Sentence examples for verbal model from inspiring English sources

We here present a simple verbal model to address this question.

Qualitatively, this is supported by the observation that in our verbal model due to reduced exposure survival probabilities of tadpoles and metamorphosing individuals should be higher in populations displaying preterm behaviour (Figure 1).

In our simple verbal model relating amphibian phenology, exposure risk to glyphosate-based herbicides and climate change, we illustrate that observed recent phenological responses to climate change effects may lower the amphibian-glyphosate problem.

In our verbal model, possible exposure decreases for about 50% in the early breeders when preterm (common frog 14 to 6 pentads, common toad 14 to 8 pentads) and also in the late breeders the decrease is moderate (green toad 38 to 27 pentads, common spadefoot 20 to 13 pentads).

The results from our verbal model should be seen as a hypothesis that needs to be tested with specific field studies and (based on these data which are widely lacking today) more complex modelling of future exposure risk of pesticides to amphibians.

In a simple verbal model, based on present-day data from Germany, we show that amphibian populations which have undergone phenological shift towards earlier reproduction potentially suffer less from applications of glyphosate-based herbicides compared to those which (yet) show no such reproductive shift.

Diagrams are probably the next most widely used type of models after mental and verbal models.

Selectivity properties depend on interactions that cannot be described by qualitative or verbal models or by quantitative models with a fixed free energy landscape.

Two seemingly conflicting verbal models of vulval precursor cell fate specification have been proposed: sequential induction by the EGF-MAP kinase and Notch pathways, or morphogen-based induction by the former.

Modelling is an integral part of natural sciences in the sense that conceptual verbal models are already models.

Moreover, without prejudging the existence of general laws in ecology [30], [31], conceptual verbal models and results of mathematical models sum up our ecological knowledge.