Sentence examples for significant adaptive from inspiring English sources

In order to substantiate the individual TE adaptation, we need to increase the sample sizes and reveal the significant adaptive TEs.

The phylum Mollusca also underwent significant adaptive radiation during the Cambrian, with the appearance of the classes Monoplacophora, Gastropoda, Pelecypoda (synonymous with Bivalvia), Cephalopoda, Polyplacophora, Rostroconchia, Hyolitha, and Stenothecoida.

Although sensitization has often been treated as a nuisance whose effects must be controlled in studies of habituation or associative learning, it remains a process worthy of study in its own right, for the behavioral changes it produces can have significant adaptive value.

To reduce this risk to astronauts and to minimize the need for shielding, astronauts with highest significant adaptive responses should be chosen.

However, low risk is not zero risk and even at very low cross-pollination rates, the likelihood of a transgene being quickly dispersed through wild receptor populations increases when it grants a significant adaptive advantage in resistance to pests and diseases, higher tolerance to abiotic stresses (drought, salinity), or higher yields (Ellstrand 2003).

White pine typically exhibits significant adaptive genetic variation in response to broad climatic gradients, the product of natural selection and genetic processes (Wright 1970; Genys 1987), and as a result is found as a component of most upland forest types in its range.

Acceptance and gaining the support of significant others are important adaptive coping behaviors in relation to self-regulatory theory.

The potential benefits of operationalizing decision rules based on control engineering principles are particularly significant for adaptive interventions that involve multiple components or address co-morbidities, situations that pose significant challenges to conventional clinical practice.

The difference from mesophilic-hyperthermophilic genome-matched controls is also significant, suggesting adaptive forces beyond random noise or mere consequence of genome reduction.

Previous studies in cereals have shown significant nonrandom adaptive molecular genetic differentiation at single and multi-locus structures among micro-ecological environments [ 8, 9].

Previous studies in T. dicoccoides and other cereals have shown significant nonrandom adaptive molecular genetic differentiation at single and multilocus structures in either protein-coding regions or randomly amplified polymorphic DNAs among micro-ecological environments [ 2, 3].