The phrase "an increase in sampling" is correct and usable in written English.
It can be used in contexts related to research, data collection, or statistical analysis where the quantity or frequency of sampling is being discussed.
Example: "The study showed an increase in sampling, which allowed for more accurate results and better representation of the population."
Alternatives: "a rise in sampling" or "an uptick in sampling".
Linear-by-linear analysis showed an increase in sampling failure the more variables were associated although statistical significance was not reached (P = 0.146).
In a study on the brown algae Colpomenia claytonii, Boo et al. (2011) concluded that a large number of missing haplotypes of cox 3 may have been an artifact of sampling and that an increase in sampling efforts from areas with isolated haplotypes would significantly reduce the number of steps linking the clusters and lead to a more realistic interpretation.
At distances greater than 140 μm, zones around total vessels can encompass less than 1% of the total tumour area, leading to an increase in sampling variability in these zones.
While the genera within these tribes largely are nonmonophyletic in our analyses, an increase in sampling may alter some phylogenetic relationships.
An increase in sampling of species in the empirical tests that reflects species diversity in nature (e.g., fewer palms and cycads and many more grasses and composites) would likely result in even higher success rates in discriminating between species pairs.
A recent simulation study of the influence of sampling on estimates of recent TB transmission demonstrated that an increase in sampling fraction yields an increase in the proportion of isolates identified as clustered (14 ).
Overall, an increase in sample size and mean preDA FEC, and a decrease in detection limit improved the diagnostic accuracy.
The odds of data retrieval was higher in general medical journals (P =.024) and independently improved with an increase in sample size (P =.064).
This small volume strategy allows drastically diminishing the volume of acid needed for digestion, and in turn, a decrease in sample dilution and an increase in sample throughput is achieved.
Earlier studies have revealed the influence of sample size on the confining stress permeability relationship and it has been demonstrated that permeability of the fractured rock mass decreases with an increase in sample size.
The gain in prediction accuracy of the multivariate approach is equivalent to an increase in sample size of 34% for schizophrenia, 68% for bipolar disorder, and 76% for major depressive disorders using single trait models.
