This study suggests that for many moraines a technique that identifies the largest lichen, or the average of the largest lichens on five different boulders, is likely to result in more accurate growth curve construction and subsequent landform ages than statistically rigorous techniques.
It is likely that the increased read coverage (446 million vs. 63 million), longer read sizes (100 bp vs. 76 bp), additional time points, different treatments, and/or improved preprocessing and assembly techniques contributed to a more complete and accurate construction of the G. nigrifrons transcriptome.
According to Clavius's commentary of 1589, this pointwise construction of the quadratrix was an improvement over that offered by Pappus, because it was more accurate: Since the pointwise construction allowed one to identify arbitrarily many points along the curve, one could trace the quadratrix with greater precision than if one had to consider the intersection of two moving lines.
These estimates have nonetheless been used because more accurate information on road construction costs was unavailable.
The present paper presents test results that are obtained on large-scale test samples under extremely high loads (190 3380 kN, corresponding to 8 150 MPa), providing more accurate design information for construction of e.g. sea-lock or crane guides.
Since the visual system is dynamic, a more accurate picture of image construction might be one in which information flows bidirectionally, through both the feedforward and feedback pathways constantly and simultaneously.
By contrast, patients' performance was significantly more accurate because their impaired scene construction ability presumably diminished their capacity to construct the extended scene representations, rendering their performance on this task less susceptible to the BE error.
In addition to identification, MTC species and sub-lineage specific markers are of importance for genealogical purposes, as they allow the construction of more accurate phylogenetic trees.
Greater understanding of the evolutionary selection pressures on mtDNA will allow the construction of more accurate phylogenetic trees based upon mtDNA gene sequences [ 6, 7] as well as a better grasp of the root causes of mitochondrial DNA mutations responsible for many human diseases.
Although the strong compositional bias of prion domains towards glutamine and asparagine has been used to make predictions at a genomic scale [ 22, 23], it has not been until recently that the increase in the number of known prion sequences has allowed the construction of more accurate predictive models.
