Sentence examples for more general adaptations from inspiring English sources

In this regard, comparisons with the aquatic members of the Alismatales will be necessary to distinguish between more general adaptations to the aquatic environment and those that are marine-specific.

Whether positive selection at SI and MGAM is part of a more general adaptation to flight in these animals remains an interesting possibility worth further investigation.

A more general link adaptation strategy was proposed in [10] and the system parameters including the number of data streams, number of transmit/receive antennas, use of spatial multiplexing or space time block coding (STBC), bandwidth, etc. were controlled to maximize the energy efficiency.

Alternatively, these loci may not be involved in fluconazole resistance per se and may have a more general role in adaptation to the complex host environment.

Some of these changes may be associated with the regulation of developmental processes such as tuberization (see below), whilst others may control more general metabolic and physiological adaptations to photoperiod.

Religious concepts are not evolved biological adaptations but rather by-products of more general cognitive structures that are adaptations.

This work presents the first quantification of the dynamics of cell mechanical reinforcement under stress, which is a novel insight into the elucidation of the more general phenomenon of cell adaptation to stress.

Given the amount of hybridization among these taxa, it is possible that interspecific gene flow may have played a more general role in facilitating adaptation.

We propose a simplification of the control-engineering concept of 'proportional control' to the more general case where the adaptation is any function of the displacement of the controlled variable but neither a function of the time integral nor the time derivative of that displacement.

The simplicity of the local pressure boundary condition approach and its easy adaptation to more general flow settings make the resulting scheme an attractive alternative to the more popular methods for solving the Navier Stokes equations in the velocity pressure formulation.

Our results suggested unusual evolutionary events at two genes, and we now discuss these findings and their biological consequences, along with their implications for a more general understanding of high altitude adaptation.