Scotland's wildcat surveillance program breeds hope for species recovery

In a small, windowless room filled with the glow of seventy-two screens, Estelle Morgan watches cats she will never touch. As animal team leader for the Saving Wildcats partnership, she sits behind banks of monitors tracking the movements and behaviors of Scottish wildcats bred in captivity before their release into the Cairngorms. The setup is deliberate—what she calls "Big Brother for cats"—because these animals cannot afford to become comfortable around people. Every pounce, every climb, every moment of nocturnal activity is recorded and assessed. The partnership wants to know whether each cat has what it takes to survive alone in the wild: Can it navigate complex terrain? Does it hunt at the right times? Is it bold enough to be reckless, or cautious enough to avoid roads and farms?

This surveillance has already paid dividends. Since 2024, the Saving Wildcats partnership has successfully released forty-six wildcats into the Cairngorms, and those animals have done more than merely survive—they have reproduced. The team has documented at least twenty wild-born litters from released females, proof that the program works at a fundamental level. The cats are not just living in the wild; they are establishing themselves as a breeding population. Yet this success, significant as it is, represents only the beginning. Dr Martin Gaywood, species project manager at NatureScot, describes the Cairngorms work as "an enormous amount of success, but it is only the first step."

The next phase is ambitious. Scotland's national wildcat conservation strategy now aims to establish new reintroduction sites beyond the Cairngorms within the next five years—possibly two projects running simultaneously. The reasoning is both ecological and practical. In 2018, scientists declared the Scottish wildcat population functionally extinct, a species reduced to near-zero in the wild. Today, those wildcats remain critically endangered. To build resilience against that vulnerability, the population cannot depend on a single location. Dr Helen Senn, head of conservation and science at the Royal Zoological Society of Scotland, points to climate as a driving factor. The Cairngorms region has experienced major storms, flooding, and a significant forest fire in recent years—all threats that could devastate a concentrated population. Multiple populations spread across different regions offer insurance against catastrophe.

The work of identifying and preparing new release sites is already underway. Before wildcats arrive in any new area, the partnership plans to microchip, neuter, and vaccinate pet and feral cats to prevent interbreeding with the released animals. The goal is not just to release wildcats but to restore their habitat—to reconnect fragmented landscapes so the cats can expand their range naturally over time. This is conservation at scale, requiring coordination between government agencies, landowners, and scientists.

Even after release, the monitoring never stops. Louise Hughes, operations manager for the Saving Wildcats partnership, oversees a network of up to one hundred trail cameras deployed across the Cairngorms at any given time. Released wildcats wear collars that drop off after seven to nine months but emit a daily signal, allowing researchers to track movements and hunting patterns. The data reveals where cats establish territories, how they use habitat, and how they navigate the landscape. One released female, named Sully, was recently captured on video swimming across the River Spey—a behavior that surprised even the experienced team. "Wildcats never cease to surprise us," Hughes says. The information gathered from sightings, camera traps, and collar signals feeds back into the science, helping researchers understand what works and what doesn't.

Scottish landowners have become partners in this effort. Scottish Land and Estates has backed the conservation action plan, with individual estates providing release sites, monitoring wildcats, and reporting sightings. Much of the data now comes from public observations—people who spot a wildcat and report it, adding to the collective picture. Estelle Morgan emphasizes the historical context: wildcats were once widespread throughout Britain. What the partnership is doing in the Cairngorms will inform how they approach reintroduction elsewhere. She frames the work simply: the Scottish wildcat is the only native wild cat in Britain, and "it deserves to be here, they're part of the landscape." The surveillance cameras, the collars, the careful breeding programs—all of it serves a single purpose: to bring back a species that was nearly lost, and to do it right.