Qualitative methods provide valuable insight and the ability to capture in-depth information about a subject.
Thematic analysis was chosen over other qualitative methods due to its ability to capture in-depth information about a specific context with a relatively small sample [ 19, 20].
We used mixed methods to explore and capture in-depth qualitative feedback and quantitative measures to further confirm validation of tool content which strengthened the rigour of this methodological process.
Although we had standard topic guides, follow-up interviews were largely informed by the preceding interview for each child to maximise the opportunity to build rapport and capture in-depth information.
The primary intention of the qualitative meta-evaluation design was to capture in-depth evaluation information at the individual project level in a systematic and standardised way that would allow us to identify broad cross-cutting themes across all the projects.
Currently, our main goal is to link interdependent interactions, each of which can be individually captured in-depth in a PSI-MI entry, and qualitatively describe their cooperative behaviour.
This pilot study is unique in that it followed residents throughout their transition experiences across all care settings and captured in-depth data about the transition process not elsewhere available.
This study intended to capture an in-depth understanding of the complex dynamics facing migrant families in one construction site in India.
(A maximum of three patients per practice was a pragmatic decision based on balancing the capture of in-depth patient views within the project timescales and budget).
On the other hand, focus groups are not necessarily the best situation for individuals to speak freely and it can be difficult to capture various in-depth experiences [ 25].
This paper presents a unique perspective on capturing more in-depth insights into the physicochemical interactions of two distinct, selectively chemically modified porous silicon (pSi) film-based optical gas sensors by implementing an innovative, based on signal processing methodology, namely the two-dimensional discrete wavelet transform.
