Not exact matches
Rapid
decomposition facilitated by warm temperatures and abundant moisture in these same tropical regions slowed the accumulation of organic matter that was not protected
from microbial decomposers.
Model simulations can always be improved by testing predictions against field data collected
from different ecosystems, and Sulman and Phillips are doing just that: investigating how roots influence soil
decomposition and protected forms of carbon in forests that vary in the composition of tree and
microbial communities.
They write, «We show that anaerobic microsites are important regulators of soil carbon persistence, shifting
microbial metabolism to less efficient anaerobic respiration and selectively protecting otherwise bioavailable, reduced organic compounds such as lipids and waxes
from decomposition.