In the first follow-up experiment, we mirror-reversed the masks between study and test (Experiment 4a), and in a second experiment, we changed the word case between study and test from lower-case to upper-case (Experiment 4b).
The link between numerical representation and finger representation has been established in different studies and experiments.
In contrast, knockout mice have neither copy of the gene nor the corresponding gene expression products, which may also explain the difference between human studies and mice experiments.
Although differences in the composition of the starting materials between the previous studies and our experiments would have caused the difference in carbonate species, it seems likely that carbonate minerals formed during serpentinization under CO2-rich conditions contain substantial FeO, probably at temperatures below approximately 300 350 °C.
Of course, there are some parallels between these classical studies and our experiments, like the focus on GLV compounds; however, the underlying questions differ fundamentally.
This included the effects of material, geometric nonlinearities and boundary conditions on buckling strength of the shell, as well as correlation studies between theory and experiments.
Since the times of analysis differ between that study and our experiments, it is hard to directly compare the results.
However, beside the different accessions used in their experiment (two accessions consisting of 11261 and 11265), there is another basic difference between our study and their experiment, whereas the highest salinity used by them never exceeded 5 dSm−1.
Thus, more detailed comparative studies between theory and experiment should be conducted to resolve this issue.
