The sampling time in this apparatus can be varied from hundreds of microseconds to tens of seconds, enabling the investigation of kinetics of ion decomposition over an extended range of decomposition rates.
In comparison to studies at individual sites, sampling of CWD across different sites provides a more robust estimation of decomposition rates because a wider range in climatic conditions and decomposer communities are captured.
Plant litter quality is a key controller of decomposition rates in soils, and lignin and the lignin∶N ratio play a particularly important role in late stage decomposition [11], [12].
Carbon legacies decomposed over time following an exponential model using a dataset of decomposition rates for tropical trees [ 24, 25].
In comparison to GO, such range of decomposition was shifted to lower temperature.
The results of this analysis are shown in Figure 3 b for a range of decomposition temperatures.
Equilibrium between the rate of decomposition and rate of supply of organic matter is disturbed when forests are cleared and land use is changed [ 8, 9].
With different heating rates, the linear relationships can be performed by plotting the logarithm lgβ as a functional of the reciprocal of temperature, 1/T, with the decomposition rate α ranging from 0.1 to 0.9.
In adg1-1/tpt-2 double mutant plants exposed to HL-conditions, the decomposition rate of PSII core proteins presumably exceeds the rate of their de novo synthesis.
Thus, the required decomposition temperature increases and the decomposition rate of CuAl2O4 decreases.
