Sentence examples for becoming suitable from inspiring English sources

However, for each second-order subset, its two side-columns lose adjacency, becoming suitable for reference in quartering step 2. The idea of quartering is applicable for not only codebook searching but also other utilities.

In particular there can be a considerable lag between climate becoming suitable in any one place and colonisation by a species through dispersal [ 3].

We used this climate-disease relationship to model the regions in Australia that are at high risk of becoming suitable for dengue transmission under four different climate change scenarios (Box 1).

For A. gambiae, 78 112 million fewer people are projected to be in suitable areas for the vector species, as compared with 33 34 million people living in areas becoming suitable; for A. arabiensis, reductions in potential for exposure are more dramatic: 136 171 million in areas no longer suitable, but only 14 million in areas newly suitable.

Baroness Warnock warned that such science teaching was now becoming "more suitable for the pub than the school room".

Still, the Packers cannot relish the prospect of facing Adrian Peterson again — he shredded the Packers for 210 yards earlier in December and 199 on Sunday — particularly with the increasingly confident quarterback Christian Ponder becoming a suitable accompaniment to Peterson.

"As the environment in their current ranges is becoming less suitable for them … they have no land area to retreat to farther north.

The Lattice Boltzmann method (LBM) has widely been implemented in CFD simulations, and it is becoming more suitable in the application of image processing amongst several others.

Why, after all, support both a desktop-like operating system like Chrome OS and Android, which, thanks to its multi-window mode, is becoming more suitable for desktop usage with every release?

Fabric-Reinforced Cementitious Matrix (FRCM) materials are becoming increasingly suitable for strengthening of historic masonry constructions but only few experimental studies are still available concerning their application on structural elements.

The renewability, availability and low-cost of eco-friendly cellulose nanocrystals (CNC), have gaining attention for nanocomposites preparation due to their unique properties in the nanoscale and their water dispersibility, becoming a suitable reinforcement in waterborne polyurethane (WBPU) dispersions.