Based on relationships between bite size and carnivore behavior and body size, we conclude that the primary modifying agents were large carnivores (i.e., wolves or saber-toothed cats).
Thus, from a detailed analysis of both "growth rate" and "critical size" we conclude that an up-regulation of sulfur metabolic flux in wild type cells is sufficient to significantly accelerate initiation of cell division, which can be largely attributed to an increase in growth rate.
Given the expected reduced power in this smaller sample size, we conclude that a similar association is observed in untreated subjects.
Considering the difference in the particle sizes, we can conclude that LFP-C has much higher catalytic activity than magnetite.
Because the catalytic properties of the carbides varied with the average particle size, we concluded that butane dehydrogenation was structure-sensitive over these materials, and suspected that this behavior was due to variations in the surface stoichiometry as well as the particle faceting.
Based on the finding of independence or weak dependence of BEF on tree size, we concluded that, for A. johnsonii, constant component BEF values can be accurately used within the interval of harvested tree sizes.
Upon visual comparison of the bubble size distributions for the plunging jets and diffuser with oceanic bubble size distributions, we conclude that the plunging jet better simulates plunging breaking waves with respect to bubble plume characteristics.
Although the Seebeck coefficient can be increased through the reduction of the grain size [28, 29], we conclude the Seebeck coefficient is not changed by the reduction of grain sizes among samples obtained in this study.
As the BP-MF receiver operates at symbol level, its execution time is roughly independent of the payload size and, therefore, we conclude that the per-bit computational complexity is linear in the payload size plus some offset.
Using an event-size distribution model, we conclude that their impact on the LISA science data is manageable.
