PUBBLICAZIONE/PUBLICATION

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  • Item type:Publication,
    Informal science learning experiences for gender equity, inclusion and belonging in STEM through a feminist intersectional lens Open PDF 
    (2023)
    Reznik, G
    ;
    Massarani, L
    ;
    Barton, AC
    In this paper, the authors seek to analyze the perceptions, motivations and experiences of young women in science, technology, engineering and mathematics (STEM) education projects aiming to incentivize gender equity, based on the theoretical framework of feminist studies on science and intersectionality, as well as academic literature on equity and inclusion in science communication. The following question was considered: How does experience in these projects influence young women's perceptions of belonging in the STEM fields? Working from a qualitative, content analysis approach, the authors conducted 73 questionnaires, 20 interviews, and 4 focus groups with 25 young women who participated in 4 projects developed in public schools in low-income settings in Rio de Janeiro, Brazil. The authors categorized the experience of these young women in their individual dimension-regarding motivations, interests, science identity and future career prospects; family dimension-encouragement and recognition from family members and parents' beliefs and expectations; educational dimension-recognition by the school community, improvement in school performance, and intervention in school spaces; project dimension-representativeness of gender, race, class, and location, development of self-esteem and self-confidence, building of a sense of belonging, and active learning methodologies; and social dimension-domestic work in their daily lives and experiences of discrimination based on gender, race, class and location. The authors argue that such projects become "counter-spaces" in which marginalized young women find spaces of resistance and possibility, based on the unique position they occupy and, through feeling included and belonging, can claim their rightful presence from an intersectional perspective.
  • Item type:Publication,
    Digital technology helps remove gender bias in academia Open PDF 
    (2021)
    Fortin, J.
    ;
    Bartlett, B.
    ;
    Kantar, M.
    ;
    Tseng, M.
    ;
    Mehrabi, Z.
    Science attempts to be a meritocracy; however, in recent years, there has been increasing evidence for systematic gender bias against women. This bias is present in many metrics commonly used to evaluate scientific productivity, which in turn influences hiring and career success. Here we explore a new metric, the Altmetric Attention Score, and find no evidence of bias across many major journals (Nature, PNAS, PLOS One, New England Journal of Medicine, Cell, and BioRxiv), with equal attention afforded to articles authored by men and women alike. The exception to this rule is the journal Science, which has marked gender bias against women in 2018, equivalent to a mean of 88 more tweets or 11 more news articles and a median of 20 more tweets or 3 more news articles for male than female first authors. Our findings qualify Altmetric, for many types and disciplines of journals, as a potentially unbiased measure of science communication in academia and suggest that new technologies, such as those on which Altmetric is based, might help to democratize academic evaluation. © 2021, Akadémiai Kiadó, Budapest, Hungary.