Sentence examples for patterns to address from inspiring English sources

Dr. Janik said that the dolphins apparently used the matching whistle patterns to address each other and that the sounds might play a role in signaling membership of a group.

Performing some operations on these matrices, they provide the analyst with the necessary information about the suitability of a pattern or set of patterns to address a given requirement.

We overlay habitat favorability models developed in Root et al. (2011) for these four lichens with land use patterns to address two questions: (1) Do agriculture, development, and wind farms occur on sites that are otherwise particularly good habitats for these rare lichens?

Identifying domains that are unique to disease-specific models, or particular characteristics such as feedback or recursive patterns to address dynamic changes in HRQOL with time, may further inform or strengthen the rationale for using the three existing HRQOL models.

A cross-sectional study (88) and a case-control study (108) examined the Mediterranean-style eating pattern to address how adherence was related to selected biomarkers.

The significance of using the metabolic syndrome pattern to address environmental health risks is that, rather than focusing solely on factors related to stroke versus diabetes versus heart disease, there is an opportunity to design prevention and intervention strategies that can affect not just one disease but an entire associated pattern of chronic conditions.

These unrelated factors, for example, could represent independent facility-level practice patterns implemented to address the need for managing Hb levels within a narrower target range over time.

We analyse how the last two project-based learning patterns succeed to address the dominant design renewal challenges.

Our novel relative risk-based severity indexes based on ILI age patterns aim to address the limitations of traditional severity measures.

Such immunosensors were realized by exploiting the ability of patterned APTES to address, with nanometer spatial control, the immobilization of more complex and larger biomolecules, such as antibodies, while preserving their functional status.

A solution to this problem is to electrodeposit metals with high overpotentials for hydrogen evolution, such as copper, which allows us to control nucleation and ultimately to use illumination patterns to spatially address nanoparticle deposition on semiconducting surfaces.