Sentence examples for variation and structure from inspiring English sources

Using 30 allozyme loci, we investigated within-population and within-morph genetic variation and structure in relation to distyly (stochastic morph bias and pin frequency), demography (population size, plant density), and evidence of recent bottlenecks.

In order to evaluate the variation and structure of the microbial community and their functions to excess sludge reduction in GCOR, a conventional activated sludge reactor (ASR) was studied as a comparison.

We studied genetic variation and structure in 24 populations of Primula veris, a distylous self-incompatible perennial herb that in Flanders (northern Belgium) occurs in fragmented habitats of the intensively used agricultural landscape.

In the 1960's researcher William Labov examined linguistic variations between social classes in New York City and later deduced that inner city dialects have just as much variation and structure as standardized English.

We showed that the correlation of sequence variation and structure changes could be described by a bilinear model.

Given the accepted distribution for the two species and similarities in habits and body size, we hypothesize that they would have congruent patterns of genetic variation and structure, despite potential differences in their ecology.

Our study does indicate that ecological thresholds (climatic, physiological, habitat) and the strength of these thresholds in limiting and restricting distributions are perhaps good predictors of genetic variation and structuring.

The spacecraft potential provides information on thermal electron plasma variations and structure combined with the electron density obtained from the upper hybrid resonance frequency provided by PWE HFA.

PWE can also provide spacecraft potential as the diagnostics for thermal electron plasma variations and structure, supported by the electron density from the UHR frequency provided by PWE HFA and low-energy particle measurements.

The method offers an opportunity to probe protein aggregation, index of refraction variations and structure.

In spite of the advantages associated with fluorescent imaging, there is still a need to augment these approaches with label-free, interference imaging that can probe protein aggregation, index of refraction variations and structure [ 16, 17].