Sentence examples for equally adapted to from inspiring English sources

Species from soil seed bank or dispersing from neighboring vegetation can settle in the strip, while sown species might not always be equally adapted to local conditions.

However, wavelet decomposition depending on signal statistics is not equally adapted to different data and requires some knowledge on prior distributions or parameters of signals to efficiently choose the thresholds for shrinkage.

Forest structure and productivity, sediment features, pollutants, and benthic macrofauna, which are all equally adapted to the mangroves natural conditions and are sensitive to physical disturbances and pollution, were assessed.

Conversely, NEM316 might be as equally well adapted to human amniotic fluid, as it appeared to be to milk, as Sitkiewicz et al. [ 32] reported that it showed down regulation for all stress response genes when grown in this environment (with the exception of one gene [gbs2029 chaperonin GroEL] that showed moderate up regulation).

They are also amazingly versatile creatures, "equally well adapted to temperate woodlands and tropical rain forest, marine mangrove forest and long-grass Himalayan foothills, riverine thicket and the vast reed beds of western Asia's inland seas".

And, of course, the species who were equally well adapted to wet woodlands and open savannahs (impalas are an example) managed to survive unchanged.

Given the nomadic nature of bramblings, we predict (2) that cuckoos should be equally well adapted to the egg phenotype distributions of the brambling in the three areas.

Although parasitized brambling populations should experience considerable variance in relative fitness related to egg color (Figure 2B, 2D), cuckoo eggs appear to be equally well adapted to each of three distant brambling populations (Figure 3).

The results showed that decomposition rates were the same for all combinations of amendments and sites, meaning that both sites had microbial communities equally capable or adapted to decompose plant substrates it had not previously encountered, despite marked differences in soil microbial communities between sites and the chemistry of the two litter types.

This makes the system very flexible, as these groups can be dynamically adapted to equally divide the work load among the different helpers.

This research needs to be expanded to examine whether the autonomy-supportive strategies delivered by exercise instructors can be equally effective when they are adapted to other exercise contexts such as the workplace.