However, for many groups of organisms, the earliest parts of their phylogenetic history predate the origin of decay-resistant tissues.
Five origins of decay will be analyzed.
In addition, research on the progression of wood decay in trees suggests that the origin of wood decay can be in the sapwood, rather than from saprotrophic growth in non-functioning heartwood (Boddy and Rayner 1983; Parfitt et al. 2010).
The origins of slow decay and fast decay were assigned to local compositional fluctuations of indium and thickness variations of InGaN layers, respectively.
Some origins of system decay exist in the immediate hospital or regional setting of usage.
Although the origin of the slow decay has not been clarified, it is most likely related to the carrier trap in SiNWs.
Quantum confinement of the generated carriers is at the origin of the long decay times (in the several micrometer range) [25, 27].
Therefore, the origin of drastic capacity decay was attributed to the increase in charge transfer resistance of the Co3O4 electrodes, i.e., the suppression of reaction between Li-ions and electrons at the electrode/electrolyte interface upon cycling.
To provide direct experimental evidence for the origin of the drastic decay of specific capacities from a certain point, EIS measurements were performed on the same unit (Solartron 1280C, UK).
Further studies are required to verify the origin of the second decay pathway.
There are alternative explanations for the origin of the nonlinear decay term, e.g., the synthesis of a protein may retard cell growth if it is toxic to the cell [ 33].
