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Priority knowledge for marine environments: challenges at the science-society nexus

机译:海洋环境优先知识:科学社会联系的挑战

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As scientists call for more research on global environmental change (GEC), it remains an inconvenient truth that if the world had acted upon the knowledge that the scientific community produced, the state of many ecosystems would be different today. This raises questions about the approaches and tools used in assessment and management of GEC processes, including marine environments. By highlighting some challenges, we argue that progress is being blocked by fundamental barriers in the science-policy-practice interface. While global and international efforts can provide overarching structure for marine research, we believe that they are currently insufficient at tackling relevant issues at the science-society nexus. It is no longer the production of more detailed knowledge, but the context for using knowledge and turning it into sustainable actions that is one of the greatest challenges. Consequently, more attention should be paid to synthesising existing local knowledge and resources from non-scientific entities, since these are the avenues through which people experience the changes in marine environments. We emphasise better understanding of the science-society nexus and the conditions for translating research-based knowledge into action. Identification of institutions and organisational structures and the determination of institutional, economic and behavioural changes (e.g. how to anticipate, avoid and/or manage disruptive GEC) can enable effective steps towards sustainable marine environments. Co-designing knowledge is a feasible way to bridge gaps between marine scientists, policy makers and practitioners. Openness and attention to diversity may inspire more democratic ways to organise the science-society nexus.
机译:当科学家呼吁对全球环境变化(GEC)进行更多研究时,仍然存在一个不便的事实,即如果世界根据科学界产生的知识行事,那么当今许多生态系统的状况将有所不同。这就提出了有关在评估和管理GEC流程(包括海洋环境)中使用的方法和工具的问题。通过强调一些挑战,我们认为科学与政策-实践界面中的基本障碍正在阻碍进步。尽管全球和国际努力可以为海洋研究提供总体结构,但我们认为,它们目前不足以解决科学社会联系中的相关问题。最大的挑战之一就是不再产生更详细的知识,而是使用知识并将其转变为可持续行动的环境。因此,应更加注意从非科学实体中综合现有的本地知识和资源,因为这是人们体验海洋环境变化的途径。我们强调更好地理解科学社会的联系以及将基于研究的知识转化为行动的条件。确定机构和组织结构以及确定机构,经济和行为变化(例如如何预测,避免和/或管理破坏性的GEC)可以使迈向可持续海洋环境的有效步骤成为可能。共同设计知识是弥合海洋科学家,政策制定者和从业者之间差距的可行方法。开放性和对多样性的关注可能会激发出更民主的方式来组织科学社会联系。

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