CHALLENGES BUILDING ONLINE GIS SERVICES TO SUPPORT GLOBAL BIODIVERSITY MAPPING AND ANALYSIS: LESSONS FROM THE MOUNTAIN AND PLAINS DATABASE AND INFORMATICS PROJECT

R. Guralnick, D. Neufeld
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引用次数: 26

Abstract

We argue that distributed mapping and analysis of biodiversity information becoming available on global distributed networks is a lynchpin activity linking together research and development challenges in biodiversity informatics. Online mapping is a core activity because it allows users to visually explore the spatial context of biodiversity information and quickly assemble the datasets needed to ask and answer biodiversity research and management questions. We make the case that a free, online global biodiversity mapping tool utilizing distributed species occurrence records is now within reach and discuss how such a system can be built using existing technology. We also discuss additional challenges and solutions given experiences building a regional distributed GIS tool called MaPSTeDI (Mountain and Plains Spatio-Temporal Database and Informatics Initiative). We focus on solutions to three challenges in particular: Returning result queries in a reasonable amount of time given network limitations; Accessing multiple data sources using different transmission mechanisms; Scaling from a solution for a handful of data providers to hundreds or thousands of providers. We close by discussing the future challenges and potential solutions for integrating analysis tools into distributed mapping applications.
建立在线地理信息系统服务以支持全球生物多样性制图和分析的挑战:来自山地和平原数据库和信息学项目的经验教训
我们认为,生物多样性信息在全球分布式网络上的分布式映射和分析是将生物多样性信息学研究和发展挑战联系在一起的关键活动。在线制图是一项核心活动,因为它允许用户可视化地探索生物多样性信息的空间背景,并快速组装所需的数据集,以提出和回答生物多样性研究和管理问题。我们认为,利用分布式物种发生记录的免费在线全球生物多样性绘图工具现在已经触手可及,并讨论了如何利用现有技术建立这样一个系统。我们还讨论了建立一个名为MaPSTeDI(山地和平原时空数据库和信息学倡议)的区域分布式地理信息系统工具的其他挑战和解决方案。我们特别关注以下三个挑战的解决方案:在给定网络限制的情况下,在合理的时间内返回结果查询;使用不同的传输机制访问多个数据源;从少数几个数据提供者的解决方案扩展到数百或数千个提供者。最后,我们讨论了将分析工具集成到分布式映射应用程序中的未来挑战和潜在解决方案。
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