Perspective · 28 Aug 2026
Restoration plans are due. Where camera-trap data fits
By 1 September 2026, every EU member state has to hand the Commission a draft national restoration plan. Those plans rest on evidence: what is on the ground now, and whether it is recovering. For the authorities writing them, that raises a practical question — where does the monitoring data come from?
The Nature Restoration Regulation (EU) 2024/1991 came into force in August 2024. It sets legally binding targets to restore degraded ecosystems across the Union, and it asks each member state to say, concretely, how it will meet them. The first hard date is now: draft national restoration plans are due by 1 September 2026, after which the Commission has six months to respond. Behind every plan sits a reporting burden that does not end when the document is filed — a baseline has to be set, and progress has to be shown over years.
A plan is only as good as what it can show
Targets are the easy part to write. The harder part is demonstrating change: monitoring that is comparable from one season to the next and holds up when someone checks it. For the species side of the picture — which mammals use a site, how that shifts as a habitat recovers — camera traps are an established, non-invasive way to gather it. They watch a place continuously without disturbing it, which is exactly what a long recovery timeline asks for. It's the same evidence base that already feeds Natura 2000 monitoring.
What camera-trap data actually contributes
Not the whole plan, and it is worth being precise about that. Vegetation, hydrology, and invertebrates need their own methods. Where cameras earn their place is the fauna signal, and specifically in making that signal defensible:
- Presence and trend. Which species show up, and how that changes across seasons — the relative abundance and trap-nights that let one year be compared to the next.
- Effort that travels with the counts. Which cameras were live, and for how long, recorded alongside the detections — so a difference between seasons reflects the animals, not the survey.
- Records you can audit. Every detection stamped with the model and version that produced it, and whether a person confirmed it or the AI labeled it alone.
- Open, portable output. Hosted in Europe and exportable in the open camera-trap standard, Camtrap DP, so it flows into national repositories and GBIF rather than getting stuck in one vendor's format.
Available now, and under your control
The deadline belongs to member states, not to us — but it lands on the desks of the park authorities, provinces, and site managers who have to produce the underlying evidence. An institution that needs to show something credible to its own government, and to Brussels, can't wait on a slow, assemble-it-yourself track. That is the point of building this as software you run for your own program: the cameras stay your choice, the footage and the detections stay yours, and the hosting is in the Netherlands by default. Defensible, and available now — not a promise for after the review.
The law sets the date. What makes a restoration plan hold up afterward is whether its evidence can be trusted, season after season. Camera-trap monitoring is one solid, ownable piece of that — and if you are staring at a reporting obligation and a grid of cameras, it is the piece we build.
