What rare species were found by the National Trust for Scotland in 2025?

In 2025, seven rare species were discovered, including corncrake chicks, various lichens, a rare fungus, and an unusual beetle.

Where were the corncrake chicks discovered?

Corncrake chicks were found breeding on the Treshnish Isles, a site acquired by the National Trust for Scotland in 2023.

Why is the discovery of rare species important for Scotland?

These discoveries are important as they show conservation efforts are effective and highlight the fragility of ecosystems threatened by climate change and habitat loss.

Home / Environment / Rare Species Thrive: NTS Hails Conservation Wins

Rare Species Thrive: NTS Hails Conservation Wins

3 Jan

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Summary

Seven rare species, including corncrake chicks, were discovered across NTS sites in 2025.
Discoveries include unique lichen, a rare fungus, and an unusual beetle species.
Conservation efforts are vital for endangered species facing climate change and habitat loss.

Rare Species Thrive: NTS Hails Conservation Wins

In 2025, the National Trust for Scotland reported the discovery of seven rare species, a significant indicator of successful conservation initiatives. This includes the confirmed breeding of endangered corncrake chicks on the Treshnish Isles, a key habitat protected by the trust since 2023. The findings underscore the critical importance of preserving natural environments.

Further discoveries across NTS sites included a Scotch annulet moth on the Isle of Canna, a rare rove beetle at Ben Lawers, and various orchids like the greater butterfly-orchid. A rare fungus, Cortinarius eucaeruleus, was found at Killiecrankie, and the rare lichen Thelocarpon actonii was identified at Glencoe.

These finds emphasize the ongoing pressures of climate change and habitat loss on delicate ecosystems. The National Trust for Scotland, a custodian of over 100 sites since 1931, is dedicated to restoring and protecting habitats, ensuring the survival and flourishing of remarkable species for future generations.