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THE ROLE OF NARRATIVE AND GEOSPATIAL VISUALIZATION IN FOSTERING CLIMATE LITERATE CITIZENS

机译:叙事性和地球空间可视化在建立气候特质公民中的作用

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The advent of the Internet and evolutionary advances in geospatial data browsers, virtual globes, and immersive visualization displays have significantly increased the potential for a more climate science literate public. At the same time, space-based Earth-observing agencies like NASA and NOAA in the United States have geometrically increased the volume of data they collect everyday over the entire globe. Fortunately, Moore's Law held true during that same time span, so that the processing capacity of modern computers has exponentially increased, enabling scientists to collect, process, and share these data with increasing efficiency and turnaround time. Since 1980, the combination of these technologies has substantially increased public access to cutting-edge climate science data and information. But has there been a corresponding increase in public climate science literacy? Has there also been a corresponding improvement in public attitudes and opinions about climate science research? In this paper, we review current research about public awareness, understanding, and opinions about existing climate research. We also review several initiatives that our agencies (NASA and NOAA) have taken to help improve climate science literacy. Our research coincides with others' findings in, suggesting that it is possible to improve climate science literacy and positive attitudes about modern climate research, via particular methods of communication. We conclude with a call for collaborators to work with NASA and NOAA in the assembly of a "synergetic" new climate science communications and education infrastructure, as articulated by the late R. Buckminster Fuller, in which the whole works together much more effectively than the sum of the individual parts. We argue that the inherent difficulty of improving public climate science literacy, much less addressing the problems that stem from illiteracy and negative attitudes toward climate science, render the problem too great for any one agency or effort to tackle alone. Addressing the problem synergistically through transdisciplinary collaborations increases the potential for success while enriching all those involved in climate literacy efforts.
机译:互联网的出现以及地理空间数据浏览器,虚拟地球仪和身临其境的可视化显示的演进进步,显着提高了具有更多气候科学素养的公众的潜力。同时,美国的NASA和NOAA等天基地球观测机构在几何上增加了他们每天在全球范围内收集的数据量。幸运的是,摩尔定律在同一时间段内成立,因此现代计算机的处理能力呈指数增长,使科学家能够以更高的效率和周转时间来收集,处理和共享这些数据。自1980年以来,这些技术的结合大大增加了公众获取前沿气候科学数据和信息的机会。但是,公共气候科学素养是否相应增加了?公众对气候科学研究的态度和观点是否也有相应的改善?在本文中,我们回顾了有关公众对现有气候研究的认识,理解和观点的最新研究。我们还回顾了我们的机构(NASA和NOAA)为帮助提高气候科学素养而采取的几项举措。我们的研究与其他人的发现相吻合,表明可以通过特定的交流方式来提高气候科学素养和对现代气候研究的积极态度。最后,我们呼吁合作者与NASA和NOAA合作,共同建立“协同”的新气候科学通信和教育基础设施,正如已故的R. Buckminster Fuller所阐明的那样,在这种基础上,整个团队的合作比合作更加有效。各个部分的总和。我们认为,提高公共气候科学素养的内在困难,更不用说解决由于文盲和对气候科学的消极态度所引起的问题,使得该问题对于任何一个机构或任何一个机构单独解决来说都太大了。通过跨学科合作以协同方式解决该问题,在丰富所有参与气候素养工作的人们的同时,也增加了成功的可能性。

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