Abstract:Gender diversity in STEM remains a significant issue, as the field continues to be a male dominated one, despite increased attention on the subject. This article examines the interplay between gender diversity on projects funded by a major UK research council, the Engineering and Physical Sciences Research Council, and the publication activity of a project, as measured by the average journal quality of project publication output, over a 10-year period. The proportion of female representation and leadership on … Show more
“…Yang et al 2023), often with enduring consequences (Hjerm & Danell 2013), which are further amplified by other structural inequities (Nash & Moore 2022;Yang et al 2023). Ultimately, gender biases impede the contribution of new knowledge to the scientific community when greater team diversity is linked to more novel and higher-impact research (Aloisi & Reid 2020;Sarabi & Smith 2023;Y. Yang et al 2022).…”
Anonymizing applications for competitive research resources has been demonstrated to reduce bias against women, early career researchers and other marginalized researchers, specifically for applications to use scientific equipment in the planetary and space science research sector. We conducted a nationwide trial in Australia to evaluate the cross-disciplinary impacts of anonymizing applications for use of scientific equipment. The twofold purpose of the study was to observe the degree and existence of disparities, and to evaluate how anonymizing applications would impact application scores, success rates and resource allocation, based on the gender and career seniority of the lead researcher. The trial involved applications to four Australian research entities that manage access to national scientific facilities. The entities implemented anonymization differently. Entity-specific modelling was carried out, followed by a meta-analysis to assess overall effects. Our evaluation reveals a noteworthy absence of gender and career seniority disparities in application outcomes before the implementation of anonymization measures across most entities. The introduction of anonymization led to improved success rates for early-career researchers, while generally maintaining the existing gender equity landscape, with one entity experiencing improved success rates for women-led applications.The implications of this result extend beyond funding outcomes, which represent only one piece of the puzzle contributing to inequity in STEM research. By enhancing success rates for early career researchers, anonymization may create a positive ripple effect in the career pipeline, diversifying the research pool, and supporting the broader issue of retaining and advancing researchers facing barriers in STEM research. Future research examining cultural, racial, and other biases will be key to refining equity efforts in the STEM research sector.
“…Yang et al 2023), often with enduring consequences (Hjerm & Danell 2013), which are further amplified by other structural inequities (Nash & Moore 2022;Yang et al 2023). Ultimately, gender biases impede the contribution of new knowledge to the scientific community when greater team diversity is linked to more novel and higher-impact research (Aloisi & Reid 2020;Sarabi & Smith 2023;Y. Yang et al 2022).…”
Anonymizing applications for competitive research resources has been demonstrated to reduce bias against women, early career researchers and other marginalized researchers, specifically for applications to use scientific equipment in the planetary and space science research sector. We conducted a nationwide trial in Australia to evaluate the cross-disciplinary impacts of anonymizing applications for use of scientific equipment. The twofold purpose of the study was to observe the degree and existence of disparities, and to evaluate how anonymizing applications would impact application scores, success rates and resource allocation, based on the gender and career seniority of the lead researcher. The trial involved applications to four Australian research entities that manage access to national scientific facilities. The entities implemented anonymization differently. Entity-specific modelling was carried out, followed by a meta-analysis to assess overall effects. Our evaluation reveals a noteworthy absence of gender and career seniority disparities in application outcomes before the implementation of anonymization measures across most entities. The introduction of anonymization led to improved success rates for early-career researchers, while generally maintaining the existing gender equity landscape, with one entity experiencing improved success rates for women-led applications.The implications of this result extend beyond funding outcomes, which represent only one piece of the puzzle contributing to inequity in STEM research. By enhancing success rates for early career researchers, anonymization may create a positive ripple effect in the career pipeline, diversifying the research pool, and supporting the broader issue of retaining and advancing researchers facing barriers in STEM research. Future research examining cultural, racial, and other biases will be key to refining equity efforts in the STEM research sector.
“…Higher dropout rates, resulting in shorter academic careers, are common for women (Huang et al, 2020 ). While the share of female authors in scientific publications has increased over the last few decades (Huang et al, 2020 ; Sarabi and Smith, 2023 ), male authors still dominate the publishing landscape, and even when male and female authors have contributed equally to a publication (i.e., shared first authorship), it is more common to see the male author's name mentioned before the female author's (Broderick and Casadevall, 2019 ). Women are overall less likely to receive credit for their work than their male counterparts, as male researchers more often receive co-authorship than female researchers for similar tasks (Ross et al, 2022 ).…”
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confidence: 99%
“…There is evidence that gender-diverse teams tend to produce research output with a higher degree of novelty and impact (Sarabi and Smith, 2023 ). While the reasons for this are still unclear, it is likely that the integration and empowerment of women (i.e., acknowledgment and incorporation of their expertise) rather than strict gender ratios are the keys to high-impact research (Love et al, 2022 ).…”
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