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A Global Survey on the Perceptions and Impacts of Gender Inequality in the Earth and Space Sciences

机译:全球对地球和空间科学性别不平等的看法调查

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The leaky pipeline phenomenon refers to the disproportionate decline of female scientists at higher academic career levels and is a major problem in the natural sciences. Identifying the underlying causes is challenging, and thus, solving the problem remains difficult. To better understand the reasons for the leaky pipeline, we assess the perceptions and impacts of gender bias and imbalance—two major drivers of the leakage—at different academic career levels with an anonymous survey in geoscience academia ( n =1,220). The survey results show that both genders view male geoscientists as substantially more gender biased than female scientists. Moreover, female geoscientists are more than twice as likely to experience negative gender bias at their workplaces and scientific organizations compared to male geoscientists. There are also pronounced gender differences regarding (i) the relevance of role models, (ii) family‐friendly working conditions, and (iii) the approval of gender quotas for academic positions. Given the male dominance in senior career levels, our results emphasize that those feeling less impacted by the negative consequences of gender bias and imbalance are the ones in position to tackle the problem. We thus call for actions to better address gender biases and to ensure a balanced gender representation at decision‐making levels to ultimately retain more women in geoscience academia. Plain Language Summary Despite a fairly equal gender representation among PhD students in the Earth and space sciences, there is a disproportionate dropout of women at higher academic career levels. Resolving the underlying causes of this problem requires a comprehensive understanding of the perceptions and impacts of gender inequality. In a survey among 1,220 geoscientists, women report negative gender bias twice as often as their male colleagues and appear particularly affected by the impacts of gender imbalance such as the lack of same‐gender role models. In contrast, male geoscientists are less aware of gender inequality and less supportive of intervention measures such as gender quota. Hence, our results suggest the need for reconciling the views of those most affected by gender inequality (i.e., primarily nontenured female geoscientists) with those in the position to reduce gender inequality through policy and decision making (i.e., primarily male tenured geoscientists).
机译:泄漏的管道现象是指女科学家在高学术职业水平下的不成比例下降,是自然科学中的一个主要问题。确定潜在的原因是具有挑战性的,因此解决问题仍然困难。为了更好地了解泄漏管道的原因,我们评估了性别偏见和失衡 - 两种主要驾驶员的看法和影响 - 在不同的学术职业水平,地球科学学术界匿名调查(n = 1,220)。调查结果表明,双方都认为男性地球科学家比女科学家更具性别偏见。此外,与男性地球科学家相比,女性地球科学家在其工作场所和科学组织中遇到负性别偏见的可能性两倍多。关于(i)职位模型的相关性,(ii)家庭友好的工作条件以及(iii)对学术职位的性别配额的批准,还有明显的性别差异。鉴于高级职业水平的男性优势,我们的结果强调那些因性别偏见和不平衡的负面后果而受到影响的人是能够解决问题的位置。因此,我们呼吁采取行动更好地解决性别偏见,并确保在决策层面上平衡的性别代表性,最终在地球科学学术界留住更多妇女。普通语言摘要尽管地球和空间科学的博士学生在博士生之间具有相当平等的性别代表性,但在高等教育职业水平上有一种不成比例的女性辍学。解决这个问题的潜在原因需要全面了解性别不平等的看法和影响。在1,220个地球科学家之间的一项调查中,女性向其男性同事报告负面性别偏见,其两次是其男性同事,特别受到性别不平衡的影响,例如缺乏同性榜样。相比之下,雄性地球科学家不太了解性别不平等,不太支持性别配额等干预措施。因此,我们的结果表明,需要将受性别不平等受影响最大的人(即,主要是未赎回的女性地球科学家)与该职位减少政策和决策(即主要是男性职业的地质学家)的职位减少性别不平等的观点。

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