Sentence examples for changes we show from inspiring English sources

For fast periodic changes, we show that molecules adapt to the time-averaged fitness landscape, whereas for slow changes they track the variations in the landscape arbitrarily closely.

Using compensating variation to measure welfare changes, we show that there are significant benefits that could be brought to transit service users through increasing safety in the transit access trip.

Exploiting exogenous plan changes, we show that employees respond to within-year variation in their retirement incentives and, consistent with peer effects, that they respond more strongly to these incentives when more of their coworkers face similar incentives.

By investigating the neural substrate of seasonal olfactory sensitivity changes we show that the starlings' OB loses its ability during the non-breeding season to detect a natural odour of a plant preferred as green nest material by male starlings.

Using en bloc medullary preparations where the isolated RRG still functions in vitro and responds to CO2/pH changes, we show that a pre-treatment with fluoxetine, a blocker of the serotonin transporter (SERT) and 5-HT re-uptake, abolishes the RRG responses to CO2/pH.

Here in Taipei with distinct seasonal changes, we showed that a small number of pollinating wasps could spark the whole summer population.

Finally, on the section regarding energy policy and climate change, we show an overwhelming majority of independents agreeing that climate change is occurring and humans are causing it.

To put the changes in the CII into the context of observed climatic change, we show observed changes in annual mean temperature and bioclimate variables reflecting winter and summer warmth for the countries in which the birds were monitored (available to 2002, Figure 2C, Text S2, Figure S4).

To demonstrate this change

Regardless of the virus genetic change, we show that the host response is mainly impacted by the magnitude of gene expression and the speed at which these changes occur for this core set of transcripts, as opposed to transcriptomic differences explained by each specific mutation.

Using a simple model of random nucleotide change, we show that overlapping genes formed after the elongation of the 3′-end of gene 1 are twice as frequent as those originated by the elongation of the 5′-end of gene 2. We suggest that this is a consequence of the redundancy asymmetry between start codon and stop codon sets.