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Author Tessler, S.
Title Data Model and Relational Database Design for the New England Water-Use Data System (NEWUDS) Type Unsupported: Internet Communication
Year 2001 Publication USGS Open-File Report 01-359 Abbreviated Journal
Volume (up) Issue Pages
Keywords data dictionary; data model; database; metadata; water use
Abstract The New England Water-Use Data System (NEWUDS) is a database for the storage and retrieval of water-use data. NEWUDS can handle data covering many facets of water use, including (1) tracking various types of water-use activities (withdrawals, returns, transfers, distributions, consumptive-use, wastewater collection, and treatment); (2) the description, classification and location of places and organizations involved in water-use activities; (3) details about measured or estimated volumes of water associated with water-use activities; and (4) information about data sources and water resources associated with water use. In NEWUDS, each water transaction occurs unidirectionally between two site objects, and the sites and conveyances form a water network. The core entities in the NEWUDS model are site, conveyance, transaction/rate, location, and owner. Other important entities include water resources (used for withdrawals and returns), data sources, and aliases. Multiple water-exchange estimates can be stored for individual transactions based on different methods or data sources. Storage of user-defined details is accommodated for several of the main entities. Numerous tables containing classification terms facilitate detailed descriptions of data items and can be used for routine or custom data summarization. NEWUDS handles single-user and aggregate-user water-use data, can be used for large or small water-network projects, and is available as a stand-alone Microsoft® Access database structure. Users can customize and extend the database, link it to other databases, or implement the design in other relational database applications.
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Notes Open-File Report 01-359 Approved no
Call Number refbase @ user @ Serial 549
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Author Tessler, S.
Title Data model and relational database design for the New Jersey Water-Transfer Data System (NJWaTr) Type Unsupported: Internet Communication
Year 2003 Publication USGS Open-File Report 03-197 Abbreviated Journal
Volume (up) Issue Pages
Keywords data dictionary; data model; database; metadata; water use
Abstract The New Jersey Water-Transfer Data System (NJWaTr) is a database design for the storage and retrieval of water-use data. NJWaTr can manage data encompassing many facets of water use, including (1) the tracking of various types of water-use activities (withdrawals, returns, transfers, distributions, consumptive-use, wastewater collection, and treatment); (2) the storage of descriptions, classifications and locations of places and organizations involved in water-use activities; (3) the storage of details about measured or estimated volumes of water associated with water-use activities; and (4) the storage of information about data sources and water resources associated with water use. In NJWaTr, each water transfer occurs unidirectionally between two site objects, and the sites and conveyances form a water network. The core entities in the NJWaTr model are site, conveyance, transfer/volume, location, and owner. Other important entities include water resource (used for withdrawals and returns), data source, permit, and alias. Multiple water-exchange estimates based on different methods or data sources can be stored for individual transfers. Storage of user-defined details is accommodated for several of the main entities. Many tables contain classification terms to facilitate the detailed description of data items and can be used for routine or custom data summarization. NJWaTr accommodates single-user and aggregate-user water-use data, can be used for large or small water-network projects, and is available as a stand-alone Microsoft® Access database. Data stored in the NJWaTr structure can be retrieved in user-defined combinations to serve visualization and analytical applications. Users can customize and extend the database, link it to other databases, or implement the design in other relational database applications.
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Notes Ofr 03-197: Approved no
Call Number refbase @ user @ Serial 550
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Author Ries, K.G.I.I.I.; Horn, M.A.; Nardi, M.R.; Tessler, S.
Title Incorporation of Water-Use Summaries into the StreamStats Web Application for Maryland Type Unsupported: Internet Communication
Year 2010 Publication USGS Scientific Investigations Report 2010-5111 Abbreviated Journal
Volume (up) Issue Pages
Keywords data integration; water use
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Notes Approved no
Call Number refbase @ user @ Serial 551
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Author Marinova, D.; Annandale, D.; Phillimore, J.
Title The International Handbook on Environmental Technology Management Type Book Whole
Year 2006 Publication Elgar original reference Abbreviated Journal
Volume (up) Issue Pages xviii, 575 p.-xviii, 575 p.
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Publisher Edward Elgar Place of Publication Editor
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ISSN ISBN 9781840646870 Medium
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Notes Approved no
Call Number refbase @ user @ Serial 552
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Author Doi
Title Integrity of Scientific and Scholarly Activities, Departmental Manual, Part 305, Chapter 3 Type Unsupported: Internet Communication
Year Publication Abbreviated Journal
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Keywords Doi Hq; Scientific Integrity
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Notes http://www.fws.gov/science/pdf/DOIScientificIntegrityPolicyManual.pdf&sa=U&ei=t_GBTumkCYeQsQL4j4T-Dg&ved=0CA0QFjAA&usg=AFQjCNGyU2NAVGX2h6pc9BNeDdwumJvnGg Approved no
Call Number refbase @ user @ Serial 554
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