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A Review of Studies on Participatory Early Warning Systems (P-EWS): Pathways to Support Citizen Science Initiatives

机译:参与式预警系统(P-EWS)研究综述:支持公民科学计划的途径

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Context: Global environmental change and disasters pose several challenges to governments, society and science. These challenges occurred in social contexts were information and communication technologies can be used to share data and information, engaging citizen scientists in multidirectional and decentralized knowledge creation initiatives. Often referenced as participatory (or people-centered) early warning systems, this has been of a great potential to improve decisions taken by both emergency institutions and exposed and/or affected communities. Several methodologies have been proposed, mainly in natural science, redefining traditional ways of transferring knowledge about scientific process to the public. Gap: However, practice and research still lack studies that investigate how citizens can be involved in citizen science to support early warning systems. From a social science perspective, this is important as these works do not fill the gap between citizen science and disaster prevention. While, on a technological and perspective, efforts have been concentrated on developing systems, methodologies, and approaches rather than understanding citizensa?? requirements or ways of better engaging citizens. Obj: This paper provides a social science framework to determine the elements of how citizen science and participatory early warning systems can be bridged. Method: For doing so, we will conduct a systematic mapping for examining the literature on citizen science and disaster management, in particular, those focused on social science and participatory approaches for early warning systems. Results of this review showed that only 3,35% (14 of 417) articles were related to citizen science and P-EWS, which indeed indicate that much effort is needed to disseminate what is citizen science and how it can be mainstreamed in DRM field. Furthermore, the proposed framework can contribute by enhancing stakeholdersa?? reflexivity about EWS.
机译:背景:全球环境变化和灾难给政府,社会和科学带来了若干挑战。这些挑战发生在社会环境中,当时可以使用信息和通信技术共享数据和信息,使公民科学家参与多方向和分散式知识创造计划。通常被称为参与式(或以人为中心的)预警系统,这在改善应急机构以及受灾社区和/或受灾社区的决策方面具有巨大潜力。已经提出了几种方法,主要是在自然科学中,重新定义了将有关科学过程的知识传播给公众的传统方式。差距:但是,实践和研究仍然缺乏研究,以研究公民如何参与公民科学以支持预警系统。从社会科学的角度来看,这很重要,因为这些工作并未填补公民科学与防灾之间的空白。尽管从技术和角度来看,工作重点都集中在开发系统,方法和方法上,而不是了解公民。公民参与的要求或方式。对象:本文提供了一个社会科学框架,以确定如何桥接公民科学和参与式预警系统的要素。方法:为此,我们将进行系统的映射,以审查有关公民科学和灾难管理的文献,尤其是那些侧重于社会科学和早期预警系统的参与式方法的文献。审查的结果显示,只有3,35%(417之14)的文章与公民科学和P-EWS相关,这确实表明需要付出很多努力才能传播什么是公民科学以及如何将其纳入DRM领域的主流。 。此外,拟议的框架可以通过增加利益相关者来做出贡献关于EWS的反思。

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