A cropmark, roughly twenty metres in diameter, shows up on aerial imagery as a faint but unmistakable ring pressed into the earth, the kind of anomaly that only becomes apparent when crops or grass grow unevenly over buried features, revealing differences in soil moisture or depth through subtle variations in colour and height.

The enclosure was identified from Digital Globe aerial imagery and recorded in April 2020 by Caimin O'Brien, drawing on details provided by Jean-Charles Caillère. What makes this particular site harder to read than many similar cropmarks across Ireland is its immediate landscape context. The ground here is poorly drained, and two drainage ditches run directly off the circular feature. That detail matters, because it raises the possibility that what looks like an ancient enclosure may instead be related to post-1700 land reclamation efforts, when landowners across Ireland undertook significant drainage schemes to bring waterlogged fields into agricultural use. Circular enclosures of genuinely early medieval origin, known locally as ring forts or raths, are extraordinarily common across the Irish countryside, with tens of thousands recorded. But not every circular mark in the soil is one; the morphological similarity between a rath and a later drainage feature can be considerable, and the ditches running off this example complicate any straightforward interpretation.

Because this is a cropmark rather than an upstanding monument, there is nothing visible at ground level for a visitor to observe directly. The feature is best appreciated through the Google Earth aerial photograph taken on 18 November 2018, which is the source material for the record. The poorly drained setting means the surrounding land may be wet underfoot at most times of year, and there is no public access infrastructure associated with the site. For anyone interested in aerial archaeology more broadly, this kind of record illustrates how much of Ireland's buried landscape continues to be discovered not through excavation but through patient scrutiny of satellite and aerial images, often by researchers working remotely across county boundaries.