We predicted that, because of local adaptation, the demographic contribution of the migrants (LP) would be reduced compared to the contribution of the local (HP) guppies.
We predicted that, because F0 correlates with call intensity, older animals would show (i) a lower maximum F0 frequency, (ii) a lower F0 frequency range in the highest pitched climax note (delta F0), and (iii) a smaller ratio of note to inter-note interval durations (duty cycle).
The physical mechanism of the former instability is particularly important because we predict that some volcanic tremors could be explained in that parameter regime.
Most importantly, we cannot explain the excitation of two or more simultaneous spectral peaks because we predict that the observed oscillations are primarily composed of the Rayleigh wave excited by the most unstable (i.e., the longest wavelength) mode.
We expect that the instability observed by Rust et al. (2008) corresponds to our solutions (63) obtained in the case of a purely parabolic basic flow (δ = 0), because we predict that V 0 ∗ = L ∗ ω ∗ / 4 π in this solution.
Our model is consistent with observations of rapid metastasis once a neoplasm becomes malignant [21], because we predict that there has been selection for cell migration prior to invasion.
This finding deserves particular attention, because we predict that the number of variables that influence codon usage is correlated positively with the breadth of expression of a gene.
In spite of the lack of data on the presence of α2,8-sialylation in the glycoconjugates of amphioxus, we predict that these polysialylated structures exist because several genes of B. floridae code for putative proteins possessing the PSTD-like motif.
We predict that this diversity exists not only because of the wide range of physical habitats that prokaryotes inhabit, but also in part due to specializations that support close-association symbioses with other prokaryotes.
