Schwab-Reese Laura M, Lenfestey Nicholas C, Hartley Amelia W, Renner Lynette M, Prochnow Tyler
Purdue University, West Lafayette, IN, USA.
University of Minnesota, St Paul, MN, USA.
Health Promot Pract. 2024 Oct 5:15248399241283144. doi: 10.1177/15248399241283144.
Data visualization, such as figures created through network analysis, may be one way to present more complete information from qualitative analysis. Segments of qualitatively coded data can be treated as objects in network analysis, thus creating visual representations of the code frequency (i.e., nodes) and the co-occurrence (i.e., edges). By sharing an example of network analysis applied to qualitative data, and then comparing our process with other applications, our goal is to help other researchers reflect on how this approach may support their interpretation and visualization of qualitative data. A total of 265 de-identified transcripts between help-seekers and National Child Abuse Hotline crisis counselors were included in the network analysis. Post-conversation surveys, including help-seekers' perceptions of the conversations, were also included in the analysis. Qualitative content analysis was conducted, which was quantified as the presence or absence of each code within a transcript. Then, we divided the dataset based on help-seekers' perceptions. Individuals who responded that they "Yes/Maybe" felt more hopeful after the conversation were in the "hopeful" dataset, while those who answered "No" were in the "unhopeful" dataset. This information was imported to UCINET to create co-occurrence matrices. Gephi was used to visualize the network. Overall, code co-occurrence networks in hopeful conversations were denser. Furthermore, the average degree was higher in these hopeful conversations, suggesting more codes were consistently present. Codes in hopeful conversations included information, counselor support, and problem-solving. Conversely, non-hopeful conversations focused on information. Overall, network analysis revealed patterns that were not evident through traditional qualitative analysis.
数据可视化,例如通过网络分析创建的图表,可能是一种从定性分析中呈现更完整信息的方式。定性编码数据的片段可以在网络分析中被视为对象,从而创建代码频率(即节点)和共现情况(即边)的可视化表示。通过分享一个应用于定性数据的网络分析示例,然后将我们的过程与其他应用进行比较,我们的目标是帮助其他研究人员思考这种方法如何支持他们对定性数据的解释和可视化。网络分析共纳入了265份求助者与国家虐待儿童热线危机顾问之间的匿名谈话记录。分析中还包括谈话后的调查,其中包括求助者对谈话的看法。进行了定性内容分析,并将其量化为每份谈话记录中每个代码的存在或缺失情况。然后,我们根据求助者的看法对数据集进行了划分。回答“是/可能”表示谈话后感觉更有希望的个体被纳入“有希望”的数据集中,而回答“否”的个体则被纳入“没有希望”的数据集中。这些信息被导入UCINET以创建共现矩阵。使用Gephi对网络进行可视化。总体而言,有希望的谈话中的代码共现网络更密集。此外,这些有希望的谈话中的平均度数更高,这表明有更多的代码始终存在。有希望的谈话中的代码包括信息、顾问支持和问题解决。相反,没有希望的谈话则侧重于信息。总体而言,网络分析揭示了传统定性分析中不明显的模式。