共查询到20条相似文献，搜索用时 852 毫秒
1.
Aaron Addison Jennifer Moore Cynthia Hudson-Vitale 《Journal of Map & Geography Libraries》2015,11(3):359-375
Geospatial data stewardship fosters user-driven collection, management, access, reuse, and preservation of location-based data. Academic and research libraries are poised to be at the center of geospatial data stewardship, working with partners to develop a sustainable, geospatial data stewardship hub. This article argues for the essential role of libraries in leading collaborative partnerships to develop a user-driven, spatial data infrastructure that includes people, policies, standards, community perspectives, and operational workflows. The emerging model of partnership-based spatial data infrastructure described at the Washington University Libraries demonstrates working methods in practice. 相似文献
2.
Nicole Ningning Kong 《Journal of Map & Geography Libraries》2015,11(2):207-225
Due to the exponential growth of spatial information, effective management and curation of geospatial data has become a central concern for GIS libraries. Although geospatial data are often generated based on a set of well-established standards and protocols, best management practices in geospatial data services are still limited. In this paper, the authors review the common challenges of geospatial data management and curation, which include the application of big data, the emergence of Web GIS, and the advancement of cyberinfrastructures. A spatial education project is used as an example to discuss potential best management practices to address these challenges. It is demonstrated that librarians need to be involved at the early stage of a research project and work closely with researchers at all stages of the data life cycle for effective data management. With early involvement of a GIS librarian in the full project development process, all three challenges can be addressed by using best management practices in organizing, managing, publishing, distributing, and preserving the geospatial data. 相似文献
3.
Michael S. O'Donnell Timothy J. Assal Patrick J. Anderson Zachary H. Bowen 《Journal of Map & Geography Libraries》2014,10(1):62-99
Geospatial data play an increasingly important role in natural resources management, conservation, and science-based projects. The management and effective use of spatial data becomes significantly more complex when the efforts involve a myriad of landscape-scale projects combined with a multiorganizational collaboration. There is sparse literature to guide users on this daunting subject; therefore, we present a framework of considerations for working with geospatial data that will provide direction to data stewards, scientists, collaborators, and managers for developing geospatial management plans. The concepts we present apply to a variety of geospatial programs or projects, which we describe as a “scalable framework” of processes for integrating geospatial efforts with management, science, and conservation initiatives. Our framework includes five tenets of geospatial data management: (1) the importance of investing in data management and standardization, (2) the scalability of content/efforts addressed in geospatial management plans, (3) the lifecycle of a geospatial effort, (4) a framework for the integration of geographic information systems (GIS) in a landscape-scale conservation or management program, and (5) the major geospatial considerations prior to data acquisition. We conclude with a discussion of future considerations and challenges. 相似文献
4.
Tracy A. Kugler David C. Van Riper Steven M. Manson David A. Haynes II Joshua Donato Katie Stinebaugh 《Journal of Map & Geography Libraries》2015,11(2):180-206
The Terra Populus project (TerraPop) addresses a variety of data management, curation, and preservation challenges with respect to spatiotemporal population and environmental data. In this article, we describe our approaches to these challenges, with a particular focus on geospatial data workflows and associated provenance metadata. The goal of TerraPop is to enable research, learning, and policy analysis by providing integrated spatiotemporal data describing people and their environment. To do so, TerraPop is assembling a globe-spanning and temporally extensive collection of high-quality population and environmental data, ensuring good documentation, and developing a Web-based data access system that enables users to assemble customized integrated data sets drawing on a variety of data sources and formats. We describe TerraPop's collection strategies, detail the geospatial workflows involved in preparing data for ingest into the project database and those used to transform data across formats for dissemination, and discuss the system used to capture and manage provenance metadata throughout the project. A key aspect of the project is the development of global current and historical administrative unit boundaries that can be linked to census data. These boundaries serve as the linchpin of TerraPop's data integration strategy, and constitute an important data set in their own right. 相似文献
5.
数字资源长期保存的策略探讨 总被引：3，自引：0，他引：3
数字资源保存问题是目前图书情报界讨论的一个热点问题。探讨了数字资源长期保存的管理策略和技术策略,重点比较分析了长期保存技术中的数据迁移和数据仿真的优缺点。并提出了数字资源长期保存的策略。 相似文献
6.
As a growing number of disciplines adopt geospatial technologies in their research, the need for access to geospatial data, in a variety of formats, has grown dramatically. For librarians to meet this demand, we also need to provide preservation, curation, metadata, and discovery services. GeoHydra, our open source toolkit and set of practices, provides these services for Stanford's libraries. We incorporate a variety of geospatial content types from raster imagery to scientific vector data to georeferenced scanned maps, and provide a data model for repositories. We demonstrate the potential of a new architecture and practice for librarianship for geospatial data using the Hydra framework. The digitization and georeferencing of historic map collections, streamlining the acquisition and cataloging of vendor-supplied data, shared cataloging of geographic resources, and citation of geospatial research data are all examples of use cases that GeoHydra serves. Our metadata creation and management strategies implement the ISO (International Standards Organization) suite of geographic standards, and a specialized metadata schema for discovery. We developed XSLT transformations, auto-generation of core elements, unique URIs for place names, and cross-institutional data sharing. With these metadata we built a novel geoportal, EarthWorks, to provide end-user discovery for geospatial data layers using GeoBlacklight technology. 相似文献
7.
As geospatial missions age, one of the challenges for the usability of data is the availability of relevant and updated metadata with sufficient documentation that can be used by future generations of users to gain knowledge from the original data. Given that remote sensing data undergo many intermediate processing steps, for example, an understanding of the exact algorithms employed and the quality of that data produced could be key considerations for these users. As interest in global climate data is increasing, documentation about older data, their origins, and their provenance are valuable to first-time users attempting to perform historical climate research or comparative analysis of global change. Incomplete or missing documentation could be what stands in the way of a new researcher attempting to use the data. Therefore, preservation of documentation and related metadata is sometimes just as critical as the preservation of the original observational data. The Goddard Earth Sciences–Data and Information Service Center (GES DISC), a NASA Earth science Distributed Active Archive Center (DAAC) that falls under the management structure of the Earth Science Data and Information System (ESDIS), is actively pursuing the preservation of all necessary artifacts needed by future users.In this article, we will detail the data custodial planning and the data lifecycle process developed for content preservation, and our implementation of a Preservation System to safeguard documents and associated artifacts from legacy (older) missions, as well as detail lessons learned regarding access rights and confidentiality of information issues. We also elaborate on key points that made our preservation effort successful; the primary points being drafting of a governing baseline for historical data preservation from satellite missions and using the historical baseline as a guide to content filtering of what documents to preserve. The Preservation System currently archives documentation content for High Resolution Dynamics Limb Sounder (HIRDLS), Upper Atmosphere Research Satellite (UARS), Total Ozone Mapping Spectrometer (TOMS) mission data, and the 1960s era Nimbus mission. Documentation from other missions like the Tropical Rainfall Measuring Mission (TRMM), the Ozone Monitoring Instrument (OMI), and the Atmospheric Infra-Red Sounder (AIRS) are also slated to be added to this repository, as well as other mission datasets to be preserved at the GES DISC. 相似文献
8.
Jeff De La Beaujardière 《Journal of Map & Geography Libraries》2016,12(1):5-27
The United States’ National Oceanic and Atmospheric Administration (NOAA) operates over one hundred observing systems and numerical models providing information and forecasts about the planetary environment from the bottom of the ocean to the surface of the Sun. Collected NOAA data constitute an irreplaceable resource that must be well-documented, discoverable, accessible, and preserved for future use. Good data management should therefore be part of NOAA's core business practices, and employees and leadership should be aware of their roles and responsibilities in this arena. NOAA has developed an Environmental Data Management (EDM) Framework document that discusses Principles, Governance, Resources, Standards, Architecture, Assessment, and the Data Lifecycle, and which also enumerates specific recommendations. The NOAA EDM Committee has issued Directives pertaining to data management planning, archiving, data access, metadata, and other topics. A Data Catalog has been established, and a project to assign persistent, citable identifiers to archival data is well underway. Numerous groups at NOAA are performing technical work related to data access, usability, and preservation.The purpose of this article is to describe these documents and activities in order to share our experiences and to provide guidance and encouragement for improved data management practices and processes at other organizations. 相似文献
9.
针对陆地表层地理空间数据的集成共享问题,提出从数据分类、数据编码到数据格网化编码的解决方案。
从我国国情出发,以中国国家地理格网为基础,分析其空间数据的组织与编码体系,并针对国家科技基础条件平台—
地球系统科学数据共享平台中的陆地表层数据,提出结合数据分类的数据属性编码,进而建立能够与国家地理格网相
衔接的地理空间数据格网化编码应用方案。以地理空间数据的点、面实体数据为例,证实了该编码的应用可行性。预
期该编码方案能够在科学数据资源管理、数据检索访问、数据资源集成、数据资源格网化处理、数据资源空间分析、 相似文献
10.
The complexity and size of geospatial data can constrain the capabilities of service providers and create risks to the long-term preservation and archiving of valuable information assets. While services-oriented architectures such as the Earth Data Analysis Center's Geographic Storage, Transformation and Retrieval Engine (GSToRE) facilitate increased use and impact of geospatial data by mitigating these complexities by development of dynamic applications and interfaces, such services can often be primarily focused on the maintenance and delivery of only the most current versions of geospatial data that may nonetheless possess significant historical, cultural, or scientific value. Actions and documentation required to assure long-term preservation may not be supported by existing business models or may be otherwise compromised. However, general purpose archives offer a preservation capability that is complementary to the value created by dynamic service providers. We present an overview of the features of GSToRE, and the DSpace repository platform and describe the requirements of a methodology for the harvest, quality assurance, and ingest of geospatial data into an institutional repository as a complement to the dynamic data access and visualization services provided by GSToRE and systems like it. 相似文献
11.
[目的/意义]国外健康科学数据管理实践实现了健康科学数据的高效利用并促进了开放科学的发展,总结国外实践能为国内健康科学数据管理提供借鉴和启示。[研究设计/方法]基于科学数据管理能力成熟度模型和健康科学数据生命周期理论,构建了健康科学数据管理框架,从健康科学数据的管理计划、采集与评价、组织与保存、共享与再利用四个方面分析了国外健康科学数据管理实践。[结论/发现]国外基金委、科研机构和图书馆将健康科学数据管理计划提交设为科研项目的必要环节,数据安全保护是国外健康科学数据管理的重要议题。基于国外成熟经验,本研究从加强基金委与科研机构层面的健康科学数据管理计划制定、完善健康科学数据采集与评价体系、依托地方/高校图书馆建设健康科学数据仓储、权衡健康科学数据共享利用与数据安全间关系四个方面对国内健康科学数据管理实践给予建议。[创新/价值]将科学数据管理能力成熟度模型引入健康信息学领域,弥补了图书情报领域对于健康科学数据管理理论和管理实践研究的不足。 相似文献
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13.
[目的/意义] 在全球e-science发展背景下,科学数据管理实践日益呈现出对跨学科思维和方法的渴求,运用档案学领域的相关理论和方法有利于提升科学数据保存和共享重用的质量和效率。[方法/过程] 采用文本分析法和综合集成法,对OCLC、DCC、RDA、ICA四个国际组织相关文献成果中涉及的档案学理论和方法及相关科学数据管理工作进行了文本编码和归纳分析。[结果/结论] 档案学视角下的数字文档连续性保障、背景信息管理、鉴定处置和长期保存对科学数据管理具有支撑作用,建议通过开展跨学科合作对话、建立跨机构连续性管理制度框架、培育具有档案专长的数据馆员等路径提升科学数据管理效能。 相似文献
14.
The University of Florida GeoPlan Center has been organizing, standardizing, and distributing geospatial data since 1998 through the Florida Geographic Data Library (FGDL), a collection of Florida geospatial data from various agencies, as well as data developed in-house. With funding from the Florida Department of Transportation (FDOT), FGDL serves as a public distribution mechanism for hundreds of Florida geospatial data layers. Since 2004, FGDL layers have formed the data foundation for FDOT's interagency application known as efficient transportation decision making (ETDM), which facilitates the review and permitting process for proposed transportation projects. Data layers are standardized and inspected to ensure that the data are adequate for use in analysis and decision making. To efficiently manage the geospatial data and workflows, a quality assurance/quality control (QAQC) process and relational database schema was developed to track the standardization procedures, lineage, versioning, and archiving of the data layers. This article details the history of the Florida Geographic Data Library, challenges of managing a large geospatial data repository, development of a QAQC process and database schema, and lessons learned. 相似文献
15.
Yi Shen 《New Review of Academic Librarianship》2018,24(2):136-156
This article presents a multifarious examination of natural resources and environmental scientists' adventures navigating the policy change toward open access and cultural shift in data management, sharing, and reuse. Situated in the institutional context of Virginia Tech, a focus group and multiple individual interviews were conducted exploring the domain scientists' all-around experiences, performances, and perspectives on their collection, adoption, integration, preservation, and management of data. The results reveal the scientists' struggles, concerns, and barriers encountered, as well as their shared values, beliefs, passions, and aspirations when working with data. Based on these findings, this study provides suggestions on data modeling and knowledge representation strategies to support the long-term viability, stewardship, accessibility, and sustainability of scientific data. It also discusses the art of curation as creative scholarship and new opportunities for data librarians and information professionals to mobilize the data revolution. 相似文献
16.
李超民 《大学图书情报学刊》2013,31(2):5-10,13
文章重点研究了美国地理空间数据及其组织与管理体制、有关数据分享政策法规建设、地理空间信息政策研究及相关争论等问题,提出我国地理空间信息体制建设和产业发展可借鉴美国经验,重视政策与立法,做好顶层设计,制定科学管理模式,协调各方利益。 相似文献
17.
18.
汪晓囡 《大学图书情报学刊》2010,28(5):54-57,96
通过对我国高校学位论文正文编排格式的现状分析,发现学位论文在标准化方面存在一定的问题;提出学位论文编排应遵循有关国家标准,以促进已有劳动成果——国家标准的重复利用,提高学位论文质量,利于信息资源管理和开发利用。 相似文献
19.
《Journal of Government Information》2000,27(3):285-298
Although federally supported geospatial data clearinghouses have appeared on the Internet, there exist few resources allowing for a coordinated collection of publicly available geospatial data over large areas. The completion of a national survey of potential producers of geospatial data provides users with a new way of learning about relevant, publicly accessible data when they embark on projects with a spatial component. This article presents a progress report on the National Survey of Geospatial Framework Data. The survey's methodology is described, allowing for readers to anticipate both the nature and extent of the survey results. Also described are the means by which the final results will be released. The survey results will serve as a major national source of information regarding where public geospatial data can be obtained at all levels of government. This article is intended to encourage access to the survey results so the results reach an appropriate audience while still timely and relevant. The survey will serve as a new source of information having implications for access to geospatial data nationwide. Published by Elsevier Science Ltd 相似文献
20.
Carol Patterson McAuliffe Kathryn Lage Ryan Mattke 《Journal of Map & Geography Libraries》2017,13(2):198-221
The authors review how access to historical aerial photograph collections has evolved in response to technological developments and addresses areas for further advancement, with a particular emphasis on developing, preserving, and sustaining online collections. The authors focus specifically on the areas of metadata, the Semantic Web and linked data, and sustainability through collaboration. The article includes brief case studies, highlighting various projects involving the aerial photography collections at the University of Minnesota. The conclusion asserts the critical role played by geographic information librarians in effectively carrying out the strategies described in the article as they relate to the long-term sustainability of digital geospatial collections. 相似文献