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Academic mentees thrive in big groups, but survive in small groups
Yanmeng Xing1,2,3, Yifang Ma3, Ying Fan1
1School of Systems Science, Beijing Normal University, Beijing, P.R. China.
Nature Human Behaviour
|March 3, 2025
Summary
Mentorship in science shows that larger research groups yield higher mentee performance but paradoxically lower academic survival rates. This suggests a need to rethink mentorship strategies for long-term researcher retention.
Area of Science:
- Academia and scientific research
- Career development in STEM
Background:
- Mentorship is crucial for scientific career success.
- Large research groups are often seen as markers of mentor quality.
- High dropout rates among early-career researchers pose a threat to academia.
Purpose of the Study:
- To analyze the impact of mentor group size on mentee academic longevity and performance.
- To investigate the relationship between mentorship success and mentee career sustainability.
Main Methods:
- Collection of longitudinal genealogical data on mentor-mentee relationships and publications.
- Analysis of the influence of mentor group size on mentee academic outcomes.
- Verification of trends across institutions of varying prestige.
Main Results:
- Mentees from larger groups show better academic performance if they remain in academia.
- Academic survival rates are lower for mentees from larger groups and those with highly productive mentors.
- These patterns hold true across different institutional prestige levels.
Conclusions:
- A mentor's success may negatively correlate with their mentees' long-term academic survival.
- Current perceptions of mentorship success may not align with mentee career sustainability.
- Findings suggest a need for revised mentorship models to improve researcher retention.
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