Polygon features represent developed ground water aquifers in BC (that have been mapped). Most aquifer boundaries are delineated based on geology, hydrology and topographic information. Some aquifer boundaries stop at the border of BC mapsheet boundaries due to resource or data constraints at the time of mapping.

Groundwater samples have been collected in the hydrogeological unit, for various types of analysis. The dataset is not used to represent a particular phenomenon or observation but rather as a utility dataset to add context and reference to groundwater analysis. It represents a general description of the sample site and sample. Sampling methods vary according to the types of analysis.

The amount of groundwater exploited is estimated in m³/year. Groundwater usages are classified in four categories: agricultural, industrial, domestic and energy. Typically, groundwater usage should be represented as a series of sub-polygons or points fitting inside the boundary of the hydrogeological unit. The scope and method used to estimate the amount of water are described in the metadata associated with the dataset. The dataset identifies the main usages for the hydrogeological unit. It features numbers and percentages describing groundwater usages for a predetermined scope. The groundwater usage is frequently compiled by municipalities or counties. It could then be possible to display the usage by superimposing a series of pie charts depicting the groundwater usages over multiples administrative areas.

Point features showing the location of groundwater wells in BC joined with attributes and information from the Groundwater Wells and Aquifers (GWELLS) application. NOTE: Artesian wells are flowing wells at the time of drilling. Suggested Filters: - Groundwater Supply Wells - Intended Water Use: WELL_CLASS = 'Water Supply' - Provincial Observation Wells: OBSERVATION_WELL_STATUS = 'Active' OR OBSERVATION_WELL_STATUS = 'Inactive'

Level below which soil or rock is saturated with water, in the well and at the time the level has been measured, expressed in m above the sea level. Groundwater levels measured are interpolated / extrapolated to obtain groundwater level on every cell of the hydrogeological unit raster. Surfer and ArcGis are the software usually used to create groundwater level raster. The dataset designates a raster with a groundwater level, for each cell of the hydrogeological unit.

An accurate depiction of road structure construction history of the Highway Network in Manitoba.Manitoba Infrastructure, Highway Engineering, Highway Planning and Design (HPD) manages the Highway Inventory System (HIS). This system tracks road structure and construction history of Manitoba's Road Network. Published annually, this layer aids provincial engineers in planning and managing construction projects, both present and future. The department’s linear referencing system (LRS) uses control sections as a linear referencing method (LRM). These control section are further divided into subsections. It is on these subsections that road structure and construction history are tracked in the highway inventory system database.Please note that this feature layer primarily contains only the roads Manitoba Infrastructure is responsible for, i.e. Provincial Trunk Highways, Provincial Roads and Access Roads. It does not include municipal mile or grid roads. However, you may also see Earth Roads (under construction) or Other roads (such as those passing through national parks and are federal responsibility).Fields included (Alias (Field Name): Field description.) OBJECTID (OBJECTID): Sequential, unique whole numbers are automatically generated. SHAPE (SHAPE): A field to hold geometry information. ID (ID): Oracle's unique identifier Control Section ID (CS_ID): Non unique identifier linking segment to its respective control section. For example, a control section may have numerous geometry segments and each will have the same CS_ID. Control Section Key (CS_KEY): An information rich key containing Region (two digits), Road Number (three digits), Section number (three digits), the Road Type (one character), and direction of travel (one character). Subsection ID (SS_ID): Control Sections are further divided into Subsections. This is the subsection ID field. MI Region (REGION_NO): The Manitoba Infrastructure region the segment is in Regions 1-5. Road Number (ROAD_NO): The road number. Note co-routes will have the lesser highway number. Section Number (SECTION_NO): The section number from the CS_KEY. Road Type (ROAD_TYPE): H = Highway, E = Earth Road, and O= 'Other" road (such as through a national park because the road is not a responsibility of MI.) Road Direction (ROAD_DIRECTION): A = ahead direction on a divided highway (i.e. following the digitizing direction), B = Back direction on a divided highway (i.e. against the digitizing direction, and U= an undivided highway. Start Kilometre (KM) (START_KM): Start KM, is the start of the sub section within a control Section. This is part of the linear referencing method used for dynamic segmentation. End Kilometre (KM) (END_KM): End KM is the end of the sub section within a Control Section. This is part of the linear referencing method used for dynamic segmentation. Length (KM) (LENGTH_KM): End Kilometre minus the Start Kilometre. Subsection Description (SECTION_DESC): A text description of where the subsection starts and ends. Road Type Description (ROAD_TYPE_DESC): An unabbreviated version of Road Type above. Road Direction Description (ROAD_DIRECTION_DESC): An unabbreviated version of Road Direction above. Functional Class (FUNCTIONAL_CLASS): Functional Class: Expressway, Primary Arterial, Secondary Arterial and Collector Divided Status (DIVIDED_STATUS): Highway is divided or undivided. Number of Lanes (LANES): The number of lanes the road has. Median Type (MEDIAN_TYPE): Type of median: Raised Median, Depressed Median, Flush Median, Barrier and No Median. Median Width (m) (MEDIAN_WIDTH): The width of the median, in metres. Row Width (m) (ROW_WIDTH): The total width of the right-of-way in metres. Subgrade Width (m) (SUBGRADE_WIDTH): The width of the earth embankment in metres. Re-grade Year (REGRADE_YEAR): The year the road was last regraded. Re-grade Description (REGRADE_DESCRIPTION): Description of what re-grading was done. Outside Shoulder Type (OUTSIDE_SHLDR_TYPE): Type of outside shoulder: AST, Curbed, Fully Paved, Gravel, No Shoulders and N/A. Outside Shoulder Width (m) (OUTSIDE_SHLDR_WIDTH): The width of the outside shoulder in metres. Outside Paved Width (m) (OUTSIDE_PAVED_WIDTH): The width of the paved surface of the outside shoulder in metres. Inside Shoulder Type (INSIDE_SHLDR_TYPE): Type of inside shoulder: Curbed, Fully Paved, Gravel, No Shoulders and N/A. Inside Shoulder Width (m) (INSIDE_SHLDR_WIDTH): The width of the inside shoulder in metres. Inside Paved Width (m) (INSIDE_PAVED_WIDTH): The width of the paved surface of the inside shoulder in metres. Surface Type (SURFACE_TYPE): The type of surfacing on the road: A Base, AST, Bituminous (Bpm), Bituminous B, Bituminous C, C Base, Concrete, Granular, Reclaimed Asphalt Pavement and Road Mix Surface Width (m) (SURFACE_WIDTH): The surface width is the width of the driving lanes. Surface Depth (mm) (SURFACE_DEPTH): Thickness of the surface layer (mm). Surface Year (SURFACE_YEAR): The year the surface was constructed. Base Layer 1 (BASE_1): 1st subsurface layer. 1 = present, 0 = not present Base Layer 1 Type (BASE_1_TYPE): Material type of 1st subsurface layer of the road structure. Base Layer 1 Depth (mm) (BASE_1_DEPTH): Thickness of 1st subsurface layer of road structure in mm. Base Layer 1 Year (BASE_1_YEAR): Year materials placed or modified for 1st subsurface layer. Base Layer 2 (BASE_2): 2nd subsurface layer. 2 = present, 0 = not present Base Layer 2 Type (BASE_2_TYPE): Material type of 2nd subsurface layer of road structure. Base Layer 2 Depth (mm) (BASE_2_DEPTH): Thickness of 2nd subsurface layer of road structure in mm. Base Layer 2 Year (BASE_2_YEAR): Year materials placed or modified for 2nd subsurface layer. Base Layer 3 (BASE_3): 3rd subsurface layer. 3 = present, 0 = not present Base Layer 3 Type (BASE_3_TYPE): Material type of 3rd subsurface layer of road structure. Base Layer 3 Depth (mm) (BASE_3_DEPTH): Thickness of 3rd subsurface layer of road structure in mm. Base Layer 3 Year (BASE_3_YEAR): Year materials placed or modified for 3rd subsurface layer. Base Layer 4 (BASE_4): 4th subsurface layer. 4 = present, 0 = not present Base Layer 4 Type (BASE_4_TYPE): Material type of 4th subsurface layer of road structure. Base Layer 4 Depth (mm) (BASE_4_DEPTH): Thickness of 4th subsurface layer of road structure in mm. Base Layer 4 Year (BASE_4_YEAR): Year materials placed or modified for 4th subsurface layer. Base Layer 5 (BASE_5): 5th subsurface layer. 5 = present, 0 = not present Base Layer 5 Type (BASE_5_TYPE): Material type of 5th subsurface layer of road structure. Base Layer 5 Depth (mm) (BASE_5_DEPTH): Thickness of 5th subsurface layer of road structure in mm. Base Layer 5 Year (BASE_5_YEAR): Year materials placed or modified for 5th subsurface layer. Base Layer 6 (BASE_6): 6th subsurface layer. 6 = present, 0 = not present Base Layer 6 Type (BASE_6_TYPE): Material type of 6th subsurface layer of road structure. Base Layer 6 Depth (mm) (BASE_6_DEPTH): Thickness of 6th subsurface layer of road structure in mm. Base Layer 6 Year (BASE_6_YEAR): Year materials placed or modified for 6th subsurface layer. Base Layer 7 (BASE_7): 7th subsurface layer. 7 = present, 0 = not present Base Layer 7 Type (BASE_7_TYPE): Material type of 7th subsurface layer of road structure. Base Layer 7 Depth (mm) (BASE_7_DEPTH): Thickness of 7th subsurface layer of road structure in mm. Base Layer 7 Year (BASE_7_YEAR): Year materials placed or modified for 7th subsurface layer. Terrain Type (TERRAIN_TYPE): General terrain conditions: Flat, Rolling and Rugged. Construction Status (CONSTRUCTION_STATUS): Construction completed or carried over. Updated Date (UPDATED_YYYYMMDD): Date the record was updated.

An accurate depiction of road structure construction history of the Highway Network in Manitoba.Manitoba Infrastructure --> Highway Engineering--> Highway Planning and Design (HPD) manages the Highway Inventory System (HIS). This system tracks road structure and construction history of Manitoba's Road Network. Published annually, this layer aids provincial engineers in planning and managing construction projects, both present and future. The department’s linear referencing system (LRS) uses control sections as a linear referencing method (LRM). These control section are further divided into subsections. It is on these subsections that road structure and construction history are tracked in the highway inventory system database. Please note that this feature layer primarily contains only the roads Manitoba Infrastructure is responsible for, i.e. Provincial Trunk Highways, Provincial Roads and Access Roads. It does not include municipal mile or grid roads. However, you may also see Earth Roads (under construction) or Other roads (such as those passing through national parks and are federal responsibility). A newer version of this data is available: Manitoba Highway Inventory 2018. Field List - FIELD NAME (Field Alias (i.e. display name)) in parenthesis) OBJECTID (OBJECTID) - Sequential, unique whole numbers are automatically generated.SHAPE (SHAPE) - A field to hold geometry information. ID (ID) - Oracle's unique identifierCS_ID (Control Section ID) - Non unique identifier linking segment to its respective control section. For example, a control section may have numerous geometry segments and each will have the same CS_ID.CS_KEY (Control Section Key) - An information rich key containing Region (two digits), Road Number (three digits), Section number (three digits), the Road Type (one character), and direction of travel (one character). SS_ID (Subsection ID) - Control Sections are further divided into Subsections. This is the subsection ID field.REGION_NO (MI Region) - The Manitoba Infrastructure region the segment is in Regions 1-5.ROAD_NO (Road Number) - The road number. Note co-routes will have the lesser highway number. SECTION_NO (Section Number) - The section number from the CS_KEY.ROAD_TYPE (Road Type) - H = Highway, E = Earth Road, and O= 'Other" road (such as through a national park because the road is not a responsibility of MI.) ROAD_DIRECTION (Road Direction) - A = ahead direction on a divided highway (i.e. following the digitizing direction), B = Back direction on a divided highway (i.e. against the digitizing direction, and U= an undivided highway.START_KM (Start Kilometre (KM)) - Start KM, is the start of the sub section within a control Section. This is part of the linear referencing method used for dynamic segmentation.END_KM (End Kilometre (KM)) - End KM is the end of the sub section within a Control Section. This is part of the linear referencing method used for dynamic segmentation.LENGTH_KM (Length (KM)) - End Kilometre minus the Start Kilometre.SECTION_DESC (Subsection Description) - A text description of where the subsection starts and ends. ROAD_TYPE_DESC (Road Type Description) - An unabbreviated version of Road Type above.ROAD_DIRECTION_DESC (Road Direction Description) - An unabbreviated version of Road Direction above.FUNCTIONAL_CLASS (Functional Class) - Functional Class: Expressway, Primary Arterial, Secondary Arterial and CollectorDIVIDED_STATUS (Divided Status) - Highway is divided or undivided. LANES (Number of Lanes) - The number of lanes the road has. MEDIAN_TYPE (Median Type) - Type of median: Raised Median, Depressed Median, Flush Median, Barrier and No Median.MEDIAN_WIDTH (Median Width (m)) - The width of the median, in metres.ROW_WIDTH (Row Width (m)) - The total width of the right-of-way in metres.SUBGRADE_WIDTH (Subgrade Width (m)) - The width of the earth embankment in metres. REGRADE_YEAR (Re-grade Year) - The year the road was last regraded.REGRADE_DESCRIPTION (Re-grade Description) - Description of what re-grading was done.OUTSIDE_SHLDR_TYPE (Outside Shoulder Type) - Type of outside shoulder: AST, Curbed, Fully Paved, Gravel, No Shoulders and N/A.OUTSIDE_SHLDR_WIDTH (Outside Shoulder Width (m)) - The width of the outside shoulder in metres.OUTSIDE_PAVED_WIDTH (Outside Paved Width (m)) - The width of the paved surface of the outside shoulder in metres.INSIDE_SHLDR_TYPE (Inside Shoulder Type) - Type of inside shoulder: Curbed, Fully Paved, Gravel, No Shoulders and N/A.INSIDE_SHLDR_WIDTH (Inside Shoulder Width (m)) - The width of the inside shoulder in metres.INSIDE_PAVED_WIDTH (Inside Paved Width (m)) - The width of the paved surface of the inside shoulder in metres.SURFACE_TYPE (Surface Type) - The type of surfacing on the road: A Base, AST, Bituminous (Bpm), Bituminous B, Bituminous C, C Base, Concrete, Granular, Reclaimed Asphalt Pavement and Road MixSURFACE_WIDTH (Surface Width (m)) - The surface width is the width of the driving lanes.SURFACE_DEPTH (Surface Depth (mm)) - Thickness of the surface layer (mm).SURFACE_YEAR (Surface Year) - The year the surface was constructed.BASE_1 (Base Layer 1) - 1st subsurface layer. 1 = present, 0 = not presentBASE_1_TYPE (Base Layer 1 Type) - Material type of 1st subsurface layer of the road structure.BASE_1_DEPTH (Base Layer 1 Depth (mm)) - Thickness of 1st subsurface layer of road structure in mm.BASE_1_YEAR (Base Layer 1 Year) - Year materials placed or modified for 1st subsurface layer.BASE_2 (Base Layer 2) - 2nd subsurface layer. 2 = present, 0 = not presentBASE_2_TYPE (Base Layer 2 Type) - Material type of 2nd subsurface layer of road structure.BASE_2_DEPTH (Base Layer 2 Depth (mm)) - Thickness of 2nd subsurface layer of road structure in mm.BASE_2_YEAR (Base Layer 2 Year) - Year materials placed or modified for 2nd subsurface layer.BASE_3 (Base Layer 3) - 3rd subsurface layer. 3 = present, 0 = not presentBASE_3_TYPE (Base Layer 3 Type) - Material type of 3rd subsurface layer of road structure.BASE_3_DEPTH (Base Layer 3 Depth (mm)) - Thickness of 3rd subsurface layer of road structure in mm.BASE_3_YEAR (Base Layer 3 Year) - Year materials placed or modified for 3rd subsurface layer.BASE_4 (Base Layer 4) - 4th subsurface layer. 4 = present, 0 = not presentBASE_4_TYPE (Base Layer 4 Type) - Material type of 4th subsurface layer of road structure.BASE_4_DEPTH (Base Layer 4 Depth (mm)) - Thickness of 4th subsurface layer of road structure in mm.BASE_4_YEAR (Base Layer 4 Year) - Year materials placed or modified for 4th subsurface layer.BASE_5 (Base Layer 5) - 5th subsurface layer. 5 = present, 0 = not presentBASE_5_TYPE (Base Layer 5 Type) - Material type of 5th subsurface layer of road structure.BASE_5_DEPTH (Base Layer 5 Depth (mm)) - Thickness of 5th subsurface layer of road structure in mm.BASE_5_YEAR (Base Layer 5 Year) - Year materials placed or modified for 5th subsurface layer.BASE_6 (Base Layer 6) - 6th subsurface layer. 6 = present, 0 = not presentBASE_6_TYPE (Base Layer 6 Type) - Material type of 6th subsurface layer of road structure.BASE_6_DEPTH (Base Layer 6 Depth (mm)) - Thickness of 6th subsurface layer of road structure in mm.BASE_6_YEAR (Base Layer 6 Year) - Year materials placed or modified for 6th subsurface layer.BASE_7 (Base Layer 7) - 7th subsurface layer. 7 = present, 0 = not presentBASE_7_TYPE (Base Layer 7 Type) - Material type of 7th subsurface layer of road structure.BASE_7_DEPTH (Base Layer 7 Depth (mm)) - Thickness of 7th subsurface layer of road structure in mm.BASE_7_YEAR (Base Layer 7 Year) - Year materials placed or modified for 7th subsurface layer.<TERRAIN_TYPE (Terrain Type) - General terrain conditions: Flat, Rolling and Rugged.CONSTRUCTION_STATUS (Construction Status) - Construction completed or carried over.UPDATED_YYYYMMDD (Updated Date) - Date the record was updated.SHAPE_Length (Length) - Segment length, automatically generated by ArcGIS.

An accurate depiction of road structure construction history of the Highway Network in Manitoba.Manitoba Infrastructure --> Highway Engineering--> Highway Planning and Design (HPD) manages the Highway Inventory System (HIS). This system tracks road structure and construction history of Manitoba's Road Network. Published annually, this layer aids provincial engineers in planning and managing construction projects, both present and future. The department’s linear referencing system (LRS) uses control sections as a linear referencing method (LRM). These control section are further divided into subsections. It is on these subsections that road structure and construction history are tracked in the highway inventory system database. This is the first year that HPD is making its annual HIS export available to the public. Please note that this feature layer primarily contains only the roads Manitoba Infrastructure is responsible for, i.e. Provincial Trunk Highways, Provincial Roads and Access Roads. It does not include municipal mile or grid roads. However, you may also see Earth Roads (under construction) or Other roads (such as those passing through national parks and are federal responsibility). A newer version of this data is available: Manitoba Highway Inventory 2018. Field List - FIELD NAME (Field Alias (i.e. display name)) in parenthesis) OBJECTID (OBJECTID) - Sequential, unique whole numbers are automatically generated. SHAPE (SHAPE) - A field to hold geometry information. ID (ID) - Oracle's unique identifier CS_ID (Control Section ID) - Non unique identifier linking segment to its respective control section. For example, a control section may have numerous geometry segments and each will have the same CS_ID. CS_KEY (Control Section Key) - An information rich key containing Region (two digits), Road Number (three digits), Section number (three digits), the Road Type (one character), and direction of travel (one character). SS_ID (Subsection ID) - Control Sections are further divided into Subsections. This is the subsection ID field. REGION_NO (MI Region) - The Manitoba Infrastructure region the segment is in Regions 1-5. ROAD_NO (Road Number) - The road number. Note co-routes will have the lesser highway number. SECTION_NO (Section Number) - The section number from the CS_KEY. ROAD_TYPE (Road Type) - H = Highway, E = Earth Road, and O= 'Other" road (such as through a national park because the road is not a responsibility of MI.) ROAD_DIRECTION (Road Direction) - A = ahead direction on a divided highway (i.e. following the digitizing direction), B = Back direction on a divided highway (i.e. against the digitizing direction, and U= an undivided highway. START_KM (Start Kilometre (KM)) - Start KM, is the start of the sub section within a control Section. This is part of the linear referencing method used for dynamic segmentation. END_KM (End Kilometre (KM)) - End KM is the end of the sub section within a Control Section. This is part of the linear referencing method used for dynamic segmentation. LENGTH_KM (Length (KM)) - End Kilometre minus the Start Kilometre. SECTION_DESC (Subsection Description) - A text description of where the subsection starts and ends. ROAD_TYPE_DESC (Road Type Description) - An unabbreviated version of Road Type above. ROAD_DIRECTION_DESC (Road Direction Description) - An unabbreviated version of Road Direction above. FUNCTIONAL_CLASS (Functional Class) - Functional Class: Expressway, Primary Arterial, Secondary Arterial and Collector DIVIDED_STATUS (Divided Status) - Highway is divided or undivided. LANES (Number of Lanes) - The number of lanes the road has. MEDIAN_TYPE (Median Type) - Type of median: Raised Median, Depressed Median, Flush Median, Barrier and No Median. MEDIAN_WIDTH (Median Width (m)) - The width of the median, in metres. ROW_WIDTH (Row Width (m)) - The total width of the right-of-way in metres. SUBGRADE_WIDTH (Subgrade Width (m)) - The width of the earth embankment in metres. REGRADE_YEAR (Re-grade Year) - The year the road was last regraded. REGRADE_DESCRIPTION (Re-grade Description) - Description of what re-grading was done. OUTSIDE_SHLDR_TYPE (Outside Shoulder Type) - Type of outside shoulder: AST, Curbed, Fully Paved, Gravel, No Shoulders and N/A. OUTSIDE_SHLDR_WIDTH (Outside Shoulder Width (m)) - The width of the outside shoulder in metres. OUTSIDE_PAVED_WIDTH (Outside Paved Width (m)) - The width of the paved surface of the outside shoulder in metres. INSIDE_SHLDR_TYPE (Inside Shoulder Type) - Type of inside shoulder: Curbed, Fully Paved, Gravel, No Shoulders and N/A. INSIDE_SHLDR_WIDTH (Inside Shoulder Width (m)) - The width of the inside shoulder in metres. INSIDE_PAVED_WIDTH (Inside Paved Width (m)) - The width of the paved surface of the inside shoulder in metres. SURFACE_TYPE (Surface Type) - The type of surfacing on the road: A Base, AST, Bituminous (Bpm), Bituminous B, Bituminous C, C Base, Concrete, Granular, Reclaimed Asphalt Pavement and Road Mix SURFACE_WIDTH (Surface Width (m)) - The surface width is the width of the driving lanes. SURFACE_DEPTH (Surface Depth (mm)) - Thickness of the surface layer (mm). SURFACE_YEAR (Surface Year) - The year the surface was constructed. BASE_1 (Base Layer 1) - 1st subsurface layer. 1 = present, 0 = not present BASE_1_TYPE (Base Layer 1 Type) - Material type of 1st subsurface layer of the road structure. BASE_1_DEPTH (Base Layer 1 Depth (mm)) - Thickness of 1st subsurface layer of road structure in mm. BASE_1_YEAR (Base Layer 1 Year) - Year materials placed or modified for 1st subsurface layer. BASE_2 (Base Layer 2) - 2nd subsurface layer. 2 = present, 0 = not present BASE_2_TYPE (Base Layer 2 Type) - Material type of 2nd subsurface layer of road structure. BASE_2_DEPTH (Base Layer 2 Depth (mm)) - Thickness of 2nd subsurface layer of road structure in mm. BASE_2_YEAR (Base Layer 2 Year) - Year materials placed or modified for 2nd subsurface layer. BASE_3 (Base Layer 3) - 3rd subsurface layer. 3 = present, 0 = not present BASE_3_TYPE (Base Layer 3 Type) - Material type of 3rd subsurface layer of road structure. BASE_3_DEPTH (Base Layer 3 Depth (mm)) - Thickness of 3rd subsurface layer of road structure in mm. BASE_3_YEAR (Base Layer 3 Year) - Year materials placed or modified for 3rd subsurface layer. BASE_4 (Base Layer 4) - 4th subsurface layer. 4 = present, 0 = not present BASE_4_TYPE (Base Layer 4 Type) - Material type of 4th subsurface layer of road structure. BASE_4_DEPTH (Base Layer 4 Depth (mm)) - Thickness of 4th subsurface layer of road structure in mm. BASE_4_YEAR (Base Layer 4 Year) - Year materials placed or modified for 4th subsurface layer. BASE_5 (Base Layer 5) - 5th subsurface layer. 5 = present, 0 = not present BASE_5_TYPE (Base Layer 5 Type) - Material type of 5th subsurface layer of road structure. BASE_5_DEPTH (Base Layer 5 Depth (mm)) - Thickness of 5th subsurface layer of road structure in mm. BASE_5_YEAR (Base Layer 5 Year) - Year materials placed or modified for 5th subsurface layer. BASE_6 (Base Layer 6) - 6th subsurface layer. 6 = present, 0 = not present BASE_6_TYPE (Base Layer 6 Type) - Material type of 6th subsurface layer of road structure. BASE_6_DEPTH (Base Layer 6 Depth (mm)) - Thickness of 6th subsurface layer of road structure in mm. BASE_6_YEAR (Base Layer 6 Year) - Year materials placed or modified for 6th subsurface layer. BASE_7 (Base Layer 7) - 7th subsurface layer. 7 = present, 0 = not present BASE_7_TYPE (Base Layer 7 Type) - Material type of 7th subsurface layer of road structure. BASE_7_DEPTH (Base Layer 7 Depth (mm)) - Thickness of 7th subsurface layer of road structure in mm. BASE_7_YEAR (Base Layer 7 Year) - Year materials placed or modified for 7th subsurface layer.TERRAIN_TYPE (Terrain Type) - General terrain conditions: Flat, Rolling and Rugged. CONSTRUCTION_STATUS (Construction Status) - Construction completed or carried over. UPDATED_YYYYMMDD (Updated Date) - Date the record was updated. SHAPE_Length (Length) - Segment length, automatically generated by ArcGIS.

Delimitation of protected areas for groundwater withdrawalsfor the territory of the City of Rouyn-Noranda**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Point features showing the locations of groundwater wells which have lithology recorded. Each record in the dataset represents a lithology interval. Because each water well often has multiple lithology layers recorded, there will often be multiple points overlapped at each well location. For the locations of all water wells in BC (without lithology), please see: https://catalogue.data.gov.bc.ca/dataset/e4731a85-ffca-4112-8caf-cb0a96905778 > NOTE: When choosing to download this GIS dataset below, there can be errors when trying to download the entire province. The large file size is a problem for the default file format (shapefile). > If you need to download the entire province, please choose a different file format (e.g. ESRI File Geodatabase). > If you need to download in shapefile format, please use an area of interest (AOI).