Sentence examples for are capable of adaptation from inspiring English sources

"Even when exposed to novel, harsh conditions induced by contemporary anthropogenic disturbance," he wrote, "these vertebrates are capable of adaptation on contemporary timescales and across small scales of space".

They are capable of adaptation to new hosts and therefore, zoonotic transmission is possible as well as pathogenesis in host.

To illustrate the algorithm, we considered a simple CMAP consisting of three concepts (C1 C3) with the goal of determining which network architectures are capable of adaptation.

These studies suggest members of this family are capable of adaptation as a consequence of recent environmental change, but more conclusive evidence is needed to examine their ability to persist through adaptation.

As the Report says on p. 1768: "There is no reason why [the industry] model should not be capable of adaptation to meet the requirements set down here … if the other … changes around independence and effectiveness were made".

HMSC were capable of adaptation to epidermis-specific conditions without losing their mesenchymal multipotency.

The RAF issued a new version of the OR.1177 specification, accepting the lower yield, while making provision in the design for it to be capable of adaptation later for a higher yield, in the event of the political restriction being lifted.

Among them, a large number of soluble peptide hormones and cytokines (myokines) are capable of triggering adaptations of homeostasis in other peripheral organs or are involved in the process of myogenesis [ 1].

Research by economists at Imperial College, London, suggests that, in the long run, consumers are capable of making broad adaptations to higher fuel prices, whether through buying more efficient cars, making more trips by public transport or even moving house to minimise travel distances.Deeper trends are at work, too.

It has been reported that early-successional, fast-growing and light-demanding species are the most responsive to the removal of root competition and are capable of very rapid morphological adaptation ((Messier and Nikinmaa [2000]); (Gunaratne et al. [2011])), but isolating the effects of aboveground vs. belowground competition is difficult.

Simulations of droplet pair collisions including both head-on and off-center coalescences show that the mesh adaptations are capable of resolving very small length scales, and the mesh combination and mesh separation schemes can handle the topological transitions in multiphase flows.