Sentence examples for individual lifetimes from inspiring English sources

In most archeological contexts, it is equal folly to attempt chronological resolution even so finely as to individual lifetimes; most archeological deposits are time-averaged over coarser scales (Shott 2008b; 2010a, b; Stern 1993).

In addition, if all the individual lifetimes are measured with respect to the same initial reference state, then 1/θ 0 corresponds to the arithmetic mean of these individual times.

Our own individual lifetimes cannot be depicted on this final sheet of the toilet roll as it would be too thin a line, yet we have been witness to more change to the planet, to the diversity of life, global climate and natural habitats in this same time period.

Thus, it is not feasible to trace how much each of the individual lifetimes is changed by the presence of the second Trp residue in the same domain.

It was also clear that the bi-exponential decay of GFP became a three exponential decay in some complexes so changes in individual lifetimes due to FRET could also be calculated.

However, the photophysics of GFP and its derivatives is so complex in FRET experiments [22] that it may be wise not to over interpret the distances calculated from the individual lifetimes, particularly since there are two acceptors on the ocr mutant proteins, but rather to use the distance from the average lifetime when examining the location of GFP on the MTase structural model.

Thus information has been accumulating among different lineages of plant and animal life over evolutionary times, while information usage differences accumulate in different cell lineages within an individual lifetime.

Calculating the mean chamber building function for a species inhabiting a distinct geographical region, its inverse can be used in this region to estimate the individual lifetime based on the final growth state (= chamber number).

Evaluating this prediction requires information on the phenotypic selection and quantitative genetics of life-history trait variation in relation to individual lifetime access to resources.

Both groups contain rather big multicellular organisms with large genomes, a high cell turnover during a long individual lifetime and, correspondingly, relatively low population sizes.

Consistent variation in general readiness to copulate would affect individual lifetime reproductive strategies and, if heritable, it would be particularly relevant for our understanding of evolutionary changes in mating systems.