Sentence examples for dynamic assimilation from inspiring English sources

The results of the dynamic assimilation model are striking, and the predictions fit to the data very well.

Section 2 discusses the dynamic assimilation model, in which we control for past employment status and unobserved individual effects.

Section 4 gives the results from the static and dynamic assimilation models split by regions of origin and education levels.

Next, we present the life cycle patterns of relative employment probabilities to illustrate the differences between the predictions of the static and dynamic assimilation models.

Application of a state-of-the-art non-linear dynamic assimilation model indicated the existence of a slow yet steady assimilation process.

We are going to estimate the standard static model similar to the one used in the existing studies and compare the results with those of the dynamic assimilation model.

But as Western Europe is plunged into a new bout of anxiety over the impact of post-colonial Muslim immigration — reeling in varying ways from the implications of a recent Swiss vote to ban minarets altogether — some scholars see a destructive dynamic, with assimilation feeding a reaction that, in turn, spawns resentment, particularly among young Muslims.

Tall red mangrove forests in the Florida Everglades exhibit dynamic carbon assimilation patterns strongly modulated by the prevailing atmospheric conditions and the physiological responses to the local climate (Barr et al. [2009]).

To account for the differential past employment experience between immigrants and natives, we estimate the relative employment outcomes of immigrants using a non-linear dynamic panel data assimilation model in which we explicitly control for past employment experiences of immigrants and natives.

Much of this work is directed toward the epidemiological prediction of infectious disease outbreaks using dynamic models and data assimilation (i.e. Bayesian inference) methods.

—We seek novel molecular insights into the mechanisms that control chemical trapping, biological assimilation, and dynamic fate of organic contaminants, organic substrates, and biomacromolecules.