Sentence examples for basis for adaptations from inspiring English sources

The parallel algorithms presented offer scaled speedup and provide the basis for adaptations in advanced beamforming algorithms.

This resistance was also assessed on a weekly basis for adaptations.

It is interesting that we see evidence for a genetic basis for adaptations along two salinity gradients separated by 330 km, a distance that would require genes many generations to transverse.

Yet science and practice express a growing demand for adequate knowledge of adaptation and argue for an adaptation of knowledge as part of adaptive capacity and as a basis for adaptation measures or policies, which are both currently judged as insufficient (Smit et al. 2001).

A New Yorker article, Orchid Fever, became the basis for her book The Orchid Thief (1998), the basis for Adaptation.

The method provides a basis for adaptation to other types of polyadenylated RNAs, enabling the comprehensive identification of bound proteins/RNAs, and the investigation of dynamic rearrangement of mRNPs imposed by cellular or environmental cues.

Piggott stated that the "importance of Wheeler's contribution to archaeological technique, enormous and far-reaching, lies in the fact that in the early 1920s he not only appreciated and understood what Pitt-Rivers had done, but saw that his work could be used as a basis for adaptation, development and improvement".

The current experiments were designed to determine the genetic basis for adaptation to long term low O2 environments.

Gene flow in particular is essential for the recolonization of extinct local populations and polymorphism tends to favor for sustainability by overcoming inbreeding depression and providing the basis for adaptation to environmental changes.

However, these previous approaches and experiments were not designed to determine the genetic basis for adaptation to long term (i.e., over many generations) low O2 environment, such as occurs when organisms live at high altitude.

Here we show that all homopolymeric guanine tracts over seven bases long in the C. jejuni genome have variable length, and that this variation provides the genetic basis for adaptation during serial passage in a mouse model of campylobacteriosis.