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Understanding the mental health of doctoral researchers: a mixed methods systematic review with meta-analysis and meta-synthesis

Hazell, Cassie M., Chapman, Laura, Valeix, Sophie F., Roberts, Paul, Niven, Jeremy E., Berry, Clio·2020·Systematic Reviews

Abstract

Background: Data from studies with undergraduate and postgraduate taught students suggest that they are at an increased risk of having mental health problems, compared to the general population. By contrast, the literature on doctoral researchers (DRs) is far more disparate and unclear. There is a need to bring together current findings and identify what questions still need to be answered. Methods: We conducted a mixed methods systematic review to summarise the research on doctoral researchers’ (DRs) mental health. Our search revealed 52 articles that were included in this review. Results: The results of our meta-analysis found that DRs reported significantly higher stress levels compared with population norm data. Using meta-analyses and meta-synthesis techniques, we found the risk factors with the strongest evidence base were isolation and identifying as female. Social support, viewing the PhD as a process, a positive student-supervisor relationship and engaging in self-care were the most well-established protective factors. Conclusions: We have identified a critical need for researchers to better coordinate data collection to aid future reviews and allow for clinically meaningful conclusions to be drawn. Systematic review registration: PROSPERO registration CRD42018092867

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Crossref · 10.1186/s13643-020-01443-1

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Fig. 1 PRISMA diagram of literature review process
Fig. 1 PRISMA diagram of literature review processCC BY · PubMed Central
Fig. 2 A meta-analysis of between-group effect sizes (Cohen’s d) comparing PSS scores (both 10- and 14-item versions) from DRs and normative population data. *Studies using the 14 item version of the PSS; a positive effect size indicates DRs had a higher score on the PSS; a negative effect size indicates that the normative data produced a higher score on the PSS; black diamond = total effect size (based on random effects model); d = Cohen’s d; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p value
Fig. 2 A meta-analysis of between-group effect sizes (Cohen’s d) comparing PSS scores (both 10- and 14-item versions) from DRs and normative population data. *Studies using the 14 item version of the PSS; a positive effect size indicates DRs had a higher score on the PSS; a negative effect size indicates that the normative data produced a higher score on the PSS; black diamond = total effect size (based on random effects model); d = Cohen’s d; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p valueCC BY · PubMed Central
Fig. 3 Forest plot and meta-analysis of correlation coefficients testing the relationship between stress and perceived support. Black diamond = total effect size (based on random effects model); r = Pearson’s r; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p value
Fig. 3 Forest plot and meta-analysis of correlation coefficients testing the relationship between stress and perceived support. Black diamond = total effect size (based on random effects model); r = Pearson’s r; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p valueCC BY · PubMed Central
Fig. 4 Forest plot and meta-analysis of correlation coefficients testing the relationship between stress and performance. Black diamond = total effect size (based on random effects model); r = Pearson’s r; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p value
Fig. 4 Forest plot and meta-analysis of correlation coefficients testing the relationship between stress and performance. Black diamond = total effect size (based on random effects model); r = Pearson’s r; Q = heterogeneity; Z = z score; I2 = proportion of variance due to between-study heterogeneity; p = exact p valueCC BY · PubMed Central
Fig. 5 Correlation coefficients testing the relationship between a mental health outcome and other construct. Correlation coefficients are given in brackets (r); *p < .05; each correlation coefficient reflects the results from a single study
Fig. 5 Correlation coefficients testing the relationship between a mental health outcome and other construct. Correlation coefficients are given in brackets (r); *p < .05; each correlation coefficient reflects the results from a single studyCC BY · PubMed Central

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Metadata

Authors
Hazell, C. M., Chapman, L., Valeix, S. F., Roberts, P., Niven, J. E., & Berry, C.
Venue
Systematic Reviews
Published
2020-08-26
Volume
9
Issue
1
ISSN
2046-4053
Cited by
138
References
21
Language
en
Funders
Office for Students

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Hazell, C. M., Chapman, L., Valeix, S. F., Roberts, P., Niven, J. E., & Berry, C. (2020). Understanding the mental health of doctoral researchers: a mixed methods systematic review with meta-analysis and meta-synthesis. Systematic Reviews. https://doi.org/10.1186/s13643-020-01443-1