A package to allow delivering EarthResourceML in a Simple Feature Level 0 format. Most cardinalities are 0 to 1, and data types are strings (some expect URI's as strings) or numbers. Little attempt is made to enforce content standards and relational information is kept to a minimum. This package is designed to allow ready import into simple clients such as GIS and spreadsheet tools. The package also provides a format for delivering responses to WMS queries. Change from 2.0.0 to 2.0.1 - Added processingPlantName and processingPlant_uri to MiningWasteView - Added oreMeasureType and oreMeasureType_uri to CommodityResourceView A class to specify a simple view of a Mine feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services A unique identifier (ideally a URI) to identify the Mine mapped feature. The preferred name for the mine. A description of the operational status of the mine eg, abandoned, operating, under development, unknown. Ideally terms should be sourced from the MineStatusCategory controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mine-status/ The commodity or commodities associated with a name. Multiple commodity terms should be concatenated if required. Ideally terms should be sourced from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ Name of the current owner of the mine. (eg: BHP Billiton) Date that mining commenced (eg; 2008-02-17). ISO 8601 date format should be used. Date that mining finished (eg; 2009-03-15). ISO 8601 date format should be used. Description of the method that was used to identify the location of the Mine mapped feature. Ideally, terms should be sourced from a controlled vocabulary. (eg, global positioning system, published map, field observation, downhole survey, aerial photography, field survey. Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (eg, accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A description of the source(s) of information for the mine. A URI to identify a value from a controlled vocabulary for the operational status of the mine. Ideally should link to the MineStatusCategory controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mine-status/. A URI to identify the major commodity of commodity group associated with the mine. Ideally should link to the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/. A URI to identify a full EarthResourceML description of the mine feature. Geometry defining the location or extent of the mine. Only one geometry type may be used in a single MineView feature service. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above. A class to specify a simple view of an ERML Commodity feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services. A unique identifier (ideally a URI) to identify this Commodity Resource mapped feature. If gml:identifier is used (in GMLv3.2 services) then gml:identifier and erml:identifier shall be the same. A commodity found in an EarthResource. Other commodity values at the EarthResource should be listed in separate instances. Ideally terms should be sourced from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/. Where gml:name is used in GMLv3.2 services, erml:commodity and gml:name shall be the same. The importance of a commodity compared to other commodities that occur in the mineral deposit. Several commodities may be of interest in a deposit. This classification is based on the potential or endowment: reserves + resources. eg 'primary commodity', 'secondary commodity', 'by-product'. The size ranking of the commodity resource in comparison to the worldwide distribution of mineral deposits. Commodity rank is based on the total endowment in an EarthResource, i.e. (cumulated) past production + reserves (not including past production) + resources, or if the deposit has never been exploited, reserves + resources. A statistical comparison with a large set of deposits throughout the world enables the determination of the deposit as class A (very large), B (large), or C (medium-sized) for a particular commodity. The rank of a commodity resource is thus not based on political or economic considerations. Name of an associated mineral occurrence. The name of a mine associated with the commodity resource, if applicable. The estimate of the Reserve, Resource or Endowment ore amount. (eg, 53.6 Mt @ 2.1% Cu, 1.5 g/t Au) The type of ore measure. Examples may include: endowment, reserve, resource, production, UNFC. Ideally, terms should be sourced from the OreMeasureType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/ore-measure-type The category of ore measure (eg, proved, probable, proved and probable, measured, indicated, measured and indicated, and inferred). Should be a OreMeasureAssessmentCategory controlled vocabulary term. Link - http://resource.geosciml.org/classifier/cgi/ore-measure-assessment-category/ The classification method used to calculate the measurement of ore. Should be a MineralResourceReportingClassificationMethod controlled vocabulary term (eg, JORC Code, CRIRSCO Code). Link - http://resource.geosciml.org/classifier/cgi/classification-method-used Description of the method that was used to identify the location of the commodity occurrence. Ideally, terms should be sourced from a controlled vocabulary. (eg, global positioning system, published map, field observation, downhole survey, aerial photography, field survey). Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (eg, accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A reference for the source(s) of information for the commodity description. A URI to identify the commodity. Ideally should link to the CommodityCode controlled vocabulary term. Link - http://resource.geosciml.org/classifier/cgi/commodity-code A URI to identify an associated Mineral Occurrence. A URI to identify an associated Mine. Should resolve to a EarthResourceML or EarthResourceML-Lite representation of the associated mine. A URI to identify the ore measure type from a controlled vocabulary, ideally from http://resource.geosciml.org/classifier/cgi/ore_measure_type A URI to identify the ore measure assessment category. Should link to a term from a controlled vocabulary for OreMeasureAssessmentCategory, ideally http://resource.geosciml.org/classifier/cgi/ore-measure-assessment-category A URI to identify the classification method used to calculate the measurement of ore. Should link to a MineralResourceReporting ClassificationMethod controlled vocabulary term. Link - http://resource.geosciml.org/classifier/cgi/classification-method-used/ A URI to identify a full EarthResourceML description of the commodity resource feature. Geometry defining the location or extent of the commodity resource. Only one geometry type may be used in a single CommodityResourceView feature service. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above. Class to specify a simple view of an ERML MineralOccurrence feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services. A unique identifier (ideally a URI) to identify the mineral occurrence mapped feature. Name of the mineral occurrence, if applicable. The type of mineral occurrence. Examples may include prospect, occurrence, mineral deposit, ore deposit, field, district, lode. Ideally terms should be sourced from the MineralOccurrenceType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mineral-occurrence-type/ The commodity or commodities found at an EarthResource. Multiple commodities terms should be concatenated if required. Ideally terms should be sourced from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ The name of a mine associated with the mineral occurrence, if applicable. A brief description of the age and mineralisation history of the mineral occurrence. Name or description of the host geologic unit. The mineralDepositType attribute is an additional user-defined attribute reserved for the mineral deposit type as defined by the jurisdiction-specific classification. Systematically arranged information describing the interpreted mineralisation model or classification for the mineral occurrence. Ideally, terms should be sourced from a controlled vocabulary. May be empirical (descriptive) or theoretical (genetic). (eg, Porphyry Cu, IOCG, VHMS, Epithermal vein) Shape of the mineral occurrence (eg, lenticular, pipe, tabular). Ideally terms should be sourced from the EarthResourceShape controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/earth-resource-shape/ The type of exploration activity eg, geological mapping, drilling, geophysical surveys, geochemical mapping. Ideally terms should be sourced from the ExplorationActivityType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/exploration-activity-type/ Period, or extent in time, of any exploration activity. eg; 1987-1989 The result of the exploration activity eg, mineralised zone identified, geochemical anomaly. Ideally terms should be sourced from the ExplorationResult controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/exploration-result/ Description of the method that was used to identify the location of the mineral occurrence. Ideally terms should be sourced from the FeatureObservationMethod controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (eg, accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A reference for the source(s) of information for the mineral occurrence. A URI to identify the type the mineral occurrence. Ideally should link to the MineralOccurrenceType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mineral-occurrence-type/ A URI to identify the major commodity or commodity group for the mineral occurrence. Ideally should link to the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ A URI to identify an associated mine. A URI to identify the host geologic unit. Ideally, a link to a GeoSciML GeologicUnit or GeologicUnitView. feature. A URI to identify the interpreted mineral deposit model classification for the mineral occurrence. Should link to a controlled vocabulary term. A URI referring to a GeologicalTimescale controlled concept specifying the most representative geologic age interval for the mineralisation. This will be defined entirely at the discretion of the data provider and may be a single event selected from the mineral occurrence's geologic history or a value summarising the all or part of its history. Link - http://resource.geosciml.org/classifier/ics/ischart/ A URI referring to a GeologicalTimescale controlled concept specifying the oldest interpreted age limit for the mineralisation. Link - http://resource.geosciml.org/classifier/ics/ischart/ A URI referring to a GeologicalTimescale controlled concept specifying the youngest interpreted age limit for the mineralisation. Link - http://resource.geosciml.org/classifier/ics/ischart/ A URI to identify a full EarthResourceML description of the mineral occurrence feature. Geometry defining the location or extent of the mineral occurrence. Only one geometry type may be used in a single MineralOccurrenceView feature service. Province or territory the mineraloccurrence is located in. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above. A class to specify a simple view of a Mining Activity feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services. A unique identifier (ideally a URI) to identify the mining activity feature. Description of the type of mining activity eg, open pit mining, underground mining, dredge mining. Ideally terms should be sourced from the MiningActivityType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mining-activity/. Use 'unknown' if the activity type is not known. Date on which the mining activity ceased operation. Use ISO 8601 date format. eg, 2004-05-18. Date on which the mining activity commenced operation. Use ISO 8601 date format. eg, 2002-04-22 Preferred name of the Mine associated with the Mining Activity. The commodity mined by this mining activity. Other commodity values at the mine should be listed in separate Mining Activity instances. Ideally terms should be sourced from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ Name of the operating company or individual that undertook the Mining Activity. The amount of ore processed by the activity. eg, 7.1 Mt The grade of a commodity in mined material. Could be in situ ore grade, or feed grade to a mill. eg, 3.4%, 125 g/t. The type of product. Multiple products values should be concatenated if required. The product of a mine s.s. (ie, the product of excavation only - iron ore, copper ore, gold ore, coal, granite) is the mined ore or mined material. The product of a mine s.l. (ie, excavation plus processing plant - iron oxide pellets, copper concentrate, bullion, washed coal, polished dimension stone) is a concentrated or otherwise processed material that may contain one or more commodities. A mine's product can be either of these product types, depending on its processing capabilities. Quantity of product produced during the activity. eg, 1.57 Mt The percentage of valuable constituent derived from an ore, or of coal from a coal seam; a measure of mining or extraction efficiency. (Recovery rate is usually expressed as a percent). Description of the method that was used to identify the location of the mining activity mapped feature. Ideally, terms should be sourced from a controlled vocabulary. (eg, global positioning system, published map, field observation, downhole survey, aerial photography, field survey). Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (eg, accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A reference for the source(s) of information for the mining activity. A URI to identify the activity type for the mining activity. Should link to a term from the MiningActivityType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mining-activity/. Use an appropriate OGC nil value if the activity type is unknown. A URI to identify the Mine associated with the mining activity A URI to identify the commodity or commodity group for the mining activity. Should link to a term from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ A URI to identify a full EarthResourceML description of the mining activity feature. Geometry defining the location or extent of the mining activity. Only one geometry type may be used in a single MiningActivityView feature service. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above. A class to specify a simple view of a Mining Waste feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services. A unique identifier (ideally a URI) to identify the mine waste mapped feature. The type of mining waste. Recommended terms should be sourced from the Mining Waste directive - 2006/21/EU and its vocabulary (2000/532/EC). Use an appropriate OGC nil value (eg; unknown) if waste type is not known. The storage type of the waste eg surface storage, tailings pond, waste dump, covered storage etc. Link - http://resource.geosciml.org/classifier/cgi/waste-storage/ The name of a mine that has created the mining waste. The name of a processing plant associated with the mining waste. Mining processing activity that produced the waste product. Ideally terms should be sourced from the ProcessingActivityType controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mining-processing-activity/ The potential environmental impact of the mining waste. Ideally terms should be sourced from the EnvironmentalImpactActivity controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/environmental-impact/ The material(s) of which the mining waste is composed. Density of the waste material. Text string data type so units of measure can be included in value. eg, 2.76 g/cc Grade of the waste material. Text string data type so units of measure can be included in value. eg, 500 ppm As Volume of the waste material. Text string data type so units of measure can be included in value. eg, 1200 cubic metres Description of the method that was used to identify the location of the mining waste occurrence. Ideally, terms should be sourced from a controlled vocabulary. (eg, global positioning system, published map, field observation, downhole survey, aerial photography, field survey. Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (eg, accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A reference to the source(s) of information on the mining waste A URI to identify the mine that has created the mining waste. A URI to identify the processing plant associated with the mining waste. This should link to a EarthResourceML ProcessingPlant or EarthResourceML-Lite ProcessingPlantView A URI to identify the waste type for the mining waste. Should link to a controlled vocabulary term. Use an appropriate OGC nil value (eg; http://www.opengis.net/def/nil/OGC/0/unknown) if waste type is not known. A URI to identify the storage type for the mining waste. Should link to a controlled vocabulary term. Link - http://resource.geosciml.org/classifier/cgi/waste-storage/ A URI to identify a full EarthResourceML description of the mining waste feature. Geometry defining the location or extent of the mine waste. Only one geometry type may be used in a single MiningWasteView feature service. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above. A class to specify a simple view of a Processing Plant feature for use in Web Mapping Service GetFeatureRequest responses or GML3.2 Simple Feature Level 0 Web Feature Services. A unique identifier (ideally a URI) to identify the processing plant mapped feature. The name for the processing plant. A description of the type of the processing plant. (e.g., smelter, concentrator). Ideally terms should be sourced from a controlled vocabulary Date that the processing plant opened (eg; 2008-02-17). ISO 8601 date format should be used. Date that the processing plant closed (eg; 2008-02-17). ISO 8601 date format should be used. A description of the operational status of the processing plant. e.g., abandoned, operating, under development, unknown. Ideally terms should be sourced from a controlled vocabulary. The commodity or commodities processed. Multiple commodities terms should be concatenated if required. Ideally terms should be sourced from the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ The input material for the processing plant. (e.g., ore, concentrate.) Ideally terms should come from a controlled vocabulary. The type of product produced by the processing plant. (e.g. copper concentrate, ingot.) Ideally terms should be sourced from a controlled vocabulary. Description of the method that was used to identify the location of the processing plant. Ideally terms should be sourced from the MappedFeatureObservationMethod controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/mappedfeatureobservationmethod/ Text description of the accuracy of the feature location. (e.g., accurate, approximate, diagrammatic, indefinite, unknown, 5 metres, 1 kilometre) A reference for the source(s) of information for the processing plant. (e.g., a company report) A URI link to a term from a controlled vocabulary of terms to describe the type of the processing plant. A URI link to a term from a controlled vocabulary to describe the operational status of the processing plant. A URI to identify the major commodity or commodity group processed by the processing plant. Ideally should link to the CommodityCode controlled vocabulary. Link - http://resource.geosciml.org/classifier/cgi/commodity-code/ A URI to identify a full EarthResourceML description of the processing plant feature. Geometry defining the location or extent of the processing plant occurrence. Only one geometry type may be used in a single ProcessingPlantView feature service. A placeholder allowing any user-defined attributes to be delivered in addition to those specified above.