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Availability and coverage of hydrologic data in the US geological survey National Water Information System (NWIS) and US Environmental Protection Agency Storage and Retrieval System (STORET)

机译:美国地质调查局国家水信息系统(NWIS)和美国环境保护局存储与检索系统(STORET)中水文数据的可用性和覆盖范围

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摘要

The need for a unified and improved data access system for the nation’s vast hydrologic data holdings has increased over the past few years as researchers strive for better understanding the human impact on the nation’s water cycle. Large mission oriented data repositories such as the USGS’ National Water Information System (NWIS) and EPA’s Storage and Retrieval System (EPA STORET) play a crucial role in providing a substantial amount of the nationwide coverage, however they do differ regionally in terms of coverage (parameters) and geospatial data density. Besides the differences in geographic distribution, repositories tend to undergo changes in mission statements and as such have different foci in their data collection activities that change as time progresses. This paper places the two water information systems next to each in an attempt to work out the differences in terms of coverage and content and how they complement each other when overlaid. This is done through the use of a number the CUAHSI Hydrologic Information Systems components, namely a web-service suite called WaterOneFlow that permits interrogation of the available data content of a national water metadata catalogue into which these two information systems have been integrated.
机译:过去几年中,随着研究人员努力更好地了解人类对国家水循环的影响,对美国庞大的水文数据馆藏的统一和改进的数据访问系统的需求日益增长。大型的面向任务的数据存储库,例如USGS的国家水信息系统(NWIS)和EPA的存储和检索系统(EPA STORET),在提供全国范围的覆盖范围方面起着至关重要的作用,但是在覆盖范围方面确实存在地区差异(参数)和地理空间数据密度。除了地理分布的差异之外,存储库还倾向于更改任务说明,因此其数据收集活动的重点也随时间的推移而变化。本文将两个水信息系统并排放置,以试图找出覆盖范围和内容以及它们在重叠时如何互补的差异。这是通过使用许多CUAHSI水文信息系统组件完成的,即称为WaterOneFlow的网络服务套件,该组件允许查询已将这两个信息系统集成到其中的国家水元数据目录的可用数据内容。

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