The phrase "availability of methods for" is correct and usable in written English.
It can be used when discussing the existence or accessibility of various techniques or approaches for a specific purpose or task.
Example: "The availability of methods for data analysis has significantly improved with the advent of new technologies."
Alternatives: "access to techniques for" or "existence of approaches for".
This implies, however, the availability of methods for providing accurate estimations of flow for ungauged rivers.
Silver and gold nanoparticles have attracted great interest for many applications due to their strong plasmonic properties and to the availability of methods for synthesis [21, 22].
The availability of methods for quantifying tissue concentrations of messenger RNAs in the postmortem of the human brain has provided a number of new findings in schizophrenia.
Thus, the availability of methods for rapid and cost-efficient prototyping of speech applications, such as the one proposed in this paper, can be of great help for people who suffer from communication disorders.
On-line imaging represents a potentially powerful technique for real-time monitoring of the morphological forms during crystal growth, but a major challenge is the availability of methods for image analysis that need to be tolerant to the quality of on-line images, accurate, fast and robust.
However, despite the high costs incurred by slow microbial testing and the availability of methods for faster testing [20], no rapid microbial enumeration technology has displaced a significant fraction of the more than 350 million traditional culture tests that are carried out by manufacturers of pharmaceuticals and personal care products each year [21].
But there is a lot of research to indicate that death rates are affected by the availability of methods of suicide that leave no chance for second thoughts (eg, by calling an ambulance after taking an overdose).A final note.
The availability of methods either for the evaluation of explosion overpressure or sizing of relief vents, with involvement of the pre-ignition turbulence, could be very useful for a better estimate of these quantities.
Such a prognostic exploitation of CK2 would imply the availability of methods suitable for the reliable, sensitive, and specific quantification of its activity in biological samples and in living cells.
The fact that biomonitoring programs at the national, state, and international levels are currently collecting such data necessitates the availability and application of methods for interpreting human biomonitoring data in a health risk context, which now exist with associated case studies for further guidance.
This may be partly due to the availability of methods that allow for more than two group comparisons simultaneously, given that a more common alternative approach is somewhat tedious and it requires several steps; namely, it involves pairwise comparisons among all group pairs.
