Collaboration between women helps close the gender gap in ice core science

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Trends in women’s authorship in ice core science. Change over time with women first authors and all authors (below). Differences between first and co-authors (providing an out-of-sample comparison) are shown above. Positive (negative) values ​​indicate that women are over (under)represented as first authors. In the year By the late 1990s, the number of female-authored studies exceeded the total number of female co-authors. Bubble sizes indicate the number of publications per year, and vertical lines indicate the 95% confidence interval of the gender ratio based on Monte Carlo regression of probabilities (Methods). Credit: Nature Geoscience (2023) DOI: 10.1038/s41561-023-01315-y

Visual article Published today in Nature Geoscience Focusing on the field of ice core science, it addresses the long-standing issue of gender representation in science.

Although there is progress in the future, it has shown early work Gender Over the past fifty years, women have continued to be significantly underrepresented in the earth sciences and receive disproportionately less recognition opportunities such as invited lectures, awards, and nominations. This lack of opportunity can have long-term negative effects on women’s careers.

To help address these persistent gender gaps, the study examines patterns associated with the publication of women in Ice Core. Science In the last fifty years. The study was led by Bess Coffman of Colby College in the US and Matthew Osman of the University of Cambridge in the UK, and co-authors Alison Criscitello and Sophia Guest of the University of Alberta in Canada.

To assess the influence of gender, publication speed, and peer networks, the study reviews comprehensive, global abstract data representing works published in Ice Core Science from 1969 to 2021 in this historically male-dominated field. The article shows that the estimated gender gap in ice core science has declined from ~10:90% women:men in the 1970s to approximately ~30:70% over the past decade. In comparison to previous work in science, the authors found that female and male co-author networks were of similar size and were cited similarly over time. This finding may reflect the high level of international collaboration and large collaborative groups typical of the field of ice core science.

Importantly, the co-authors note that the gender makeup differs significantly in male- and female-led studies. Remarkably, over the past decade, female-led studies have on average 20% more female co-authors than male-led studies, a difference found to be even greater in earlier decades.

What’s more, since the early 2000s, the analysis shows that women have outperformed their estimates in the Ice Core community by about 8% in publishing original papers. The new analysis by Kaufman, Osman, Crisitillo, and Guest suggests that older women in particular encourage women’s participation in publishing. Cooperation between Women It helps close the gender gap in science.

Additional information:
Bess G. Koffman et al, Collaborations among women help close the gender gap in ice core science; Nature Geoscience (2023) DOI: 10.1038/s41561-023-01315-y

QuoteCollaboration among women helps close gender gap in ice core science (2023, Nov 27) Retrieved 27 Nov 2023 from

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