Sentence examples for controlled more strongly from inspiring English sources

Cosmogenic nuclides in stream sediments show that basin-wide erosion rates are controlled more strongly by tectonics than by climate.

We conclude that, rather than being linked to density, cannibalism of siblings in these species may be controlled more strongly by variation in individual propensity to cannibalize.

And nowhere is their control more strongly exerted than in the places where we try to amuse, or speak with disrespect, in a joke.

More precisely, lack of attention control seems more strongly linked to internalizing symptoms, whereas a deficiency of inhibitory control is more clearly related to externalizing symptoms.

Importantly, we found that measures of condom use control were more strongly associated with condom use with main partners than with clients.

For example, we have shown that glycemic control is more strongly related to CAD mortality than to morbidity (30), a finding also apparent in the Wisconsin Epidemiologic Study of Diabetic Retinopathy (31, 32).

It may be that perceptions of control are more strongly associated with main partners where individual choice may play a greater role in determining whether condoms are used or not [ 18, 22].

For instance, control children activated more strongly the anterior cingulate gyrus during approximate calculation compared to exact addition, which reflects more the higher attention and working memory load during approximation rather than a dissociation between the quantity based and verbal system for number processing.

Cosmogenic nuclides in stream sediments show that basin-wide erosion rates are more strongly controlled by tectonics rather than climate.

In contrast, it was much more strongly controlled by the size of the largest water-filled pore, which in turn was significantly correlated to the saturated hydraulic conductivity of the soil matrix and soil textural classes.

This was illustrated by developing a phenomenological model describing the interaction of silicon and the oxidizer within a single nanometer scale pore, which revealed that the reactive wave propagation is more strongly controlled by the specific surface area than the global equivalence ratio, due to the diffusion length scales involved.