Garefowl Things That Vanish Vinyl LP Due Out 02/10/26
Garefowl - Things That Vanish
Please note this is a pre-order item due for release 2nd October 2026
Tracklist:
1. Buthaigir/Puffin
2. Làmhaidh/Guillemot
3. Aisealag/Storm Petrel
4. Sgarbh/Cormorant
5. Sgrabaille/Shearwater
6. Ruideag/Kittiwake
7. Sùlaire/Gannet
8. Fàsgadair/Bonxie
9. Fulmair/Fulmar
Garefowl is a project connected to the archipelago of St Kilda, Scotland. Ewan Macdonald and his father Murdo, relatives of one of the men who killed the last Great Auk (Garefowl), conceived the project to reflect on and mark this family history. Garefowl is an international collective of musicians combining strings and electronics: Nathan Bontrager (viola da gamba/harmonium/banjo), Stuart Graham (bouzouki/harmonica/harmonium), Chris Jones (concertina/mandolin), Ewan Macdonald (fiddle/smallpipe drone), Richard O’Flynn (island sounds/percussion/XRD drones), Jess Whelligan (cello).
Things That Vanish was recorded on Hirta, the main island of St Kilda, at night. The soundscapes of Hirta breathe across the record: a quiet rolling swell of winds, waves, birds, and the otherworldly thrum of the snipe. Taking influence from the traditional folk music of St Kilda, the tunes on the record are inspired by the threatened seabirds of the islands. The band were intrigued by the folk stories around these birds, and how they often are depicted to imbue a primal, dark and haunting nature. In such tales, the birds retain a quality akin to a sea monster: preying upon calves and sheep, and believed to be the pelagic souls of drowned sailors or the cursed spirits of cruel captains.
No synthesizers were used on the recording. Instead, the production draws entirely on sampled and processed field and hydrophone recordings collected on St Kilda. Additionally, drones were created through a process pioneered by Richard O’Flynn and Joe Gardner. Rock or bone samples are analysed using X-ray diffraction (XRD), which creates a spectrum with peaks corresponding to the sample’s chemical composition; this spectrum can then be mapped to sine waves, forming a drone.