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Film thickness, substrate type and electrolyte temperature were varied.
Some species were predominantly associated with one substrate type (e.g., sand, riprap) and their densities at each site corresponded to the availability of this substrate type.
Table 3 shows the dependence of ITO sheet resistance with substrate type and thickness.
Each substrate type was used at two depths (7.5 or 15 cm).
Water permanence, substrate type and vegetation were the main drivers of the assemblage composition.
However, two abundant species showed significant preferences for one substrate type.
Besides, the germination and growth of all plant species in each substrate type were evaluated.
The factors of major influence are substrate type, time of exposure (tectonics and relief), and climate.
Substrate type distribution did not change as time since MPB disturbance increased.
The initial moisture content of the powdered substrate was adjusted between 40 and 67%%, depending upon the substrate type.
Moreover, it is known that nanostructuration is strongly dependent on the substrate type and film thickness [23].
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