Article ID Journal Published Year Pages File Type
350999 Computers in Human Behavior 2011 9 Pages PDF
Abstract

Internet data collection is becoming increasingly popular in all research fields dealing with human perceptions, behaviors and opinions. Advantages of internet data collection, when compared to the traditional paper-and-pencil format, include reduced costs, automatic database creation, and the absence of researcher-related bias effects, such as availability and complete anonymity. However, the validity and reliability of internet gathered data must be established, in comparison to the usual paper-and-pencil accepted formats, before an inferential analysis can be done. In this study, we compared questionnaire data gathered from the internet with that from the traditional paper-and-pencil in a sample of college students. The questionnaires used were the Maslach Burnout Inventory – Student Survey (MBI-SS), the Oldenburg Burnout Inventory (OBI-SS) and the Copenhagen Burnout Inventory (CBI-SS). Data was gathered through a within-subject cross randomized and counterbalanced design, on both internet and paper-and-pencil formats. The results showed no interference in the application order, and a good reliability for both formats. However, concordance between answers was generally higher in the paper-and-pencil format than on the internet. The factorial structure was invariant in the three burnout inventories. Data gathered in this study supports the Internet as a convenient, user-friendly, comfortable and secure data gathering method which does not affect the accepted factorial structures existent in the paper format of the three burnout inventories used.

► Psychometric properties of data on student burnout gathered on the internet vs. paper-and-pencil. ► Questionnaires used were the MBI-SS, OLBI-SS and CBI-SS. ► Data gathered through a within-subject cross randomized and counterbalanced design. ► No interference in application order, good reliability and factorial invariance for both formats. ► It’s feasible to use parallel versions of burnout inventories in both medial representations.

Related Topics
Physical Sciences and Engineering Computer Science Computer Science Applications
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