Ivan Deriu, F. D’Amico, K. Tsiamis, E. Gervasini, A. Cardoso
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The process of data harvesting is performed through the EASIN Data Broker system, which retrieves the information related to alien species data in Europe and stores them in a normalized database structure. Data are subsequently refined through validation, cleansing and standardization processes and finally stored in the EASIN Geodatabase. All data are finally visualized and shown in occurrence maps at different levels of spatial visualization. Analysis of the data contained in the EASIN Geodatabase through flexible web services offered by the system has already provided useful input in scientific works and policies on biological invasions. Data from European Union (EU) member state official surveillance systems, within the framework of the EU Regulation 1143/2014 on Invasive Alien Species, are expected to contribute to the update of the EASIN Geodatabase. In addition, data from citizen science initiatives will further enrich the Geodatabase after appropriate validation. 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引用次数: 19
摘要
建立和管理外来物种的大型数据集对于生物入侵的研究、管理和控制至关重要。为此,欧洲外来物种信息网络(EASIN)平台汇集、整合和协调了欧洲外来物种的时空数据,包括入侵和非入侵外来物种。这些数据在全球和欧洲数据库伙伴关系以及科学文献的框架内从相关来源收集后存储在EASIN地理数据库中。数据的所有权仍然属于它的来源,它被适当地引用和链接。数据收集过程通过EASIN data Broker系统进行,该系统检索欧洲外来物种数据的相关信息,并将其存储在规范化的数据库结构中。数据随后通过验证、清理和标准化过程进行细化,最后存储在EASIN Geodatabase中。所有数据最终被可视化,并显示在不同层次的空间可视化发生图中。通过该系统提供的灵活网络服务,对EASIN地理数据库内的数据进行分析,已经为有关生物入侵的科学工作和政策提供了有用的投入。来自欧盟(EU)成员国官方监测系统的数据,在欧盟法规1143/2014关于外来入侵物种的框架内,预计将有助于EASIN地理数据库的更新。此外,来自公民科学项目的数据将在适当的验证后进一步丰富Geodatabase。在本文中,我们描述和讨论了EASIN地理数据库的技术方面、数据流和功能。
Handling Big Data of Alien Species in Europe: The European Alien Species Information Network Geodatabase
Building and managing large datasets of alien species is crucial to research, management and control of biological invasions. To this end, the European Alien Species Information Network (EASIN) platform aggregates, integrates and harmonizes spatio-temporal data regarding alien species in Europe, including both invasive and non-invasive alien species. These data are stored in the EASIN Geodatabase after their harvesting from relevant sources in the frame of a global and European databases partnership and scientific literature. The ownership of the data remains with its source, which is properly cited and linked. The process of data harvesting is performed through the EASIN Data Broker system, which retrieves the information related to alien species data in Europe and stores them in a normalized database structure. Data are subsequently refined through validation, cleansing and standardization processes and finally stored in the EASIN Geodatabase. All data are finally visualized and shown in occurrence maps at different levels of spatial visualization. Analysis of the data contained in the EASIN Geodatabase through flexible web services offered by the system has already provided useful input in scientific works and policies on biological invasions. Data from European Union (EU) member state official surveillance systems, within the framework of the EU Regulation 1143/2014 on Invasive Alien Species, are expected to contribute to the update of the EASIN Geodatabase. In addition, data from citizen science initiatives will further enrich the Geodatabase after appropriate validation. In this article we describe and discuss the technical aspects, data flow and capabilities of the EASIN Geodatabase.