This spreadsheet is a compilation of Well header information compiled by the Arkansas Geological Survey, published as a Web feature service for the National Geothermal Data System. The document contains 6 worksheets, including information about the template, notes related to revisions of the template, Resource provider information, the data, a field list (data mapping view) and a worksheet with vocabularies for use in populating the spreadsheet (data valid terms). Data from 1015 wells are included. Fields in the template include : HeaderURI, WellName , APINo, OtherID, OtherName, BoreholeName, ParentWellURI, Operator, MineralOwner, Driller, LeaseName, SpudDate, EndedDrillingDate, DrillingMethod, WellType, Status, CommodityOfInterest, StatusDate, Function, Production , ProducingInterval , ReleaseDate, County, State, Field, OtherLocationName, PLSS_Meridians, TWP, RGE, Section, SectionPart, Parcel, UTM_E, UTM_N, UTMDatumZone, LatDegree, LongDegree, SRS, LocationUncertaintyStatement, LocationUncertaintyCode, LocationUncertaintyRadius, DrillerTotalDepth, DepthReferencePoint, LengthUnits, WellBoreShape, TrueVerticalDepth, ElevationKB, ElevationDF, ElevationGL, FormationTD, BitDiameterCollar, BitDiameterTD, DiameterUnits, RelatedResource, Notes, CasingBottomDepthDriller, CasingTopDepth, CasingPipeDiameter, CasingWeight, CasingWeightUnits, CasingThickness, InformationSource.

This is the California document metadata as an Excel files listing all documents gathered for Year 1 of the DOE NGDS project. Documents available in the USGIN catalog.

This workbook is for compilation and delivery of lithology log interval descriptions. The BoreholeLithIntervalTemplate spreadsheet specifies content elements for an interchange format for lithology log intervals associated with a borehole. Fields in the BoreholeLithIntervalTemplate will become XML elements in interchange documents for WFS simple features served by AASG geothermal data web services. Each interval feature has a top and a bottom, measured from the ground surface (convention for interoperability) and a geologic unit description that will be identical with the content associated with polygons on a geologic map.

This resource specifies the information content requested for features representing Seismic Event hypocenter observations. Design is focused on event hypocenters portrayed as points. Hypocenter data for geothermal data system is intended as a tool to identify seismically active areas that are often associated with hydrothermal activity, thus the content model does not include detailed information that would be important for seismological analysis; such information should be accessed by including related resource links. As such data should be restricted to records for known or suspected earthquakes. Epicenters may also be reported by leaving depth information null. The template is an Excel v2003 spreadsheet. Latitude and longitude coordinates reported in the spreadsheet will be converted to the 'geometry' or 'shape' field when the template is converted to a feature class to set up a web feature service to deliver data.

This spreadsheet indicates the content for fault features. The model is from the IUGS CGI interoperability working group. See https://www.seegrid.csiro.au/wiki/bin/view/CGIModel/GeoSciMLThematicViewModel. This schema is a view of GeoSciML data that denormalizes the data and concatenates complex property values into single, human-readable, labels and returns single, representative, values from controlled vocabularies for properties multi-valued properties that can be used when generating thematic maps, or portrayals, of the data. It is separate to, but harmonized with, GeoSciML and conforms to the level 0 of the Simple Features Profile for GML (link). Labels, will be 'free-text' fields that will be, in robust services, well-structured summaries of complex GeoSciML data, while the representative thematic properties will be URIs of concepts in a controlled vocabulary. There may also be links, via identifier URIs, to full GeoSciML representations of the geologic features.

This is a data interchange content model for a subsurface temperature measurement made in a borehole. Header content that characterizes the borehole sampling feature is included with each observation to assist users finding measurements based on location, depth, particular borehole, etc. This information will be provided through a borehole temperature observation service. The HeaderURI for a particular borehole (well for simple wells) is the cross-referencing link (foreign key) used to associate the header record, well logs, temperature measurements, and other information from a particular borehole. Fields in the content model description become XML elements in interchange documents for WFS simple features served by AASG geothermal data web services.Typically bottomhole temperatures are recorded from log headers, and this information will be provided through a borehole temperature observation service. Subsurface temperature data may also be obtained by measurements targeted specifically to obtain thermal data.

U.S. Geoscience Information Network (USGIN) protocols and specifications provide the data integration framework for national, sustainable, distributed, interoperable network of data providers representing all 50 states that will develop, collect, serve, and maintain geothermal relevant data as an integral component of the National Geothermal Data System (NGDS, www.geothermaldata.org). • GOALS: • enhance states' abilities to preserve and disseminate geothermal data • facilitate geothermal resource characterization and development • expand the scope of data available to the geothermal community • foster new services and applications built by third parties to take advantage of the system’s capabilities and content • contribute materially to creation of a national geoinformatics system through implementation and deployment of NGDS • increase operational support for geoinformatics infrastructure through a broader user base. • DATA MADE ACCESSIBLE BY: • digitizing at risk legacy, geothermal relevant data (paper records, samples, etc) • publishing existing digital data using standard web and data services • limited collection of new data in areas lacking critical information.

This workbook contains three worksheets. The sheet 1 is an explanation of the columns in the 'SOWPlan' worksheet (sheet 2), intended to provide guidance for completing the scope of work information on that sheet. Sheet 3 is a listing of the DataItems (columns A, B,C) that are the choices in the SOWPlan Sheet. This sheet is a template to assist project participants set up an annual statement of work (SOW). It was designed and used for year one contracting (2010-2011).

Compilation of proposed data items--including feature and observation types, for AASG geothermal data. Compiled from data items identified for delivery in year one SOW's. Includes a pdf view of feature and observations with draft content models, an excel spreadsheet summarizing the item types, and a table of the item types with estimated item count summaries from states.

This workbook is intented to facilitate compilation of metadata content according to the USGIN Recommended Metadata Model (http://repository.usgin.org/uri_gin/usgin/dlio/335). Usage and metadata content are described on the 'Notes' worksheet. Metadata records can be assembled and checked using the 'Metadata Template' worksheet. Content loaded into the template will be transformed to ISO19139 XML metadata records for the NGDS catalog system, but could be transformed to other formats as well. Field names in the template worksheet are similar to the XML element names in the ISO19139 schema, but not equivalent. Mapping from the columns in the spreadsheet to the XML schema is indicated in the FieldList worksheet (right-most column).