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EarthCube Building Blocks: Collaborative Proposal: EarthCube Data Discovery Hub

EarthCube 构建模块：协作提案：EarthCube 数据发现中心

基本信息

批准号：
1639557
负责人：
Bernhard Peucker-Ehrenbrink
金额：
$ 7.65万
依托单位：
Woods Hole Oceanographic Institution
依托单位国家：
美国
项目类别：
Standard Grant
财政年份：
2016
资助国家：
美国
起止时间：
2016-09-01 至 2019-08-31
项目状态：
已结题

来源：
https://www.nsf.gov/awardsearch/showAward?AWD_ID=1639557&HistoricalAwards=false
关键词：
EarthCube Building Blocks Collaborative Proposal

项目摘要

Making data discovery more efficient, comprehensive and user-friendly is a critical challenge articulated by geoscientists as well as researchers in other fields. While information discovery portals and search engines have been developed for many data repositories, and systems that simultaneously search multiple resources have been created, cross-disciplinary data discovery remains a serious issue. It becomes especially acute with rapid increases in the volume and diversity of observations, reflecting different components of the Earth System and collected by multiple research groups, government organizations and commercial companies. The main goal of the EarthCube Data Discovery Hub project is to greatly reduce the time and effort necessary to locate and evaluate geoscience information resources across disciplines, and increase the value of investment in data generation by promoting data reuse and reducing duplication of effort. Project outcomes will benefit a wide group of scientists by providing them a user-friendly and powerful gateway to information resources across multiple data facilities and community contributions, and mechanisms for improving the system to answer their research queries in a consistent manner. The project will also benefit geoscience research in several ecosystems that are being used as examples to test the data tools being developed, including rivers, coral reefs and other marine ecosystems, and the critical zone where rock, soil, water, air and living organisms interact.The EarthCube Data Discovery Hub will be developed as a comprehensive data discovery and content enhancement system, which will leverage improved and community-curated metadata descriptions and integrate previously unregistered information sources. The project will further extend, improve and operationalize the inventory catalog developed in an earlier CINERGI (Community Inventory of EarthCube Resources for Geoscience Interoperability) project, which currently includes over 2 million metadata documents from multiple sources. The key technological innovations include: pioneering the development of an automated cross-domain metadata augmentation and curation pipeline enabled by a large integrated geoscience ontology; mechanisms for ?deep registration? of geoscience data from different sources based on a novel data type registry; an online use case management system; and a methodology for processing several types of complex geoscience queries that cannot be answered by existing systems. In addition, the project will support scientific progress in several representative cross-disciplinary research scenarios, using the contexts of river geochemistry, coral reef and other marine ecosystem analysis, and critical zone science. The project will implement innovative community engagement mechanisms, including community annotation of automatically curated metadata, iterative improvement of geoscience ontology based on community feedback, and joint development of cross-disciplinary use cases semantically aligned with data descriptions.

使数据发现更有效，更全面，更方便用户，是地球科学家和其他领域研究人员提出的一个关键挑战。虽然已经为许多数据存储库开发了信息发现门户和搜索引擎，并且已经创建了同时搜索多个资源的系统，但是跨学科的数据发现仍然是一个严重的问题。随着观测量和多样性的迅速增加，这一问题变得尤为严重，这些观测反映了地球系统的不同组成部分，并由多个研究小组、政府组织和商业公司收集。EarthCube数据发现中心项目的主要目标是大大减少查找和评估跨学科地球科学信息资源所需的时间和精力，并通过促进数据重用和减少重复工作来增加数据生成投资的价值。项目成果将使广大科学家受益，为他们提供一个用户友好和强大的网关，使他们能够访问多个数据设施和社区贡献的信息资源，并建立机制，改进系统，以一致的方式回答他们的研究查询。该项目还将有利于若干生态系统的地球科学研究，这些生态系统被用作测试正在开发的数据工具的例子，包括河流、珊瑚礁和其他海洋生态系统，以及岩石、土壤、水、空气和生物体相互作用的关键地带。EarthCube数据发现中心将被开发为一个综合数据发现和内容增强系统，这将利用改进和社区策划的元数据描述，并整合以前未注册的信息源。该项目将进一步扩展、改进和实施在早期的CINERGI（地球科学互操作性地球立方资源社区清单）项目中开发的清单目录，该目录目前包括来自多个来源的200多万份元数据文件。关键的技术创新包括：开创了一个自动化的跨域元数据增强和策展管道的发展，使一个大型的综合地球科学本体;机制？深度注册？基于新的数据类型注册表的来自不同来源的地球科学数据;在线用例管理系统;以及用于处理现有系统无法回答的几种类型的复杂地球科学查询的方法。此外，该项目还将利用河流地球化学、珊瑚礁和其他海洋生态系统分析以及临界区科学，支持在若干具有代表性的跨学科研究设想方案中取得科学进展。该项目将实施创新的社区参与机制，包括自动管理元数据的社区注释，根据社区反馈迭代改进地球科学本体，以及联合开发与数据描述语义一致的跨学科用例。