Sentence examples for the model considers that from inspiring English sources

The model considers that mechanical mixing is synonymous with deformation.

The model considers that local extinction risk is defined by patch size, and immigration rates by landscape vegetation cover, and that the recovery from local species losses depends upon the landscape species pool.

The model considers that: (1) population sizes and local extinction risk are determined by patch size, while immigration rates are determined by landscape-scale vegetation cover, and (2) the capacity to recover from local species losses (reduction in alpha diversity) is dependent on the total landscape species pool (gamma diversity).

Meaning, the model considers that genome assembly errors create rare spurious breakpoints between the RH map order and the current goat genome assembly order [ 12].

Following the characteristics of patients included in most clinical trials, the model considers that before implementation of any pharmacotherapeutic option all patients have either moderate or severe anxiety.

The model considers that an elementary volume of deformation produced by a single particle impact is removed when a critical strain is reached.

Although most studies used random effects models [ 24], there are important methodological differences in the models considered that may contribute to the diversity of findings.

The new model considers that, after the first day of hydration, the remnants of anhydrous cement grains, gradually consumed by hydration, are enveloped by contiguous, gradually thickening, spherical barrier shells of calcium-silicate hydrate (C-S-H).

Finally, the HSC model considers that crossover occurs in short and specific segments of the sequence.

The specialization model considers that duplication of a bifunctional ancestral gene could result in the preservation of both copies through subfunctionalization, resulting in the distribution of the two ancestral functions between the gene duplicates.

The occlusion model considers that two or more objects are involved in an occlusion if they are enough close each other.