NVivo: From Project to Publication
Philip J. Stokes, Ph.D. Candidate
Department of Geosciences University of Arizona, Tucson, AZ, USA
From Project to Publication
• This presentation describes how a critical incident study, by Phil Stokes, Ph.D. Candidate, went from NVivo project to publication.
• This study of knowledge in social science was used to understand the barriers that Hispanic/Latino students face in geoscience.
• Transcribed interviews were coded in NVivo using two multi-level node systems. Query results were exported for statistical analyses.
• Publication in GSA Today, the monthly peer-reviewed newsletter of the Geological Society of America
Why are there so few Hispanics in geoscience?
Philip J. Stokes1, Karl W. Flessa1, and Roger Levine2
(1) Department of Geosciences, University of Arizona (2) Independent Consultant
Aim of the study
• Geoscientists are in high demand both in the U.S. and around the world.
• In roughly 50 years, Hispanics/Latinos will be the majority in the U.S.
• Very few Hispanic/Latino students major in geoscience in the U.S.
• We explored the reported differences between Hispanic/Latino and white geoscience majors at a large university in the southwestern U.S.
Critical incident technique
• Developed during WWII to identify effective behaviors and predict likelihood of success for pilot trainees.
• A critical incident is self-reported experience which affects a person’s beliefs, values, or behaviors.
• Today, used in medical research and corporate hiring.
• For this research, a critical incident influences a student’s choice of major.
Collecting critical incidents
• We interviewed 29 current and former geoscience majors – 21 white – 8 Hispanic/Latino – 17 female, 12 male
• Interviews take ~45 minutes, follow approved human subjects protocols
• Identified a total of 881 incidents, or ~30/student
Research hypotheses
1. Hispanic/Latino students report more critical incidents relating to family and cultural issues than white students.
2. Hispanic/Latino students have a more negative undergrad experience overall as seen through critical incidents.
Classifying critical incidents
A co-worker asked what the student wanted to major in. The student replied, “I want to be a geoscientist; I want to do that.” The co-worker asked: “Why? You should become a nurse.” Later, the student told me, “It definitely grew my confidence.”
Experience
Outcome
Project setup in NVivo
Outcome Experience
Classification sheet Primary node system
Secondary node system
Student background data
Independent variable Dependent variable Dependent variable
Gathering data in NVivo
• Internals: Transcribed interviews • Classification sheets: Student background data
Organize: Coding the data
Coded interviews Node system
Analyze: Coding queries
Matrix Coding Queries
Step 1 - Decide what
to query
Step 2 - Select
internals
Analyze: Coding queries
Matrix Coding Queries
Step 3 - Select nodes
Analyze: Coding queries
Matrix Coding Queries
Step 4 - Specify parameters
Step 5 - Get some results
Tree map of nodes
Visualize: Data & trends
Export: for statistical analysis
Excel Spreadsheet
NVivo Matrix
NVivo and SPSS: Drinking buddies?
ANOVA testing
Exported data in IBM SPSS 20
No significant difference
Results: read the paper
Stokes, P.J., Levine, R., and Flessa, K., (In Press), Why are there so few Hispanic students in geoscience?: GSA Today
Read the paper http://www.geosociety.org/gsatoday/
Learn how to use NVivo
• NVivo training
• Form User Group on campus
• Publications
– Pat Bazeley, Qualitative Data Analysis with NVivo
– Peer-Reviewed Journal Articles
qsrinternational.com
facebook.com/qsrinternational twitter.com/qsrint NVivo users group
Contact us
Thank you for your time
Philip J. Stokes, Ph.D. Candidate
Department of Geosciences
University of Arizona, Tucson, AZ, USA
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