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首页> 外文期刊>The Anthropocene Review >Beyond solutionist science for the Anthropocene: To navigate the contentious atmosphere of solar geoengineering
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Beyond solutionist science for the Anthropocene: To navigate the contentious atmosphere of solar geoengineering

机译:超越人类学的解决论科学:在太阳能地球工程的争议气氛中导航

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The emerging narrative of the Anthropocene has created a new space for changes in global environmental change (GEC) science. On the one hand, there is a mounting call for changing scientific practices towards a solution-oriented transdisciplinary mode that can help achieve global sustainability. On the other hand, the scientists' desire to avoid exceeding planetary boundaries has broken a taboo on researching solar geoengineering, a dangerous idea of deliberately cooling the Earth's climate. Whilst to date the two features have been discussed separately, there is a possible confluence in the future. This paper explores this close yet precarious relationship between transdisciplinary GEC science and solar geoengineering in the context of Future Earth, a new international platform of Earth system science. Our aim is to understand how a transdisciplinary mode of science can navigate the contention over solar geoengineering and its course of research without breeding polarization. By seeking the immediacy of 'problem-solving', Future Earth is drawn into the solutionist thinking that orders the mode of engagement in pursuing consensus. However, because conflict is inescapable on the solar geoengineering debate, transdisciplinary engagement might as well aim at mapping out plural viewpoints and allowing people to disagree. In transdisciplinary engagement, as co-design signifies the engagement of stakeholders with decision-making in science, a fair and transparent procedure of making decisions is also needed. From our own experience of co-designing research priorities, we suggest that, if carefully designed, voting can be a useful tool to mediate the contentious process of transdisciplinary decision-making with three different benefits for collective decision-making, namely, efficiency, inclusivity and learning. For the future directions of transdisciplinary GEC science, since the Anthropocene challenges are truly uncertain and contentious, it is argued that the science for the Anthropocene should move away from a solutionist paradigm towards an experimentalist turn.
机译:人类学的新兴叙事为全球环境变化(GEC)科学的变化创造了新的空间。一方面,越来越多的人呼吁将科学实践转变为以解决方案为导向的跨学科模式,以帮助实现全球可持续性。另一方面,科学家们希望避免超出行星边界,这打破了研究太阳能地球工程学的禁忌,这是一个故意降温地球气候的危险想法。迄今为止,虽然已经分别讨论了这两个功能,但是将来可能会融合在一起。本文探讨了在未来地球(地球系统科学的新国际平台)背景下,跨学科的GEC科学与太阳地球工程之间的紧密而不稳定的关系。我们的目的是了解跨学科的科学模式如何在不引起两极分化的情况下解决关于太阳地球工程及其研究过程的争论。通过寻求“解决问题”的直接性,“未来地球”被纳入了解决主义思想,该思想命令了寻求达成共识的参与模式。但是,由于在太阳能地球工程学辩论中不可避免地存在冲突,因此,跨学科参与也可能旨在提出多种观点并允许人们不同意。在跨学科参与中,由于协同设计意味着利益相关者参与科学决策,因此还需要一个公正透明的决策程序。根据我们自己共同设计研究重点的经验,我们建议,如果精心设计,投票可以成为调解跨学科决策争议过程的有用工具,对集体决策具有三种不同的好处,即效率,包容性和学习。对于跨学科的GEC科学的未来方向,由于人类世的挑战确实是不确定的和有争议的,因此有人认为人类世的科学应从解决主义范式转向实验主义转向。

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