Epron D., Tchichelle S.V., Nouvellon Y., Mareschal L., Koutika L.S.
2016
An increase in soil N availability by Acacia mangium in pure or mixed-species stands may reduce soil organic matter (SOM) mineralization compared to eucalypt stands. We measured the isotope composition (?13C) of coarse particulate organic matter (cPOM, 4¿0.25 mm), of fine POM (fPOM, 0.25¿0.05 mm) and of the remaining organo-mineral fraction (OMF, <0.05 mm), and of the forest floor in plantations ...
Production forestière; Fertilité du sol; Chimie et physique du sol
2016
An increase in soil N availability by Acacia mangium in pure or mixed-species stands may reduce soil organic matter (SOM) mineralization compared to eucalypt stands. We measured the isotope composition (?13C) of coarse particulate organic matter (cPOM, 4¿0.25 mm), of fine POM (fPOM, 0.25¿0.05 mm) and of the remaining organo-mineral fraction (OMF, <0.05 mm), and of the forest floor in plantations ...
Production forestière; Fertilité du sol; Chimie et physique du sol