Sentence examples for adaptations for different from inspiring English sources

What is interesting is how adaptations for different mediums use different ways to convey thoughts.

In Tables3,4, and5, we list the different optimal thresholds for 8-rate, 4-rate, and 2-rate rate adaptations for different offered load and buffer size.

We hypothesize that these divergent mechanisms represent adaptations for different social environments.

Our exploratory, post hoc analysis of BOLD signal attenuation across scanning runs revealed differences in the patterns of neural adaptation for different types of HWLs that may be relevant to the optimisation of future HWLs.

It is important to point out the model's limitations and make some remarks regarding its use and adaptation for different scenarios.

The UA recall obtained using a conventional cross-corpus strategy without adaptation for different LTMs and train/test scenarios are shown in Figure 9.

As the IPCC has released the output of latest global circulation model (GCM) data for climate change projection which encapsulate wider range of scenario, updated climate science and climate models, it is imperative to produce updated climate projection in basin level so that it can form a basis for impact analysis and adaptation for different sectors.

The lack of complete homology of mammalian SBDPs in salmon brain tissues may be related more to the evidence of genome duplication in the salmonids [29] and the loss of function due to redundancy [30], or adaptation for different functions.

31 33 In addition, it will aid future programme improvement by identifying beneficial design and implementation strategies and suggesting contextually responsive programme adaptation for different recipients and settings.

They highlight that considering time scales of adaptation for different vegetation properties facilitates differentiating between a short-term response to elevated CO2 (stomatal down-regulation) and a longer term response (increase in leaf area, plant abundance, and potentially, rooting depths).

It is expected that such pattern allows small variations on the angle in which the recognition helix fits the major groove for different DBDs (curved arrows at the Figure 8-B), which in turn can be used at the adaptation for different dimerization partners and/or different half-sites (for instance, allowing that the large chain of the R153 adjust itself for a different 5' basis step).