首页> 外文会议>OCEANS 2016 MTS/IEEE Monterey >Communicating local relevance of ocean observations: Integrating real-time ocean sensor data visualizations, online communications, and ocean issues to engage public audiences
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Communicating local relevance of ocean observations: Integrating real-time ocean sensor data visualizations, online communications, and ocean issues to engage public audiences

机译:沟通海洋观测的当地相关性:整合实时海洋传感器数据可视化,在线通信和海洋问题以参与公共观众

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As we routinely face information overload in our daily lives, infographics have become an intuitive, relatable way to communicate both online and in print. Mainstream newspapers and magazines now employ staff who are specifically dedicated to data mining and telling stories with data through data visualizations and infographics. In addition to infographics, online `story telling' is another trending approach to distilling information and finding ways to make data and information relevant to target audiences. The geospatial data community is keenly aware of this trend and has developed communications tools like ESRI Story Maps that allow map makers to combine map-based data with stories creating place-based communications tools. Members of the ocean technology community are already benefiting from these new tools and are using them to communicate their research to funding agencies and the public. When presented with the opportunity to build an interface for communicating the relevance of our ocean observing data to the public in the context of El Nino, the Central and Northern California Ocean Observing System (CeNCOOS) set out to combine effective infographic and story map communication tools with real-time data, essentially creating an online, dynamic map-based real-time data infographic. In this paper, we will discuss our design process, data analysis, data visualization and story integration methods. Our goal was to create a simple interface for non-science users, designed to get people exploring, spark curiosity, and encourage learning more through links to online El Nino education and communication resources. We will present the challenges associated with transforming raw data into relevant easy to understand information geared towards a public audience. With our modest example, we aim to demonstrate to other data collectors how they can use emerging data visualization and web technologies to engage audiences and communicate the relevance of their monitoring programs and sensors.
机译:当我们在日常生活中常规面对信息过载时,信息图表已成为在线和印刷中的直观,可关联的方式。主流报纸和杂志现已雇用专门致力于数据挖掘和通过数据可视化和信息图表讲述故事的员工。除了Infographics外,在线`故事告诉'还是蒸馏信息的另一个趋势方法,并找到方法来制作与目标受众相关的数据和信息。地理空间数据社区敏锐地意识到这一趋势,并开发了像ESRI故事地图这样的通信工具,允许地图制作者将基于地图的数据与创建基于地图的通信工具相结合。海洋技术社区的成员已经从这些新工具中受益,并使用它们将他们的研究传达给资助机构和公众。当提出有机会建立一个接口,以便在El Nino,中央和北部海洋观测系统(Cencoos)中举办了通信我们海洋观测数据的相关性,以便结合有效的信息图表和故事地图通信工具使用实时数据,基本上创建基于在线的动态地图的实时数据信息图表。在本文中,我们将讨论我们的设计过程,数据分析,数据可视化和故事集成方法。我们的目标是为非科学用户创造一个简单的界面,旨在让人们探索,激发好奇心,并通过链接到在线埃尔尼诺教育和通信资源的联系。我们将展示与将原始数据转化为相关的易于理解对公众观众的信息相关的挑战。通过我们的谦虚示例,我们的目标是向其他数据收集者展示它们如何利用新兴数据可视化和网络技术来参与受众,并传达其监控程序和传感器的相关性。

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