Description: ObjectiveThe objective of the Bridges feature class is to document the location and characteristics of pedestrian bridges within Bozeman Pond Park. These structures are essential components of the park’s circulation network, supporting safe pedestrian movement, accessibility, maintenance planning, and long‑term infrastructure management.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesBridges were mapped as point features by occupying accessible bridge corners or central points with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All bridges were accessible in the field, so no offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the bridges feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALDescription: Primary construction material of the bridge.Type: Text (coded)Domain: Wood, Metal, Composite, OtherCONDITIONDescription: Physical condition of the bridge at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorACCESSIBLEDescription: Indicates whether the bridge meets accessibility considerations.Type: Text (coded)Domain: Y, NLAST_INSPECTIONDescription: Date the bridge was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the bridge.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Dog_Station feature class is to document the location and condition of dog waste bag dispensers and associated waste receptacles within Bozeman Pond Park. These features support routine maintenance, restocking schedules, waste‑management planning, and overall park cleanliness. Mapping dog stations contributes to a comprehensive inventory of park amenities and assists with long‑term infrastructure and public‑use management.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesDog stations were mapped as point features by occupying each station directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All stations were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and trail alignments. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the dog station feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALSDescription: Primary construction material of the dog station (post, dispenser, or receptacle).Type: Text (coded)Domain: Metal, Plastic, Composite, OtherCONDITIONDescription: Physical condition of the dog station at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the dog station was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs, such as restocking bags or repairing damaged components.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the dog station.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Bike_Rack feature class is to document the location and characteristics of bicycle parking infrastructure within Bozeman Pond Park. These features support park planning, visitor access, maintenance scheduling, and the development of a comprehensive recreational asset inventory for the project area.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesBike racks were mapped as point features by occupying each rack directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All bike racks were accessible in the field, so no offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the bike rack feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALDescription: Primary construction material of the bike rack.Type: Text (coded)Domain: Metal, Composite, OtherCONDITIONDescription: Physical condition of the bike rack at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowLAST_INSPECTIONDescription: Date the bike rack was last inspected.Type: DateDomain: Valid calendar dates
Description: ObjectiveThe objective of the Drinking_Fountain feature class is to document the location and characteristics of drinking fountains within Bozeman Pond Park. These features support park management, water‑access planning, maintenance scheduling, and public‑use mapping. Drinking fountains are important amenities for both visitors and pets, and mapping them contributes to a comprehensive inventory of park infrastructure.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesDrinking fountains were mapped as point features by occupying each fountain directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All fountains were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and adjacent amenities. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the drinking fountain feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALDescription: Primary construction material of the drinking fountain.Type: Text (coded)Domain: Metal, Composite, OtherCONDITIONDescription: Physical condition of the fountain at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the fountain was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, Low
Description: ObjectiveThe objective of the Playground feature class is to document the location and characteristics of the playground area within Bozeman Pond Park. This dataset supports safety assessment, accessibility evaluation, maintenance scheduling, and long‑term asset management. Mapping the playground contributes to a comprehensive inventory of recreational amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesThe playground was mapped as a point feature by occupying a central, stable location within the play area using the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. The site was fully accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. The point was visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding amenities. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBecause no differential correction was used, the playground feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)SURFACE_TYPEDescription: Primary ground surface material within the playground area.Type: Text (coded)Domain: Wood Chips, Rubber, Sand, Grass, Mixed, OtherEQUIPMENT_CONDITIONDescription: Physical condition of the playground equipment at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the playground was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowACCESSIBLEDescription: Indicates whether the playground meets accessibility considerations.Type: Text (coded)Domain: Y, N
Description: ObjectiveThe objective of the Potential_Hazards feature class is to document the location and characteristics of hazards within Bozeman Pond Park that may pose safety risks to visitors or require maintenance attention. These hazards include exposed roots, uneven pavement, damaged infrastructure, standing water, erosion issues, or other conditions identified during field inspection. Mapping hazards supports maintenance prioritization, risk mitigation, and long‑term asset management.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesPotential hazards were mapped as point features by occupying each hazard location directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All hazards were accessible in the field, so no offsets or indirect mapping techniques were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding features. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBecause no differential correction was used, the Potential_Hazards feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)HAZARD_TYPEDescription: Type of hazard observed.Type: Text (coded)Domain: Snag, Crack, Fallen Tree, Hole, OtherSEVERITYDescription: Severity or potential risk level of the hazard.Type: Text (coded)Domain: High, Medium, LowMAINTENANCE_PRIORITYDescription: Urgency of maintenance or mitigation needs.Type: Text (coded)Domain: High, Medium, LowLAST_INSPECTIONDescription: Date the hazard was most recently inspected.Type: DateDomain: Valid calendar datesNOTESDescription: Optional comments or observations about the hazard.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Trash_Bins feature class is to document the location and characteristics of waste‑management receptacles within Bozeman Pond Park. These bins support routine maintenance, waste‑collection planning, recycling management, and overall park cleanliness. Mapping trash and recycling bins contributes to a comprehensive inventory of park amenities and helps guide long‑term infrastructure and operations planning.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesTrash bins were mapped as point features by occupying each bin directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All bins were accessible in the field, so no offsets or indirect mapping techniques were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding amenities. No vertices were moved, and no multipath spikes or anomalies were detected.Estimated AccuracyBecause no differential correction was used, the trash bins feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALSDescription: Primary construction material of the trash or recycling bin.Type: Text (coded)Domain: Metal, Plastic, Composite, OtherCONDITIONDescription: Physical condition of the bin at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorTRASH_RECYCLINGDescription: Indicates whether the bin is for trash, recycling, or a combined unit.Type: Text (coded)Domain: Trash, Recycling, BothCAPACITYDescription: Approximate volume or size classification of the bin.Type: Integer or Text (coded)Domain: Small, Medium, Large or numeric liters/gallons depending on your schemaLAST_INSPECTIONDescription: Date the bin was last inspected.Type: DateDomain: Valid calendar datesNOTESDescription: Optional comments or observations about the bin.Type: TextDomain: Free textMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs (e.g., damage, overflow, replacement).Type: Text (coded)Domain: High, Medium, Low
Description: ObjectiveThe objective of the Benches feature class is to document the location and characteristics of seating amenities within Bozeman Pond Park. These features support park management, accessibility evaluation, maintenance planning, and the development of a comprehensive recreational asset inventory for the project area.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesBenches were mapped as point features by occupying each bench directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. No offsets were required for this feature class, as all benches were accessible in the field. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the benches feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALDescription: Primary construction material of the bench.Type: Text (coded)Domain: Wood, Metal, Composite, OtherPurpose: Supports maintenance planning and material‑specific repair decisions.CONDITIONDescription: General physical condition of the bench at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorPurpose: Used to track wear, damage, and maintenance needs.ACCESSIBLEDescription: Indicates whether the bench meets accessibility considerations.Type: Text (coded)Domain: Y, NPurpose: Supports ADA accessibility evaluation and park‑use planning.LAST_INSPECTIONDescription: Date the bench was last inspected.Type: DateDomain: Valid calendar datesPurpose: Helps track inspection intervals and maintenance cycles.NOTESDescription: Optional comments or observations about the bench.Type: TextDomain: Free textPurpose: Records additional details such as damage, graffiti, loose hardware, or site‑specific issues.MAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowPurpose: Supports prioritization of repairs and inspection scheduling.ANCHOREDDescription: Indicates whether the bench is physically anchored to the ground.Type: Text (coded)Domain: Y, NPurpose: Helps assess stability, safety, and installation type.
Description: ObjectiveThe objective of the Picnic_Tables feature class is to document the location and characteristics of picnic tables within Bozeman Pond Park. These features support park‑use planning, accessibility evaluation, maintenance scheduling, and long‑term asset management. Mapping picnic tables contributes to a comprehensive inventory of recreational amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesPicnic tables were mapped as point features by occupying each table directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All tables were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding amenities. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBecause no differential correction was used, the picnic tables feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALSDescription: Primary construction material of the picnic table.Type: Text (coded)Domain: Wood, Metal, Composite, OtherCONDITIONDescription: Physical condition of the picnic table at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorACCESSIBILITYDescription: Indicates whether the picnic table meets accessibility considerations.Type: Text (coded)Domain: Y, NNOTESDescription: Optional comments or observations about the picnic table.Type: TextDomain: Free textLAST_INSPECTIONDescription: Date the picnic table was last inspected.Type: DateDomain: Valid calendar datesANCHOREDDescription: Indicates whether the picnic table is physically anchored to the ground.Type: Text (coded)Domain: Y, NMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, Low
Description: ObjectiveThe objective of the Fishing_Dock feature class is to document the location and characteristics of the public fishing dock within Bozeman Pond Park. This dataset supports park management, accessibility evaluation, safety assessment, maintenance planning, and long‑term infrastructure tracking. Mapping the fishing dock contributes to a comprehensive inventory of recreational amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesThe fishing dock was mapped as a point feature by occupying an accessible, stable location on the dock with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. The dock was fully accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. The point was visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and shoreline features. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the fishing dock feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)ACCESSIBLEDescription: Indicates whether the fishing dock meets accessibility considerations.Type: Text (coded)Domain: Y, NMATERIALDescription: Primary construction material of the dock.Type: Text (coded)Domain: Wood, Composite, Metal, OtherCONDITIONDescription: Physical condition of the dock at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorRAILING_PRESENTDescription: Indicates whether the dock has railings installed for safety.Type: Text (coded)Domain: Y, NSEASONALDescription: Indicates whether the dock is seasonally installed or available year‑round.Type: Text (coded)Domain: Seasonal, Year‑RoundNOTESDescription: Optional comments or observations about the dock.Type: TextDomain: Free textLAST_INSPECTIONDescription: Date the dock was last inspected.Type: DateDomain: Valid calendar dates
Description: ObjectiveThe objective of the Sidewalk feature class is to document the location and characteristics of pedestrian sidewalks within Bozeman Pond Park. These walkways support visitor circulation, accessibility, maintenance planning, and long‑term infrastructure management. Mapping sidewalks contributes to a comprehensive inventory of park amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesSidewalks were mapped as line features by walking the centerline of each segment with the GNSS receiver. Vertices were collected at changes in direction, intersections, and transitions in surface type. Averaged GNSS positions were used to improve positional stability and reduce noise. All sidewalks were accessible in the field, so no offsets or indirect mapping techniques were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinor editing was performed to smooth line geometry and remove small multipath spikes. Vertices were adjusted only when clearly misaligned with visible sidewalk edges in aerial imagery. No heads‑up digitizing or reconstruction was required beyond minor cleanup.Estimated AccuracyBecause no differential correction was used, the sidewalk feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALSDescription: Primary construction material of the sidewalk.Type: Text (coded)Domain: Concrete, Asphalt, Gravel, OtherWIDTHDescription: Approximate width of the sidewalk.Type: DoubleDomain: Positive numeric values (meters)CONDITIONDescription: Physical condition of the sidewalk at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the sidewalk segment was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the sidewalk.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Culverts feature class is to document the location and condition of drainage culverts within Bozeman Pond Park. These structures play a critical role in stormwater conveyance, trail protection, erosion prevention, and overall park infrastructure management. Mapping culverts supports maintenance planning, hazard mitigation, and long‑term asset tracking.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesCulverts were mapped as point features by occupying the inlet or outlet directly with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All culverts were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and drainage alignments. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the culverts feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)MATERIALDescription: Primary construction material of the culvert.Type: Text (coded)Domain: Metal, Concrete, Plastic, OtherDIAMETERDescription: Interior diameter of the culvert pipe.Type: Double or IntegerDomain: Positive numeric values (e.g., 6–72 inches or metric equivalent)BLOCKEDDescription: Indicates whether the culvert is obstructed by debris, sediment, or vegetation.Type: Text (coded)Domain: Y, NEROSION_PRESENTDescription: Indicates whether erosion or scour is occurring at the inlet, outlet, or surrounding soil.Type: Text (coded)Domain: Y, NLAST_INSPECTIONDescription: Date the culvert was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the culvert.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Trail feature class is to document the location and characteristics of pedestrian trails within Bozeman Pond Park. These trails support recreation, circulation, accessibility, and maintenance planning. Mapping trail segments contributes to a comprehensive inventory of park infrastructure and helps guide long‑term management decisions.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesTrails were mapped as line features by walking the centerline of each segment with the GNSS receiver. Vertices were collected at changes in direction, intersections, and transitions in surface type. Averaged GNSS positions were used to improve positional stability and reduce noise. All trail segments were accessible in the field, so no offsets or indirect mapping techniques were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinor editing was performed to smooth line geometry and remove small multipath spikes. Vertices were adjusted only when clearly misaligned with visible trail edges in aerial imagery. No heads‑up digitizing or reconstruction was required beyond minor cleanup.Estimated AccuracyBecause no differential correction was used, the trail feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)SURFACE_TYPEDescription: Primary surface material of the trail segment.Type: Text (coded)Domain: Gravel, Dirt, Asphalt, Wood Chips, Mixed, OtherWIDTHDescription: Approximate width of the trail.Type: DoubleDomain: Positive numeric values (meters)EROSION_PRESENTDescription: Indicates whether erosion or surface degradation is visible along the trail.Type: Text (coded)Domain: Y, NLAST_INSPECTIONDescription: Date the trail segment was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the trail segment.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Volleyball feature class is to document the location and characteristics of the sand volleyball court within Bozeman Pond Park. This dataset supports recreation planning, surface‑condition monitoring, maintenance scheduling, and long‑term asset management. Mapping the volleyball court contributes to a comprehensive inventory of park amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesThe volleyball court was mapped as a polygon by walking the perimeter and collecting averaged GNSS vertices at sand boundaries, corners, and transitions. Averaged positions were used to improve positional stability and reduce noise. The entire court boundary was accessible in the field, so no offsets or indirect mapping techniques were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinor editing was performed to smooth polygon edges and remove small multipath spikes. Vertices were adjusted only when clearly misaligned with visible sand boundaries in aerial imagery. No heads‑up digitizing or reconstruction was required beyond minor cleanup.Estimated AccuracyBecause no differential correction was used, the volleyball feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)SURFACE_TYPEDescription: Primary surface material of the volleyball court.Type: Text (coded)Domain: Sand, Grass, Dirt, Mixed, OtherNET_PRESENTDescription: Indicates whether a volleyball net is installed and functional.Type: Text (coded)Domain: Y, NBOUNDARY_CONDITIONDescription: Condition of the court boundary lines or markers.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the volleyball court was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the volleyball court.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Dog_Park feature class is to document the location, condition, and functional characteristics of the fenced dog park within Bozeman Pond Park. This dataset supports maintenance planning, accessibility evaluation, surface condition monitoring, erosion assessment, and overall management of high‑use recreational areas. Mapping the dog park contributes to a comprehensive inventory of park amenities and assists with long‑term infrastructure and safety planning.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesThe dog park boundary and associated point features were mapped by occupying accessible perimeter locations with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. All mapped locations were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinimal editing was required for this feature class. Points were visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and the fenced boundary. No vertices were moved, and no multipath spikes or anomalies were detected. No heads‑up digitizing or reconstruction was necessary.Estimated AccuracyBased on the project’s data quality assessment, the dog park feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)ACCESSIBLEDescription: Indicates whether the dog park meets accessibility considerations.Type: Text (coded)Domain: Y, NSURFACE_TYPEDescription: Primary ground surface material within the dog park.Type: Text (coded)Domain: Grass, Gravel, Dirt, Mixed, OtherFENCE_CONDITIONDescription: Physical condition of the dog park fencing.Type: Text (coded)Domain: Excellent, Good, Fair, PoorWATER_ACCESSDescription: Indicates whether dogs have access to water within or adjacent to the dog park.Type: Text (coded)Domain: Y, NEROSION_PRESENTDescription: Indicates whether erosion or soil degradation is occurring within or around the dog park.Type: Text (coded)Domain: Y, NLAST_INSPECTIONDescription: Date the dog park was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the dog park.Type: TextDomain: Free textWASTE_ISSUESDescription: Indicates whether waste accumulation or disposal problems were observed.Type: Text (coded)Domain: Y, N
Description: ObjectiveThe objective of the Shelter feature class is to document the location and characteristics of the covered picnic shelter within Bozeman Pond Park. This dataset supports maintenance planning, accessibility evaluation, reservation management, and long‑term infrastructure tracking. Mapping the shelter contributes to a comprehensive inventory of park amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesThe shelter was mapped as a point feature by occupying a stable, accessible location adjacent to the structure with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. The shelter was fully accessible in the field, so no distance/bearing offsets were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. The point was visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding amenities. No vertices were moved, and no multipath spikes or anomalies were detected.Estimated AccuracyBecause no differential correction was used, the shelter feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)CONDITIONDescription: Physical condition of the shelter at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorROOF_MATERIALDescription: Primary construction material of the shelter roof.Type: Text (coded)Domain: Metal, Shingle, Composite, OtherRESERVATIONS_ALLOWEDDescription: Indicates whether the shelter can be reserved for events or public use.Type: Text (coded)Domain: Y, NLAST_INSPECTIONDescription: Date the shelter was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the shelter.Type: TextDomain: Free textCAPACITYDescription: Estimated number of people the shelter can accommodate.Type: IntegerDomain: Positive whole numbers
Description: ObjectiveThe objective of the Parking_Lot feature class is to document the location, characteristics, and condition of the primary parking area serving Bozeman Pond Park. This dataset supports visitor‑use planning, accessibility evaluation, maintenance scheduling, and long‑term infrastructure management. Mapping the parking lot contributes to a comprehensive inventory of park amenities and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver, capable of receiving corrections from multiple satellite constellations to achieve high‑accuracy positioning.Mapping TechniquesThe parking lot was mapped as a polygon by walking the perimeter and collecting averaged GNSS vertices at pavement edges, corners, and transitions. Averaged positions were used to improve positional stability and reduce noise. All edges were accessible in the field, so no distance/bearing offsets were required. Logging was performed at a consistent interval to ensure uniform data quality.Base StationNo base station or differential correction was used for this dataset. All positions were collected in autonomous GNSS mode, resulting in standard, uncorrected accuracy.EditingMinor editing was performed to smooth polygon edges and remove small multipath spikes. Vertices were adjusted only when clearly misaligned with pavement boundaries visible in aerial imagery. No heads‑up digitizing or reconstruction was required beyond minor cleanup.Estimated AccuracyBased on the project’s data quality assessment, the parking lot feature class achieved an estimated horizontal accuracy of approximately 1–2 meters at a 95% confidence level, consistent with expectations for RS2 GNSS data corrected using a nearby base station.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)SURFACE_TYPEDescription: Primary surface material of the parking lot.Type: Text (coded)Domain: Asphalt, Gravel, Dirt, Mixed, OtherCAPACITYDescription: Estimated number of vehicles the parking lot can accommodate.Type: IntegerDomain: Positive whole numbersCONDITIONDescription: Physical condition of the parking lot surface at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorLAST_INSPECTIONDescription: Date the parking lot was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the parking lot.Type: TextDomain: Free text
Description: ObjectiveThe objective of the Restroom feature class is to document the location and characteristics of the public restroom facility within Bozeman Pond Park. This dataset supports accessibility evaluation, maintenance scheduling, plumbing and structural monitoring, and long‑term asset management. Mapping the restroom contributes to a comprehensive inventory of park infrastructure and helps guide future improvements.Equipment UsedData for this feature class was collected using an Emlid RS2 Multi‑GNSS receiver operating in autonomous mode (no base station and no differential correction).Mapping TechniquesThe restroom was mapped as a point feature by occupying a stable, accessible location adjacent to the building with the GNSS receiver. Averaged GNSS positions were used to improve positional stability and reduce noise. The structure was fully accessible in the field, so no distance/bearing offsets were required.Base StationNo base station or differential correction was used. All positions were collected in autonomous GNSS mode, resulting in standard uncorrected accuracy.EditingMinimal editing was required for this feature class. The point was visually inspected in ArcGIS Pro to confirm correct placement relative to aerial imagery and surrounding amenities. No vertices were moved, and no multipath spikes or anomalies were detected.Estimated AccuracyBecause no differential correction was used, the restroom feature class has an estimated horizontal accuracy of approximately 3–5 meters, consistent with typical autonomous GNSS performance under open‑sky conditions.Spatial ReferenceThe spatial reference for this feature class is: NAD 1983 2011 StatePlane Montana FIPS 2500 (Meters)Coordinate System: ProjectedDatum: NAD 1983 (2011)Projection: StatePlane Montana FIPS 2500Linear Unit: MetersFields (Domain and Entity Information)ACCESSIBLEDescription: Indicates whether the restroom meets accessibility considerations.Type: Text (coded)Domain: Y, NMATERIALDescription: Primary construction material of the restroom structure.Type: Text (coded)Domain: Wood, Concrete, Brick, Composite, OtherCONDITIONDescription: Physical condition of the restroom at the time of inspection.Type: Text (coded)Domain: Excellent, Good, Fair, PoorPLUMBING_ISSUEDescription: Indicates whether any plumbing‑related issues were observed (e.g., leaks, clogs, non‑functional fixtures).Type: Text (coded)Domain: Y, NSEASONALDescription: Indicates whether the restroom is open seasonally or available year‑round.Type: Text (coded)Domain: Seasonal, Year‑RoundLAST_INSPECTIONDescription: Date the restroom was last inspected.Type: DateDomain: Valid calendar datesMAINTENANCE_PRIORITYDescription: Indicates the urgency of maintenance needs.Type: Text (coded)Domain: High, Medium, LowNOTESDescription: Optional comments or observations about the restroom.Type: TextDomain: Free text