GeoSPARQL

Prefix: geo
Kind: schema
License: OGC
Namespace / website: http://www.opengis.net/ont/geosparql#
External catalog: open catalog entry

Coverage

GMEOW source terms: 25
Projection rows: 65
Equivalence rows: 15
Profiles: geosparql, sosa
Slices: kernel, names, places, sensory

How To Use This Target

Use native GMEOW terms as the authoring surface, then inspect the projection rows below to see which facts can leave GMEOW for this consumer vocabulary. Treat lossy notes as adoption warnings, not as implementation details.

Loss Notes

Profile	Source	Dropped Structure
`geosparql`	`gmeow:CoordinateObservation`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:CoordinateObservation`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:Place`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:Place`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:Place`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:Place`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:Place`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:Pose`	orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model
`geosparql`	`gmeow:Trajectory`	trajectory samples (LocationStates), temporal scope, reference frame, and interpolation method are dropped in pure GeoSPARQL; only the feature identity is retained. The sample geometries project separately via mapGeoPosePositionToWktPoint.
`geosparql`	`gmeow:asGeoJSON`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:asWKT`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:asWKT`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:coarsenTo`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:coarsenTo`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:coarsenTo`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:coarsenTo`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:coarsenTo`	orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model
`geosparql`	`gmeow:coarsenTo`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:containedInPlace`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:containedInPlace`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:containedInPlace`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:coordinateResult`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:displayable`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:displayable`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:geometryResult`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:hasCoordinateObservation`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:hasCoordinateObservation`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives
`geosparql`	`gmeow:hasCoordinates`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasGeometry`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasGeometry`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasGranularity`	precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasGranularity`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasGranularity`	precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:hasPose`	orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model
`geosparql`	`gmeow:hasPosePosition`	orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model
`geosparql`	`gmeow:latitude`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:latitude`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
`geosparql`	`gmeow:latitude`	orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model
`geosparql`	`gmeow:longitude`	the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives
`geosparql`	`gmeow:longitude`	precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10)
...	...	2 more lossy rows

Source Terms

Term	Label	Slice
`gmeow:CoordinateObservation`	Coordinate Observation	`places`
`gmeow:GeoCoordinates`	Geo Coordinates	`places`
`gmeow:Geometry`	Geometry	`places`
`gmeow:Place`	Place	`places`
`gmeow:Pose`	Pose	`places`
`gmeow:SpatialMeasurement`	Spatial Measurement	`places`
`gmeow:Trajectory`	Trajectory	`places`
`gmeow:asGeoJSON`	as GeoJSON	`places`
`gmeow:asWKT`	as WKT	`places`
`gmeow:coarsenTo`	coarsen to	`kernel`
`gmeow:containedInPlace`	contained in place	`places`
`gmeow:containsPlace`	contains place	`places`
`gmeow:coordinateResult`	coordinate result	`places`
`gmeow:displayable`	displayable	`names`
`gmeow:geometryResult`	geometry result	`places`
`gmeow:hasCentroid`	has centroid	`places`
`gmeow:hasCoordinateObservation`	has coordinate observation	`places`
`gmeow:hasCoordinates`	has coordinates	`places`
`gmeow:hasGeometry`	has geometry	`places`
`gmeow:hasGranularity`	has granularity	`kernel`
`gmeow:hasPose`	has pose	`places`
`gmeow:hasPosePosition`	has pose position	`places`
`gmeow:latitude`	latitude	`places`
`gmeow:longitude`	longitude	`places`
`gmeow:platformLocation`	platform location	`sensory`

Mapping Rows

Source	Kind	Profile	Predicate/Relation	Target	Evidence
`gmeow:CoordinateObservation`	equivalence	`-`	skos:relatedMatch	geo:Feature	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces196`; confidence 0.65
`gmeow:Geometry`	equivalence	`-`	skos:closeMatch	geo:Geometry	`gmeow-classes.sssom.tsv`; `gmeow:eqClasses039`; confidence 0.9
`gmeow:Geometry`	equivalence	`-`	skos:closeMatch	geo:Geometry	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces002`; confidence 0.9
`gmeow:Place`	equivalence	`-`	skos:closeMatch	geo:Feature	`gmeow-classes.sssom.tsv`; `gmeow:eqClasses037`; confidence 0.7
`gmeow:SpatialMeasurement`	equivalence	`-`	skos:relatedMatch	geo:SpatialObject	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces195`; confidence 0.6
`gmeow:asGeoJSON`	equivalence	`-`	skos:closeMatch	geo:asGeoJSON	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces082`; confidence 0.9
`gmeow:asWKT`	equivalence	`-`	skos:closeMatch	geo:asWKT	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces021`; confidence 0.9
`gmeow:containedInPlace`	equivalence	`-`	skos:closeMatch	geo:sfWithin	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces016`; confidence 0.8
`gmeow:containsPlace`	equivalence	`-`	skos:closeMatch	geo:sfContains	`gmeow-aggregation.sssom.tsv`; `gmeow:eqAgg005`; confidence 0.9
`gmeow:coordinateResult`	equivalence	`-`	skos:relatedMatch	geo:asWKT	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces198`; confidence 0.6
`gmeow:geometryResult`	equivalence	`-`	skos:relatedMatch	geo:hasGeometry	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces199`; confidence 0.6
`gmeow:hasCentroid`	equivalence	`-`	skos:closeMatch	geo:hasCentroid	`gmeow-aggregation.sssom.tsv`; `gmeow:eqAgg006`; confidence 0.9
`gmeow:hasCoordinateObservation`	equivalence	`-`	skos:relatedMatch	geo:hasGeometry	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces197`; confidence 0.6
`gmeow:hasGeometry`	equivalence	`-`	skos:closeMatch	geo:hasGeometry	`gmeow-places.sssom.tsv`; `gmeow:eqPlaces020`; confidence 0.9
`gmeow:platformLocation`	equivalence	`-`	skos:closeMatch	geo:location	`gmeow-observations.sssom.tsv`; `gmeow:eqObs047`; confidence 0.8
`gmeow:CoordinateObservation`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:CoordinateObservation`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:GeoCoordinates`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:Feature	`gmeow:mapGeoFeature`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJson`; transform `gmeow:fnRetagGeoJson`
`gmeow:Place`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasCentroid, rdf:type	`gmeow:mapGeoCentroid`; transform `gmeow:fnRetagWkt`
`gmeow:Place`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:Place`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:Place`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:Place`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktRetag`; transform `gmeow:fnRetagWkt`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:sfContains	`gmeow:mapGeoContains`
`gmeow:Place`	projection	`geosparql`	projects to / =	geo:sfWithin	`gmeow:mapGeoWithin`
`gmeow:Pose`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:Trajectory`	projection	`geosparql`	projects to / <=	geo:Feature, rdf:type	`gmeow:mapGeoTrajectory`; lossy: trajectory samples (LocationStates), temporal scope, reference frame, and interpolation method are dropped in pure GeoSPARQL; only the feature identity is retained. The sample geometries project separately via mapGeoPosePositionToWktPoint.
`gmeow:asGeoJSON`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJson`; transform `gmeow:fnRetagGeoJson`
`gmeow:asGeoJSON`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:asWKT`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasCentroid, rdf:type	`gmeow:mapGeoCentroid`; transform `gmeow:fnRetagWkt`
`gmeow:asWKT`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:asWKT`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:asWKT`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktRetag`; transform `gmeow:fnRetagWkt`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJson`; transform `gmeow:fnRetagGeoJson`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasCentroid, rdf:type	`gmeow:mapGeoCentroid`; transform `gmeow:fnRetagWkt`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:coarsenTo`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktRetag`; transform `gmeow:fnRetagWkt`
`gmeow:containedInPlace`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:containedInPlace`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:containedInPlace`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:containedInPlace`	projection	`geosparql`	projects to / =	geo:sfWithin	`gmeow:mapGeoWithin`
`gmeow:containsPlace`	projection	`geosparql`	projects to / =	geo:sfContains	`gmeow:mapGeoContains`
`gmeow:coordinateResult`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:displayable`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:displayable`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:geometryResult`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:hasCentroid`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasCentroid, rdf:type	`gmeow:mapGeoCentroid`; transform `gmeow:fnRetagWkt`
`gmeow:hasCoordinateObservation`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:hasCoordinateObservation`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoGeometryObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT geometry survives; transform `gmeow:fnRetagWkt`
`gmeow:hasCoordinates`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:hasCoordinates`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:hasGeometry`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJson`; transform `gmeow:fnRetagGeoJson`
`gmeow:hasGeometry`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:hasGeometry`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:hasGeometry`	projection	`geosparql`	projects to / =	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktRetag`; transform `gmeow:fnRetagWkt`
`gmeow:hasGranularity`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asGeoJSON, geo:hasGeometry, rdf:type	`gmeow:mapGeoJsonCoarsened`; lossy: precise GeoJSON geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularityGeoJson`
`gmeow:hasGranularity`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:hasGranularity`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoWktCoarsened`; lossy: precise WKT geometry coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:hasPose`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:hasPosePosition`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:latitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:latitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:latitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:latitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:longitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoCoordinateObservation`; lossy: the CoordinateObservation relator (vantage, confidence, reference frame, temporal scope) is dropped; only the WKT point survives; transform `gmeow:fnLatLongToWktPoint`
`gmeow:longitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPoint`; transform `gmeow:fnLatLongToWktPoint`
`gmeow:longitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPointCoarsened`; lossy: precise coordinates coarsened to the enclosing region at `gmeow:coarsenTo` level (privacy generalization, P10); transform `gmeow:fnCoarsenToGranularity`
`gmeow:longitude`	projection	`geosparql`	projects to / <=	geo:Geometry, geo:asWKT, geo:hasGeometry, rdf:type	`gmeow:mapGeoPosePoint`; lossy: orientation component dropped; GeoSPARQL 1.0/1.1 has no pose model; transform `gmeow:fnPosePositionToWktPoint`
`gmeow:platformLocation`	projection	`sosa`	projects to / <=	geo:location	`gmeow:mapSosaPlatformLocation`; confidence 0.8; lossy: SOSA core has no direct platform-location property; bridge via GeoSPARQL geo:location by reference. The place's coordinates, geometry, and granularity are projected separately via the GeoSPARQL projection.