# components.parameters.bbox.description
Only features that have a geometry that intersects the bounding box are selected.The bounding box is provided as four or six numbers, depending on whether the coordinate reference system includes a vertical axis (height or depth).

# components.parameters.bbox-crs.description
Indicates the coordinate reference system for the given bbox coordinates.

# components.parameters.bbox-crs-epsg.description
Indicates the EPSG for the given bbox coordinates.

# components.parameters.crs.description
Indicates the coordinate reference system for the results.

# components.parameters.f.description
The optional f parameter indicates the output format which the server shall provide as part of the response document.  The default format is GeoJSON.

# components.parameters.lang.description
The optional lang parameter instructs the server return a response in a certain language, if supported.  If the language is not among the available values, the Accept-Language header language will be used if it is supported. If the header is missing, the default server language is used. Note that providers may only support a single language (or often no language at all), that can be different from the server language.  Language strings can be written in a complex (e.g. "fr-CA,fr;q=0.9,en-US;q=0.8,en;q=0.7"), simple (e.g. "de") or locale-like (e.g. "de-CH" or "fr_BE") fashion.

# components.parameters.offset.description
The optional offset parameter indicates the index within the result set from which the server shall begin presenting results in the response document.  The first element has an index of 0 (default).

# components.parameters.skipGeometry.description
This option can be used to skip response geometries for each feature.

# components.parameters.vendorSpecificParameters.description
Additional "free-form" parameters that are not explicitly defined

# components.responses.Tiles.description
Retrieves the tiles description for this collection

# components.schemas.queryable.properties.description.description
a human-readable narrative describing the queryable

# components.schemas.queryable.properties.language.description
the language used for the title and description

# components.schemas.queryable.properties.queryable.description
the token that may be used in a CQL predicate

# components.schemas.queryable.properties.title.description
a human readable title for the queryable

# components.schemas.queryable.properties.type-ref.description
a reference to the formal definition of the type

# info.contact.x-ogc-serviceContact.contactInstructions
During hours of service. Off on weekends.

# info.description
pygeoapi provides an API to geospatial data

# paths./collections/amber_orig_layer.get.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/items.get.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./collections/amber_orig_layer/items.options.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/items.options.summary
Options for AMBER Original View Layer items

# paths./collections/amber_orig_layer/items/{featureId}.get.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/items/{featureId}.get.summary
Get AMBER Original View Layer item by id

# paths./collections/amber_orig_layer/items/{featureId}.options.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/items/{featureId}.options.summary
Options for AMBER Original View Layer item by id

# paths./collections/amber_orig_layer/queryables.get.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_orig_layer/queryables.get.summary
Get AMBER Original View Layer queryables

# paths./collections/amber_orig_layer/schema.get.description
Original AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer.get.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/items.get.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./collections/amber_snap_layer/items.options.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/items.options.summary
Options for AMBER Snapped View Layer items

# paths./collections/amber_snap_layer/items/{featureId}.get.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/items/{featureId}.options.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/items/{featureId}.options.summary
Options for AMBER Snapped View Layer item by id

# paths./collections/amber_snap_layer/queryables.get.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/amber_snap_layer/schema.get.description
Snapped AMBER Features from GeoFRESH PostGIS view

# paths./collections/canada-metadata.get.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/items.get.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./collections/canada-metadata/items.options.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/items.options.summary
Options for Open Canada sample data items

# paths./collections/canada-metadata/items/{featureId}.get.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/items/{featureId}.options.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/items/{featureId}.options.summary
Options for Open Canada sample data item by id

# paths./collections/canada-metadata/queryables.get.description
Sample metadata records from open.canada.ca

# paths./collections/canada-metadata/schema.get.description
Sample metadata records from open.canada.ca

# paths./collections/fmdb_catalogue.get.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue.get.summary
Get Freshwater Metadatabase catalogue metadata

# paths./collections/fmdb_catalogue/items.get.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./collections/fmdb_catalogue/items.get.summary
Get Freshwater Metadatabase catalogue items

# paths./collections/fmdb_catalogue/items.options.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/items.options.summary
Options for Freshwater Metadatabase catalogue items

# paths./collections/fmdb_catalogue/items/{featureId}.get.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/items/{featureId}.get.summary
Get Freshwater Metadatabase catalogue item by id

# paths./collections/fmdb_catalogue/items/{featureId}.options.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/items/{featureId}.options.summary
Options for Freshwater Metadatabase catalogue item by id

# paths./collections/fmdb_catalogue/queryables.get.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/queryables.get.summary
Get Freshwater Metadatabase catalogue queryables

# paths./collections/fmdb_catalogue/schema.get.description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# paths./collections/fmdb_catalogue/schema.get.summary
Get Freshwater Metadatabase catalogue schema

# paths./collections/gdps-temperature.get.description
Global Deterministic Prediction System sample

# paths./collections/gdps-temperature.get.summary
Get Global Deterministic Prediction System sample metadata

# paths./collections/gdps-temperature/coverage.get.description
Global Deterministic Prediction System sample

# paths./collections/gdps-temperature/coverage.get.summary
Get Global Deterministic Prediction System sample coverage

# paths./collections/lakes/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./collections/mapserver_world_map.get.summary
Get MapServer demo WMS world map metadata

# paths./collections/mapserver_world_map/map.get.parameters[].description
Background transparency of map (default=true).

# paths./collections/mapserver_world_map/map.get.parameters[].description
The optional f parameter indicates the output format which the server shall provide as part of the response document.  The default format is GeoJSON.

# paths./collections/obs/items.get.parameters[].description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names.

# paths./processes/filter-attribute-by-list/execution.post.summary
Process Filter attribute by list execution

# paths./processes/filter-by-attribute.get.description
Filter a table (e.g. CSV) by attribute. Only keep those rows of the table that match all the conditions. You can give conditions for several columns.

# paths./processes/filter-by-attribute/execution.post.description
Filter a table (e.g. CSV) by attribute. Only keep those rows of the table that match all the conditions. You can give conditions for several columns.

# paths./processes/get-basin-polygon.get.description
Return the Polygon of the Basin as a GeoJSON Feature or Geometry.

# paths./processes/get-basin-polygon/execution.post.description
Return the Polygon of the Basin as a GeoJSON Feature or Geometry.

# paths./processes/get-basin-polygon/execution.post.summary
Process Get Basin's Polygon (as GeoJSON) execution

# paths./processes/get-basin-streamsegments.get.description
Return the Stream Segments of the Basin (into which the given point falls) as GeoJSON Features (where the geometry is a LineString).

# paths./processes/get-basin-streamsegments/execution.post.description
Return the Stream Segments of the Basin (into which the given point falls) as GeoJSON Features (where the geometry is a LineString).

# paths./processes/get-basin-streamsegments/execution.post.summary
Process Get Basin's Stream Segments (as GeoJSON) execution

# paths./processes/get-basin-subcatchments.get.description
Return the Subcatchments of the Basin (into which the given point falls) as GeoJSON Features (where the geometry is a Polygon).

# paths./processes/get-basin-subcatchments/execution.post.description
Return the Subcatchments of the Basin (into which the given point falls) as GeoJSON Features (where the geometry is a Polygon).

# paths./processes/get-basin-subcatchments/execution.post.summary
Process Get Basin's Subcatchments (as GeoJSON) execution

# paths./processes/get-basin-subcids.get.description
Return the subcatchment ids of all the subcatchments making up the basin (of the subcatchment into which the given point falls) as a list of integer numbers.

# paths./processes/get-basin-subcids/execution.post.description
Return the subcatchment ids of all the subcatchments making up the basin (of the subcatchment into which the given point falls) as a list of integer numbers.

# paths./processes/get-basin-subcids/execution.post.summary
Process Get basin catchment ids execution

# paths./processes/get-ddas-galaxy-link-textfile.get.description
This is not intended for use by human users, only by the AIP. It returns a link to a textfile that contains the link to data found on DDAS. This is needed as input to the AquaINFRA Galaxy processes.

# paths./processes/get-ddas-galaxy-link-textfile/execution.post.description
This is not intended for use by human users, only by the AIP. It returns a link to a textfile that contains the link to data found on DDAS. This is needed as input to the AquaINFRA Galaxy processes.

# paths./processes/get-ddas-galaxy-link-textfile/execution.post.summary
Process DDAS Galaxy Link Helper execution

# paths./processes/get-env90m.get.description
Retrieve environmental data (Environment90m dataset) for a list of subcatchments.

# paths./processes/get-env90m/execution.post.description
Retrieve environmental data (Environment90m dataset) for a list of subcatchments.

# paths./processes/get-env90m/execution.post.summary
Process Get Env90m data for subcatchment execution

# paths./processes/get-local-ids.get.description
Return the subcatchment id, basin id and/or regional unit id of the single subcatchment into which the given point falls.

# paths./processes/get-local-ids-plural.get.description
Return the subcatchment id, basin id and/or regional unit id of the subcatchments into which the given points fall.

# paths./processes/get-local-ids-plural/execution.post.description
Return the subcatchment id, basin id and/or regional unit id of the subcatchments into which the given points fall.

# paths./processes/get-local-ids/execution.post.description
Return the subcatchment id, basin id and/or regional unit id of the single subcatchment into which the given point falls.

# paths./processes/get-local-streamsegments.get.description
Return the Stream Segment of the single subcatchment (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments-plural.get.description
Return the Stream Segments of the subcatchments (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments-plural/execution.post.description
Return the Stream Segments of the subcatchments (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments-plural/execution.post.summary
Process Get Stream Segments (as GeoJSON) execution

# paths./processes/get-local-streamsegments-subcatchments.get.description
Return a Stream Segment and its local subcatchment as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments-subcatchments/execution.post.description
Return a Stream Segment and its local subcatchment as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments-subcatchments/execution.post.summary
Process Get a Stream Segment and its local subcatchment (as GeoJSON) execution

# paths./processes/get-local-streamsegments/execution.post.description
Return the Stream Segment of the single subcatchment (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). Upstream not included.

# paths./processes/get-local-streamsegments/execution.post.summary
Process Get a Stream Segment (as GeoJSON) execution

# paths./processes/get-outlets-for-polygon/execution.post.summary
Process Get outlets for a polygon execution

# paths./processes/get-shortest-distance-between-points.get.description
Return the shortest distance (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-distance-between-points/execution.post.description
Return the shortest distance (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-distance-between-points/execution.post.summary
Process Shortest distance between two points execution

# paths./processes/get-shortest-path-between-points.get.description
Return the shortest path (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-between-points-plural.get.description
Return the shortest paths (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-between-points-plural/execution.post.description
Return the shortest paths (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-between-points-plural/execution.post.summary
Process Shortest paths between two points execution

# paths./processes/get-shortest-path-between-points/execution.post.description
Return the shortest path (using the Dijkstra algorithm) stream from the stream segment to which the given start point belongs to the stream segment to which the given end point belongs. They have to be in the same river basin. The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-between-points/execution.post.summary
Process Shortest path between two points execution

# paths./processes/get-shortest-path-to-outlet.get.description
Return the shortest path (using the Dijkstra algorithm) from the stream segment to which the given start point belongs to sea (outlet). The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending  on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-to-outlet-plural.get.description
Return the shortest path (using the Dijkstra algorithm) from the stream segment to which the given start points belongs to sea (outlet). Currently, only the downstream subc_ids are returned.

# paths./processes/get-shortest-path-to-outlet-plural/execution.post.description
Return the shortest path (using the Dijkstra algorithm) from the stream segment to which the given start points belongs to sea (outlet). Currently, only the downstream subc_ids are returned.

# paths./processes/get-shortest-path-to-outlet-plural/execution.post.summary
Process Shortest path to the outlet (CSV) execution

# paths./processes/get-shortest-path-to-outlet/execution.post.description
Return the shortest path (using the Dijkstra algorithm) from the stream segment to which the given start point belongs to sea (outlet). The path is returned as GeoJSON FeatureCollection or GeometryCollection, depending  on user input. The geometries are LineStrings in both cases. The start and end segments are included.

# paths./processes/get-shortest-path-to-outlet/execution.post.summary
Process Shortest path to the outlet (i.e. to the sea) execution

# paths./processes/get-snapped-point-plus.get.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-point-plus/execution.post.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-point-plus/execution.post.summary
Process Get corrected coordinates: Snapped to nearest stream segment (PLUS). execution

# paths./processes/get-snapped-points.get.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-plural.get.description
Return pairs of coordinates that were snapped to the nearest stream segments as GeoJSON points. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-plural/execution.post.description
Return pairs of coordinates that were snapped to the nearest stream segments as GeoJSON points. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-plural/execution.post.summary
Process Get corrected coordinates: Snapped to nearest stream segment. execution

# paths./processes/get-snapped-points-strahler.get.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-strahler-plural.get.description
Return pairs of coordinates that were snapped to the nearest stream segments as GeoJSON points. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-strahler-plural/execution.post.description
Return pairs of coordinates that were snapped to the nearest stream segments as GeoJSON points. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-strahler-plural/execution.post.summary
Process Get corrected coordinates: Snapped to nearest stream segment. execution

# paths./processes/get-snapped-points-strahler/execution.post.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points-strahler/execution.post.summary
Process Get corrected coordinates: Snapped to nearest stream segment of strahler >= x. execution

# paths./processes/get-snapped-points/execution.post.description
Return a pair of coordinates that were snapped to the nearest stream segment as a GeoJSON Point. Also return the stream segment as a GeoJSON LineString, and basin id, region id, subcatchment id.

# paths./processes/get-snapped-points/execution.post.summary
Process Get corrected coordinates: Snapped to nearest stream segment. execution

# paths./processes/get-upstream-bbox.get.description
Return the bounding box of the upstream catchment of the subcatchment into which the given point falls, as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-bbox/execution.post.description
Return the bounding box of the upstream catchment of the subcatchment into which the given point falls, as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-bbox/execution.post.summary
Process Get Bounding Box of Upstream Catchment execution

# paths./processes/get-upstream-dissolved.get.description
Return the geometry of the upstream catchment of the subcatchment into which the given point falls as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-dissolved-cont.get.description
Return the geometry of the upstream catchment of the subcatchment into which the given point falls as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-dissolved-cont/execution.post.description
Return the geometry of the upstream catchment of the subcatchment into which the given point falls as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-dissolved-cont/execution.post.summary
Process Get Upstream Catchment (as GeoJSON) execution

# paths./processes/get-upstream-dissolved/execution.post.description
Return the geometry of the upstream catchment of the subcatchment into which the given point falls as a GeoJSON Feature (where the geometry is a Polygon). The subcatchment itself not included.

# paths./processes/get-upstream-dissolved/execution.post.summary
Process Get Upstream Catchment (as GeoJSON) execution

# paths./processes/get-upstream-streamsegments.get.description
Return the stream segments of the upstream catchments of the subcatchment (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). The subcatchment itself not included.

# paths./processes/get-upstream-streamsegments/execution.post.description
Return the stream segments of the upstream catchments of the subcatchment (into which the given point falls) as a GeoJSON Feature (where the geometry is a LineString). The subcatchment itself not included.

# paths./processes/get-upstream-streamsegments/execution.post.summary
Process Get upstream catchment stream segments (as GeoJSON) execution

# paths./processes/get-upstream-subcatchments.get.description
Return the geometry of the upstream catchments of the subcatchment into which the given point falls as a GeoJSON Feature Collection (where the geometries are Polygons). The subcatchment itself not included.

# paths./processes/get-upstream-subcatchments/execution.post.description
Return the geometry of the upstream catchments of the subcatchment into which the given point falls as a GeoJSON Feature Collection (where the geometries are Polygons). The subcatchment itself not included.

# paths./processes/get-upstream-subcatchments/execution.post.summary
Process Get upstream subcatchment polygons (as GeoJSON) execution

# paths./processes/get-upstream-subcids.get.description
Return the subcatchment ids of all the subcatchments making up the upstream catchment (of the subcatchment into which the given point falls) as a list of integer numbers. The subcatchment itself not included.

# paths./processes/get-upstream-subcids/execution.post.description
Return the subcatchment ids of all the subcatchments making up the upstream catchment (of the subcatchment into which the given point falls) as a list of integer numbers. The subcatchment itself not included.

# paths./processes/get-upstream-subcids/execution.post.summary
Process Get upstream catchment ids execution

# paths./processes/hello-world.get.description
An example process that takes a name as input, and echoes it back as output. Intended to demonstrate a simple process with a single literal input.

# paths./processes/hello-world/execution.post.description
An example process that takes a name as input, and echoes it back as output. Intended to demonstrate a simple process with a single literal input.

# paths./processes/test-me.get.description
An example process that takes a name as input, and echoes it back as output. Intended to demonstrate a simple process with a single literal input.

# paths./processes/test-me/execution.post.description
An example process that takes a name as input, and echoes it back as output. Intended to demonstrate a simple process with a single literal input.

# servers[].description
pygeoapi provides an API to geospatial data

# tags[].description
pygeoapi provides an API to geospatial data

# tags[].description
Original AMBER Features from GeoFRESH PostGIS view

# tags[].description
Snapped AMBER Features from GeoFRESH PostGIS view

# tags[].description
The Freshwater Metadatabase was built as part of the EU BioFresh project to centralise information on freshwater related datasets. It collects various characteristics describing a dataset (e.g. data provider, access and intellectual property rights, regional coverage and spatial extent, environmental and climate related parameter) and allows querying this information.

# tags[].description
Global Deterministic Prediction System sample

# tags[].description
Sample metadata records from open.canada.ca