Sentence examples for modeling these changes from inspiring English sources

Modeling these changes is critical to evaluate emerging land use patterns and to predict variation in water quantity and quality.

However, at least for first approximation modeling, these changes could be covered either by duplication, if they do not yield new genes without detectable relationships to pre-existing families, or by innovation if they do.

In mathematics, function derivatives are often used to model these changes.

By modelling these changes, and studying the impact of each change individually, Buwen Dong and Rowan Sutton, from the University of Reading, have found strong evidence that the rise in greenhouse gases was the dominant driver of the recovery of Sahel rainfall.

The use of valproic acid, a histone deacetylase inhibitor, in rats successfully modeled these changes, implicating an epigenetic mechanism in these pathway disruptions.

To model these changes in vitro, NOKs used for the TENOM were replaced with the dysplastic cell line D20 or malignant Cal27 cells and again seeded with NOFs on to a DED scaffold.

Furthermore, in Duque et al. (2014) we analyzed the evolutionary changes within these 37 CRMs across the Drosophila subfamily (12 sequenced species separated by ≤65 Myr) and were able to accurately model these changes using PEBCRES simulations of a functionally constrained CRM.

Several authors have suggested that [6 9] one can use (beta(t)) to model these random changes, where (beta(t)) is a right-continuous Markov chain taking values in a finite-state space (S={1,ldots,m}).

We then modeled how these changes would alter three important environmental parameters: surface temperature, runoff of rainfall, and greenspace diversity.

Consistent with theory around shared mental models, these changes are, in turn, associated with the engagement team's planned fraud risk responses.

In using a PBPK model, these changes can be described and predicted.