Data with an owner stays current through an election. Data locked in a report doesn’t.
In 2025, the B.C. Conservation Data Centre made 722 conservation status rank changes and added or updated more than 1,900 element occurrences, the mapped records of where species and ecological communities are found. British Columbia’s centre is one of nine in the NatureServe Canada network, which covers every province and territory except Quebec, a member of the wider NatureServe network, and each updates its records on its own schedule.
Nationally, COSEWIC meets twice a year to assess wildlife species. A species constraints figure printed in a 2024 report may already be wrong, and nothing on the page tells the reader so.
Protected-area boundaries are moving too. Under Target 3 of the Kunming-Montreal Global Biodiversity Framework, agreed in Montreal in December 2022, Canada has committed to conserving 30 per cent of its land and ocean by 2030. At the end of 2025 it had conserved 14.0 per cent of its land and freshwater and 15.5 per cent of its marine area, so the land figure has to more than double in five years. That growth will arrive as new protected areas, Indigenous protected and conserved areas and other effective area-based conservation measures, such as protected watersheds and fishery closures, and each one is a new line on a constraints map. In B.C., the 2023 Tripartite Framework Agreement on Nature Conservation commits Canada, the province and the Indigenous Nations Leadership Council to protecting at least 30 per cent of B.C.’s land by 2030.
That is the core problem with environmental data delivered as a PDF report. The survey was accurate on the day it was done. The figure is accurate to the survey. The project, meanwhile, runs for years: permitting, construction, monitoring, then operation. Every decision made from that figure after the first status update is made on stale information, and the people making it often do not know.
The gap widens around an election. A file that waits through a campaign and the formation of a new cabinet or council may come back to a new minister, new councillors or new regulatory staff, and the first thing a new reviewer usually asks for is current information. If the constraints map in the application dates from last year’s report, that request sends the file back to the consultant and back down the queue. A live dataset answers it the same week, and the file keeps its place.
Live web maps, dashboards and asset inventories solve this when they are built correctly and fail quietly when they are not.
The method below works on any mainstream GIS platform, and the best time to set it up is while decisions are paused.
• Separate the data from the deliverable. Hold survey results, constraints and asset records in one maintained database, and generate report figures from it. The report becomes a dated snapshot of a living source.
• Connect to authoritative feeds instead of copying them. Link your provincial or territorial conservation data centre’s occurrence and status data, the Canadian Protected and Conserved Areas Database, floodplain mapping and base layers to their published sources, with a stated refresh schedule.
• Date-stamp every layer, visibly. A reader should be able to see when each layer was last refreshed without opening its metadata.
• Refresh before every resubmission. Before a file goes back to a decision-maker after an election, or after any long pause, refresh the constraint layers against their sources and date-stamp the result, so the reviewer sees data that is current to the week rather than to the last report.
• Design inventories for the field. Build asset inventory fields around what inspectors record, so condition data for culverts, crossings or monitoring stations flows from a field app into the dashboard rather than through a spreadsheet.
• Name an owner and an end date. Assign who maintains the data after handover, and when it will be retired or reviewed.
The fair objection is cost. Live data carries licensing, hosting and someone’s time, and a dashboard nobody maintains is worse than a PDF, because it looks current. The answer is to price maintenance at the proposal stage alongside the survey, and to scope it to the layers that drive decisions: species constraints, permit conditions and asset condition. Everything else can stay a snapshot.
With 722 status changes in a single year, any file that waits through an election will carry data that has moved. The useful test is whether it is current on the day decision-makers return.
Want to turn an existing report or inventory into a live map or dashboard? Talk to PRI’s GIS team today.
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“We think about sustainability in terms of hundreds of years.”
Dwight Crouse, RPF
Director, Sustainability & Analytics
dwight.crouse@priengineering.com