© Mapbox · © OpenStreetMap contributors · Boundary data © Historic England (NHLE)
Dudderhouse Hill is a Neolithic long cairn situated in Yorkshire, England, approximately 213 metres south-south-east of Long Scar. The monument dates to the Neolithic period and represents one of the communal burial structures characteristic of early farming communities in Britain. Long cairns of this type typically served as focal points for collective burial practices and ritual activity within their local landscapes. The site is recorded on the National Heritage List for England under entry number 1489528, reflecting its archaeological importance as a designated ancient monument.
Dudderhouse Hill Neolithic long cairn, 213m SSE of Long Scar is a scheduled monument protected by Historic England under reference 1489528. View the official record →
Dudderhouse Hill is a Neolithic long cairn situated in Yorkshire, England, approximately 213 metres south-south-east of Long Scar. It is designated a Scheduled Ancient Monument by Historic England (NHLE) under reference 1489528.
Dudderhouse Hill Neolithic long cairn, 213m SSE of Long Scar is a Scheduled Ancient Monument, legally protected by Historic England (NHLE) — the body responsible for designating and safeguarding heritage sites in England. The official designation reference is 1489528.
Several scheduled monuments lie within 10 km, including Native settlement (3.4 km), Market Cross, Clapham (3.4 km), Large univallate hillfort on Ingleborough Hill. (3.5 km).
This page is just one thread. A full Aubrey report pulls together 15 strands of Dudderhouse Hill Neolithic long cairn, 213m SSE of Long Scar's history, each drawn from the record and mapped to the exact spot:
Every location is different. Not every section appears for every place, only what the historical record actually holds turns up in a report.
Dudderhouse Hill Neolithic long cairn, 213m SSE of Long Scar stands on Dinantian Rocks (Undifferentiated), bedrock that formed in the Mississippian. The rock here is limestone with subordinate sandstone and argillaceous rocks.