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Fine roots <2 mm were manually sorted from the soil.
Pregitzer, K. S. Fine roots of trees – a new perspective.
Specifically, the heterogeneity in decomposition rates was shown only when fine roots were classified by root order, but not when fine roots were classified by diameter class.
Fine roots (diameter < 0.2 mm) accounted for >80% of root length in all hydrological conditions.
Abundance of fine roots (but not large roots) was correlated with increased biomass and fewer weeds.
Overall, our results demonstrate that the system was reliable for measuring rhizosphere respiration of fine roots.
Fine roots dynamics and trace gas fluxes in two lowland tropical forest soils.
In addition, AM colonization induced more fine roots and less coarse roots.
The biometric parameters of fine roots are only partly related to soil characteristics.
Fine roots were then carefully picked out from the collected soil as in ref. 36.
Fine roots support the water and nutrient demands of plants and supply carbon to soils.
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