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Successful practice in early career networks: insights from the polar sciences

机译:早期职业网络的成功实践:极地科学的见解

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Acquiring not only field-specific knowledge but also a set of transferable professional skills becomes increasingly important for Early Career Scientists (ECS) in Geosciences and other academic disciplines. Although the need for training in transferable skills adds to the work-load of an individual Early Career Scientist, it is often neglected within the traditional academic environments. International Early Career Networks (ECN) are global voluntary communities of early career scientists aiming (i)?to advocate for early stage researchers; and (ii)?to advance the careers of their members by raising their profiles and training them in specific transferable skills, such as networking, collaborating and outreach. Accordingly, ECN can be a tool to move beyond institutional barriers and to improve the inclusion of ECS into the international scientific community. In 2019 we conducted three surveys in order to assess ECN from the perspective of its members and regarding the structures of different ECN within a specific discipline and across disciplines. We use the survey results alongside with case studies from well-established and long term networks to elucidate the attributes that make a successful, sustainable ECN. Important characteristics of these international ECN include (1)?developing the ECN organizational schemes to promote early career scientists within a specific discipline and across disciplines, (2)?scoping for members needs, evaluating the performance of the network, and adapting to feedback, (3)?continuity of the organizing committee by ensuring representation of different stages of ECS, and (4)?diverse membership to provide strong foundational and personnel support within the network. These characteristics can support the development of best practices for developing ECN successfully, which can guide existing and future networks within Geosciences and other scientific disciplines.
机译:不仅获得现场特定的知识,而且一套可转让的专业技能对于地球科学和其他学科的早期职业科学家(ECS)变得越来越重要。虽然需要转移技能的培训需求增加了个体早期职业科学家的工作负荷,但它在传统的学术环境中往往忽略了忽视。国际早期职业网络(ECN)是旨在(i)的早期职业科学家的全球自愿社区?倡导早期研究人员; (ii)?通过提高其档案并以特定的可转让技能培训,如网络,协作和外联培训,推进其成员的职业生涯。因此,ECN可以是超越制度障碍的工具,并改善ECS进入国际科学界。 2019年,我们进行了三次调查,以便从其成员的角度评估ECN,并在特定学科和跨学科中的不同ECN的结构。我们与来自成熟和长期网络的案例研究一起使用调查结果,以阐明使得成功,可持续的ECN的属性。这些国际ECN的重要特征包括(1)?制定ECN组织计划,以促进特定纪律和跨学科的早期职业科学家,(2)?为成员需要,评估网络表现,并适应反馈,并适应反馈, (3)?通过确保ECS的不同阶段的代表和(4)的代表性,组织委员会的连续性,并提供各种会员资格,为网络内提供强大的基础和人员支持。这些特征可以支持成功开发ECN的最佳实践的开发,可以指导地球科学和其他科学学科的现有和未来网络。

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