The phrase "allow for variability" is correct and usable in written English.
It can be used when discussing the need to accommodate differences or changes in a particular context, such as in research, planning, or analysis.
Example: "When designing the experiment, we must allow for variability in the data to ensure accurate results."
Alternatives: "account for variability" or "make room for variability".
Buffering at the synchronization points are required to allow for variability in clocking frequencies and correct data transmission.
Probe construction based on ligation of three smaller constructs [45] would allow for variability in fragment assembly.
To allow for variability within each subgroup, stage two involves fixing and independently generating reproductive numbers for each farm according to model (2).
These constraints generally are not rigid, but allow for variability in the arrangement of sites in functional complexes and subsequently there is variability in the stability of the complexes.
Such a method was chosen to allow for variability of treatment effect over time.
This normalisation is required to allow for variability in miRNA quantity and/or cDNA synthesis.
Additionally, VUDU's encoder performs multiple encoding passes over the video to help make intelligent rate control decisions, while maintaining a "variable bit rate buffer", which essentially allows for variability in bit rate without breaking the average and maximum bit rate constraints.
The hierarchical structure of GLLAMM allowed for non-independence of the explanatory variables, enabled clustering of patients within GPs and practices, and allowed for variability at patient, GP and practice levels [ 29- 31].
In the latter paper, Muller et al. mention that an advantage of an agent approach is that the non-deterministic behaviour in an agent approach allows for variability in a game-experience.
In the second case study, 324 soil samples were collected across the Minnesota River Basin using a nested hierarchical sampling design that allowed for variability assessment at multiple scales through a hierarchical analysis of variance.
Here we use an approximation to expected generation number that allows for variability in the time that cells take to divide and also allows for asymmetric cell division [27].
