EarthCube IA: Collaborative Proposal: Building Interoperable Cyberinfrastructure (CI) at the Interface between Paleogeoinformatics and Bioinformatics

EarthCube IA：协作提案：在古地理信息学和生物信息学之间的接口处构建可互操作的网络基础设施 (CI)

• 批准号: 1540979
• 负责人: Douglas Miller
• 金额: $ 19.99万
• 依托单位: Pennsylvania State Univ University Park
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-09-01 至 2019-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1540979&HistoricalAwards=false
• 关键词: EarthCube; IA; Collaborative; Proposal; Building

Paleontologists provide data about the past distribution and diversity of life. These data are useful both to geologists, because they can help determine the age of rocks, reconstruct past environments, and constrain models of the Earth system; and to biologists interested in the evolutionary history of organisms and the behavior of ecological systems during past global changes. Currently, data about fossils are dispersed across thousands of scientific publications, and dozens of small to large databases, only some of which are publicly available via the Internet. Even publicly available databases can be difficult to access because each stores different kinds of data with different conventions, requiring researchers to individually harmonize searches and their outputs. This project brings together six paleobiological databases so that they share a single set of Internet-based commands by which researchers and the public can easily access fossil records from all of Earth history. By coordinating with other emerging efforts in geological and biological data sharing, best practices, and protocols, we ensure that data will be freely available to all, enabling new scientific syntheses and discovery, more powerful educational opportunities, and general exploration of the history of life on Earth.The paleobiological sciences sit at the nexus between geosciences and the biosciences, with close interdependencies in both domains. Within the geosciences, information about the past spatiotemporal distribution of organisms, species, and assemblages of species is essential to a wide array of allied disciplines: to sedimentologists and economic geologists studying facies relationships and employing biostratigraphic controls for correlating rock strata, to structural geologists and geophysicists seeking biogeographic constraints on reconstructions of former tectonic plate positions, to paleoclimatologists extracting paleoclimatic signals from paleoecological data, and to earth system modelers seeking to understand how biospheric dynamics have shaped, and continue to shape, the history of the Earth-Life system. Within the biosciences, the fossil record is essential for understanding how contemporary ecological systems are shaped by historical legacies of slow-acting processes, for testing climate-driven models of species distribution and diversity that are being used to project the impacts of 21st century climate change, for constraining phylogenetic models of species divergence and rates of evolution, and for understanding the fundamental drivers of biodiversity (i.e. species extinctions and originations). In an era of global change, when stewarding biodiversity is an urgent societal concern, conservation biologists, global change ecologists, and earth system scientists are all looking to the past to study the behavior of the Earth-Life system during rapid transitions. Paleobiological data are currently served by a wide array of databases that vary in structure, composition, temporal scales, types of data and metadata. To conduct ?global? or holistic analyses of the paleobiological record it is necessary to retrieve data from a variety of these databases - requiring queries of each database to retrieve the types of data needed. The purpose of this project is to make six different paleobiological databases interoperable so that they can be accessed via a common Application Programming Interface (API) to query the data from these and other databases. Towards that end, five key records of North American Pleistocene lakes will be uploaded and become available through this integrative project. This project also will increase the interoperability between these paleobiological resources and contemporary databases of species distributions and diversity, enabling continuous time-series analyses (e.g., of biodiversity) from the beginning of life on earth to today. Integration of the paleobiological databases with databases of the stratigraphic record (Macrostrat) will enhance the value of both types of data. New R packages will facilitate retrieval and analysis of data from all of the databases. Finally, this proposal establishes a Paleobiological Data Consortium, consisting of leaders of cyberinfrastructure resources in the paleobiosciences and allied disciplines, with the goal of sharing best practices and protocols among the geoinformatic and bioinformatic communities.

古生物学家提供有关过去分布和生活多样性的数据。这些数据既对地质学家都有用，因为它们可以帮助确定岩石的年龄，重建过去的环境，并约束地球系统的模型。以及对过去全球变化期间生物体进化史以及生态系统行为感兴趣的生物学家。当前，有关化石的数据已分散在成千上万的科学出版物中，以及数十个小型至大型数据库中，只有一些通过互联网公开获得。即使是公开可用的数据库也很难访问，因为每个数据库都会存储不同类型的数据，并要求研究人员单独协调搜索及其输出。该项目汇集了六个古生物学数据库，以便它们共享一组基于Internet的命令，研究人员和公众可以轻松地从地球历史上访问化石记录。通过与地质和生物数据共享，最佳实践和协议方面的其他新兴努力进行协调，我们确保所有人都可以免费获得数据，从而实现新的科学合成和发现，更有力的教育机会，以及对地球上的生活历史的一般探索。古生物学科学在地球上的地球上和生物科学之间的隔离式相互作用，并置于生物科学之间。 Within the geosciences, information about the past spatiotemporal distribution of organisms, species, and assemblages of species is essential to a wide array of allied disciplines: to sedimentologists and economic geologists studying facies relationships and employing biostratigraphic controls for correlating rock strata, to structural geologists and geophysicists seeking biogeographic constraints on reconstructions of former tectonic plate positions, to古气候学家从古生态数据中提取古气候信号，并向地球系统建模者寻求了解生物圈动力学如何塑造并继续塑造地球生活系统的历史。在生物科学中，化石记录对于了解当代生态系统如何受到慢速行动过程的历史遗产的影响，用于测试以气候驱动的物种分布和多样性模型来投射21世纪气候变化的影响，用于投射物种差异的物种差异模型，并限制了跨性别的生物差异和基础的速率，并理解了基金会和基金会的发展速度。在一个全球变化的时代，当导我的生物多样性是紧迫的社会问题时，保护生物学家，全球变化生态学家和地球系统科学家都在寻找过去，以研究快速过渡期间地球生活体系的行为。当前，古生物学数据由各种数据库提供，这些数据库在结构，组成，时间尺度，数据类型和元数据方面有所不同。进行？全球？或对古生物学记录进行的整体分析，有必要从各种数据库中检索数据 - 需要查询每个数据库以检索所需的数据类型。该项目的目的是使六个不同的古生物学数据库可互操作，以便可以通过通用的应用程序编程接口（API）访问它们，以查询这些数据库和其他数据库的数据。为此，将上传北美更新世湖泊的五个关键记录，并通过这个综合项目获得。该项目还将增加这些古生物学资源与物种分布和多样性的当代数据库之间的互操作性，从而从地球上到今天的生命开始，从而实现了连续的时间序列分析（例如，生物多样性）。古生物学数据库与地层记录数据库（MACROSTRAT）的集成将增强两种类型的数据的价值。新的R软件包将有助于从所有数据库中检索和分析数据。最后，该提案建立了一个古生物学数据联盟，由古生物学家和相关学科中的网络基础设施资源的领导者组成，目的是在地理和生物信息学社区中共享最佳实践和协议。