Sentence examples for may substantially contribute from inspiring English sources

Introducing these trees may substantially contribute to stabilizing social relationships among landowners, sedentary farming tenants, and landless herders who are all competing for fodder resources.

In view of future real-scale deflection missions, like the planned NASA DART impact, more dedicated experiments at relevant impact conditions may substantially contribute to analyzing impact effects, validating numerical simulations and, finally, designing a mission.

As the high intensity fires – such as those represented here by the HB treatment – tend to be spatially confined and limited in scale, we emphasize their potential to generate distinct patches that may substantially contribute to beta diversity on small scales.

Hence, up-regulation of the ERAD-UPR pathways may substantially contribute to the complex cellular adaptations needed for cancer progression [17], [18].

It is therefore conceivable that the deficiency of arachidonic acid-rich ether lipids may substantially contribute to the pathogenesis of essential hypertension.

In addition to increased hepatic SR-BI expression, our mice also exhibited increased hepatobiliary secretion of sterols via ABCG5/G8 and CYP7A1, which may substantially contribute to the promotion of RCT by T-0681.

Recent work has shown that vapor-phase wall losses may also substantially contribute to underestimation of chamber SOA yields, suggesting that the yields reported here may be lower limits.

However, other pathways may also substantially contribute to introduction risk.

Although total body weight (TBW) of children and adolescents increases due to growth-related processes across childhood, obesity may also substantially contribute to increases in body weight.

Although behavioral testing involves considerably greater experimental burden than self-report assessments, these measures may nonetheless substantially contribute to clarifying impulsivity as an endophenotype.

Evidence is accumulating that metabolites of dietary polyphenols may mediate, or substantially contribute to, the pharmacological efficacy of the parent molecule, and thus explain efficacy despite the apparent low bioavailability, as is observed with 1,3,4′-trihydroxy trans-stilbene (resveratrol), which is found in grapes (Gescher and Steward, 2003).