Sentence examples for effects of the extensive from inspiring English sources
"This new work provides the best evidence for sudden dinosaur extinction and for tying this event to the asteroid impact rather than other possible causes such as the longer-term effects of the extensive volcanic activity that occurred at the end of the cretaceous".
The measurement of respondents' beliefs indicated that the negative side effects of the extensive program, e.g. beliefs about unemployment effects or restricted operating freedom, were one reason for insensitivity.
One of the effects of the extensive network of parish schools was the growth of the "democratic myth", which in the nineteenth century created the widespread belief that many a "lad of pairts" had been able to rise up through the system to take high office and that literacy was much more widespread in Scotland than in neighbouring states, particularly England.
Thus, it will be important to determine the effects of the extensive changes in DNA methylation profiles on genome integrity, nuclear architecture and nuclear matrix attachment, and their role in cellular senescence in future studies.
Proceeding from that model and these data, the incidence and prevalence curves were constructed, the effects of the extensive cytological screening measures introduced during the 1960s were assessed, and future gains due to the measures already undertaken up to 1981 could be simulated.
One of the effects of this extensive network of schools was the growth of the "democratic myth" in the 19th century, which created the widespread belief that many a "lad of pairts" had been able to rise up through the system to take high office and that literacy was much more widespread in Scotland than in neighbouring states, particularly England.
There have been protests from environmentalists who have said that the effect of the extensive building work in the area has been to destroy rare natural habitats.
The mechanism is disclosed as an effect of the extensive number of low-frequency phonons with negative Grüneisen constants (contributing to negative thermal expansion) in γ-Y2Si2O7, together with its higher elastic stiffness against internal thermal pressure at elevated temperature.
This conclusion is limited, however, by the possible confounding effect of the extensive culling conducted in several areas of the epizootics examined in this study.
While the beneficial effects of these extensive adaptation protocols remain to be clarified, it is tempting to speculate that heterologous isomerases may not be able to express their full catalytic potential, in terms of substrate conversion rate, in the S. cerevisiae intracellular environment.
