"broad range of variability" is a correct and usable phrase in written English.
It is often used to describe the extent of differences or variations within a certain category or group. Example: The weather in this region exhibits a broad range of variability, with temperatures ranging from below freezing in the winter to scorching hot in the summer.
The large number of cultivars reflects also a broad range of variability in the quality traits.
This reductionist approach has generated many discoveries, but misses important interactive and cumulative effects that may help explain the broad range of variability in disease occurrence observed across studies and individuals.
Such a broad range of variability of possible lasing regimes necessitates developing techniques for control/adjustment of such key pulse parameters as duration, radiation spectrum, and the shape of the auto-correlation function.
Traditionally used 1D-curves (e.g. exponential, lognormal and Weibull functions) fitted significantly the frequency-distance relationship, but provided highly inaccurate descriptions owing to the broad range of variability (i.e. the huge scatter of the datasets described by the curves) that arise from the strong anisotropy of the recruitment kernels.
Among the several quality factors, texture is the most important and appreciated, and within the apple variety panorama the cortex texture shows a broad range of variability.
This collection of lines was selected based on DNDF values to represent a broad range of variability for this trait in central European germplasm employed in forage maize breeding.
In our study of ICU patients exhibiting a broad range of physiological variability, the limits of precision for ICO are ±36% simply for consecutive measures of ICO.
However, EEG patterns in sepsis are hampered by sedation, show a broad range of interindividual variability, and are difficult to quantify.
These findings suggest that a broad range of interpatient variability will not be a serious impediment to developing expression-based predictive assays in the future.
In spite of significant reduction of genetic diversity during domestication bottleneck [ 25] polyploid wheat demonstrates broad range of phenotypic variability and ability to adapt to diverse environmental conditions [ 26] attributed to the plasticity of the allopolyploid genome.
As demonstrated by the molecular characterization and the crossing experiment, the seven T. chilonis populations cover a broad range of intraspecific variability, with the population from Vietnam and to, a less extent, from Pakistan, being probably at the border between intra- and interspecific variability.
