deficiency in soils is increasingly recognized in agricultural systems. The quantification of S mineralization/immobilization processes after incorporation of organic materials into soils is a key factor to predict the availability of S to growing plants. However, immobilization and mi...
Enlace original:
https://cgspace.cgiar.org/handle/10568/99924
Nziguheba, G.
,
Smolders, E.
,
Merckx, R.
,
[The mineralization of sulfur from organic residues measured by inverse isotope dilution]
,
The mineralization of sulfur from organic residues measured by inverse isotope dilution
