JC Ledin 2007 Gender gap in science: Difference between revisions

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* women <15% of full professorships in Europe, but >50% European students female
* women <15% of full professorships in Europe, but >50% European students female
* cites meta-analysis of 21 studies which states: men significant 7% higher chance of receiving grants than women (Bornmann, 2007 [http://dx.doi.org/10.1038/nj7127-566a])
* cites meta-analysis of 21 studies which states: men significant 7% higher chance of receiving grants than women (Bornmann, 2007 [http://dx.doi.org/10.1038/nj7127-566a])
* own analysis since 1996 for EMBO long-term fellowships: success rate of women 20% lower than that of men, despite equal number of applications from men and women
* own analysis since 1996 for EMBO long-term fellowships (postdoc): success rate of women 20% lower than that of men, despite equal number of applications from men and women


=== blinding EMBO selection committee to gender of applicant ===
=== blinding EMBO selection committee to gender of applicant ===
* all references to gender were removed before evaluation of applications in 2006
* all references to gender were removed before evaluation of applications in 2006
* similar gender gap of 19% persists! despite 48% of applicant female, 47% of selection committee female
* similar gender gap of 19% persists! despite 48% of applicant female, 47% of selection committee female
* conclusions: "The finding that the committee reached the same conclusions when gender-blinded challenges some of the usual explanations given for the differences in success between male and female scientists when in direct competition."
* <u>conclusions</u>: "The finding that the committee reached the same conclusions when gender-blinded challenges some of the usual explanations given for the differences in success between male and female scientists when in direct competition."


=== further exploring reason behind gender gap ===
=== further exploring reason behind gender gap ===
Line 32: Line 32:
:* test: 283 reports with gender references removed were read to deduce gender of applicant
:* test: 283 reports with gender references removed were read to deduce gender of applicant
:* statement were only made were reader was confident: only 19% of cases of which 58% was still wrong
:* statement were only made were reader was confident: only 19% of cases of which 58% was still wrong
:* conclusion: "reports did not bias the committee"
:* <u>conclusion</u>: "reports did not bias the committee"


* Can a significant difference in bibliometric data be detected? (study of impact factors for 1998 awardees)
* Can a significant difference in bibliometric data be detected? (study of impact factors for 1998 awardees)
:* no difference for number of publications, total citation counts, or total IF before 1998
:* no difference for number of publications, total citation counts, or total IF before 1998
:* higher total (before and after) IF for women; disappeared when only first and last authorships considered
:* higher total (before and after) IF for women; disappeared when only first and last authorships considered
:* conclusions: "as the difference in average IF for total publications was small, it was probably impossible to detect by the committee"
:* <u>conclusions</u>: "as the difference in average IF for total publications was small, it was probably impossible to detect by the committee"


* difference in bibliometrics (study of 1998 applicants)
* difference in bibliometrics (study of 1998 applicants)
:* women significantly lower average number of publications, lower IF, and total citation counts, esp. for first/last author publications
:* women significantly lower average number of publications, lower IF, and total citation counts, esp. for first/last author publications
:* difference in IF no longer significant when all publications considered
:* difference in IF no longer significant when all publications considered
=== follow-up study of 1998 EMBO applicants ===
* Can differences in bibliometrics be detected? (1999-2006)
:* female applicants and female awardees published a smaller number of papers
:* total and average impact factor smaller for all female applicants BUT not true for female awardees who were level with males
:* <u>conclusions</u>: "overall gap between men and women was more pronounced in terms of the number and quality of publications than at the time of application"
* Survey of applicants (60% responded)
:* similar number still working in science (81% male/80% female) but more men as group leader/professor (75%/60%)
:* more male applicants had children: 69% vs 61% which caused an average leave time of 2-3 months for women; men did not take a substantial leave!
:* women moved more for their partner's career: 51% of women, but only 18% of men!
:* <u>conclusions</u>: "even at the PhD level, women already balance career and family commitments, and this presumably affects their research"
=== further analysis ===
* next stage of EMBO support, the Young Investigator Programme (YIP)
* differences in publishing: less papers, higher impact
* less mentoring received by YIP female applicants (did receive/want to receive): men 49%/46%, women 32%/71%
* men perceive less discrimination than women (% of YIP applicants who perceived discrimination against women): 17% of female postdocs, 34% of female group leaders, 2-8% of male applicants
=== <u>final conclusions</u> ===
* subtle differences combine to lower success rates for women in science
* negative bias against women persists (consciously or unconsciously) and results in less support
* traditional family roles continue to hamper the career of women


== comments ==
== comments ==


add your opinion/evaluation and sign with 4 ~ like this: <nowiki>~~~~</nowiki>
add your opinion/evaluation and sign with 4 ~ like this: <nowiki>~~~~</nowiki>

Revision as of 03:44, 6 November 2007

back to journal club

A persistent problem. Traditional gender roles hold back female scientists, EMBO reports, 2007

Anna Ledin, Lutz Bornmann, Frank Gannon & Gerlind Wallon

a study examining the size and the reasons behind the gender gap in science


key points

size of gender gap

  • women <15% of full professorships in Europe, but >50% European students female
  • cites meta-analysis of 21 studies which states: men significant 7% higher chance of receiving grants than women (Bornmann, 2007 [1])
  • own analysis since 1996 for EMBO long-term fellowships (postdoc): success rate of women 20% lower than that of men, despite equal number of applications from men and women

blinding EMBO selection committee to gender of applicant

  • all references to gender were removed before evaluation of applications in 2006
  • similar gender gap of 19% persists! despite 48% of applicant female, 47% of selection committee female
  • conclusions: "The finding that the committee reached the same conclusions when gender-blinded challenges some of the usual explanations given for the differences in success between male and female scientists when in direct competition."

further exploring reason behind gender gap

  • Are reference letters written differently for women than for men? (suggested by Trix & Penska, 2003 [2])
  • test: 283 reports with gender references removed were read to deduce gender of applicant
  • statement were only made were reader was confident: only 19% of cases of which 58% was still wrong
  • conclusion: "reports did not bias the committee"
  • Can a significant difference in bibliometric data be detected? (study of impact factors for 1998 awardees)
  • no difference for number of publications, total citation counts, or total IF before 1998
  • higher total (before and after) IF for women; disappeared when only first and last authorships considered
  • conclusions: "as the difference in average IF for total publications was small, it was probably impossible to detect by the committee"
  • difference in bibliometrics (study of 1998 applicants)
  • women significantly lower average number of publications, lower IF, and total citation counts, esp. for first/last author publications
  • difference in IF no longer significant when all publications considered

follow-up study of 1998 EMBO applicants

  • Can differences in bibliometrics be detected? (1999-2006)
  • female applicants and female awardees published a smaller number of papers
  • total and average impact factor smaller for all female applicants BUT not true for female awardees who were level with males
  • conclusions: "overall gap between men and women was more pronounced in terms of the number and quality of publications than at the time of application"
  • Survey of applicants (60% responded)
  • similar number still working in science (81% male/80% female) but more men as group leader/professor (75%/60%)
  • more male applicants had children: 69% vs 61% which caused an average leave time of 2-3 months for women; men did not take a substantial leave!
  • women moved more for their partner's career: 51% of women, but only 18% of men!
  • conclusions: "even at the PhD level, women already balance career and family commitments, and this presumably affects their research"

further analysis

  • next stage of EMBO support, the Young Investigator Programme (YIP)
  • differences in publishing: less papers, higher impact
  • less mentoring received by YIP female applicants (did receive/want to receive): men 49%/46%, women 32%/71%
  • men perceive less discrimination than women (% of YIP applicants who perceived discrimination against women): 17% of female postdocs, 34% of female group leaders, 2-8% of male applicants

final conclusions

  • subtle differences combine to lower success rates for women in science
  • negative bias against women persists (consciously or unconsciously) and results in less support
  • traditional family roles continue to hamper the career of women

comments

add your opinion/evaluation and sign with 4 ~ like this: ~~~~