Glennamong
Glennamong is a townland in the civil parish of Burrishoole, barony of Burrishoole, Co. Mayo. Its name in Irish is Gleann na Monga.
- Area
- 1,803.6 ha
- 4,457 acres
- Land parcels
- 18
- registered freehold, median 731,154 m² (73.12 ha, 180.67 acres)
- Zoning
- —
- not in a zoned settlement
- Planning
- 0
- applications since 2010
Land parcels
Registered freehold land, Tailte Éireann
18 registered freehold parcels lie mostly in Glennamong, from 5,550 m² (0.56 ha, 1.37 acres) to 4,479,640 m² (447.96 ha, 1,106.94 acres). The dashed line is the townland's boundary. 8 neighbouring parcels touch it.
Download the townland as DXF, in Irish Transverse Mercator metres, with its boundary, parcels and buildings, or as GeoJSON or KML.
Zoning
Development plans, national zoning
No zone of a development plan covers Glennamong in the national zoning. Outside zoned towns and villages, the county development plan's rural policies apply to each application.
Source: Tailte Éireann and the Department of Housing (MyPlan), national zoning, CC BY 4.0.
Planning applications
Sites that touch the townland, newest first
No planning application touches the townland of Glennamong in the national file, which goes back to 2010.
Source: National Planning Applications, Department of Housing, Local Government and Heritage, CC BY 4.0. Applicants are not shown.
Nature and heritage
Designated sites and recorded monuments
Designated sites
- Special Area of Conservation: Owenduff/Nephin Complex SAC 000534
- Special Protection Area: Owenduff/Nephin Complex SPA 004098
- Proposed Natural Heritage Area: Owenduff/Nephin Complex 000534
Recorded monuments
- MA057-005 Burial
Description
In rough, heather-covered, boulder-strewn upland terrain, on the E slope of Bengorm Mountain at the W end of the Nephin Beg mountain range. The remote and not easily accessible location chosen for these unusual burials is a dark, semi-subterranean cavity or chamber (c. 7m N−S; 3.5m E−W; max. H 1.45m) created naturally beneath collapsed sandstone boulders. The walls and roof are formed by massive immovable boulders and slabs, tipping at random angles; the floor is similarly defined, but is also strewn with loose rubble of smaller stones. The chamber is accessed at its NE end by squeezing through a narrow gap between boulders. Human bones found in this natural boulder chamber were notified to the National Monuments Service in August 2016. Some bones had already been removed from the location. A rescue excavation (16E0456) was carried out in the same month to record and retrieve bones and other archaeological evidence which remained in situ; another small deposit of bone, found in February 2017, was excavated in March 2017 (Dowd and Lynch 2017). The excavation results indicate that a variety of complex funerary/ritual practises took place here over several centuries during the Neolithic period. Activities were focused on a roughly rectangular, earth-filled pit (1.4m N−S; 0.6m E−W; D 0.4m) located in the central part of the cramped low-ceilinged chamber. The base and W side of the pit were defined by a massive sloping boulder, and loose rubble appears to have been roughly manipulated into place to create the other three sides. A deposit of disarticulated human bones lay on the surface of the pit. Within the pit were two layers of silty, gravelly earth containing human bone fragments, charcoal and moderate quantities of quartz. A natural crevice in the boulder on the W side of the pit contained a concentration of human teeth, as well as other human bone fragments and charcoal; this pocket of material appears to have been deliberately inserted into the crevice. Two small, isolated deposits of human bone fragments lay outside the pit, one located 0.55m to S and one c. 0.8m to ENE. Both appear to have been placed in natural hollows between stones. Two pieces of quartz were found close to the N deposit. Pieces of quartz were also scattered throughout the chamber. Osteoarchaeological analysis indicates that the bones represent between 7-10 individuals: two older adults (45+ yrs, at least one male) and one younger adult (25-45 yrs); possibly a fourth adult; one adolescent (13-20 yrs), and possibly a second adolescent; one child (7-9 yrs), a younger child (3-5 yrs) and an infant (3-12 months). (Linda Lynch, Appendix 1, in Dowd and Lynch 2017). The bones are small in quantity; the majority are highly fragmented, unburnt and disarticulated. They do not represent burials in the traditional sense: there is no evidence of a complete individual; bones from several individuals are conmingled, and only a small percentage of each individual is present. Several skull fragments show evidence of having been broken while in a semi-fresh state (i.e. up to a year after death). Some bones show evidence of having been exposed to sunlight/weathering prior to deposition in the cave. The bones found lying on top of the pit exhibit a mineral-like crust from exposure to the micro-climate of the chamber, indicating that they had not been covered. No artefacts were found. Radiocarbon dating of bone samples from four individuals produced dates (calibrated to two sigma) which span the entire Neolithic period: adult (from crevice in side of pit) Early-Middle Neolithic, 3620-3350 cal BC adult (from small deposit to S of pit) Middle Neolithic, 3500-3120 cal BC juvenile (7-9yrs) (bone on surface of pit) Late Neolithic, 2860-2495 cal BC juvenile (3-5 yrs) (bone on surface of pit) Late Neolithic/Early Bronze Age, 2575-2345 cal BC. The excavation results give rise to an interesting and unusual range of possible interpretations. One possibility is that the boulder chamber was used as a location for the excarnation/defleshing of corpses. In such a scenario, bodies were deposited in the boulder chamber to allow the soft tissue to decay naturally. The site would then have been periodically revisited, and certain dry bones selected and removed for burial elsewhere. However, other ritual practices may also have taken place. For instance, the presence of weathered bones suggests dry, disarticulated bones were brought into the chamber as token ritual deposits, and the breakage of skulls when still semi-fresh may also point to deliberate post-mortem ritual practice. Quartz occurs naturally in the local geology, but it seems likely that the quartz pieces found in association with the bones were deliberately deposited. Small quantities of charcoal found on a natural stone ledge hint at the use of wooden torches to illuminate the space. The dating evidence suggests the long-term importance of this natural boulder chamber, with the secrets of its remote location and complex ritual usage passed down from generation to generation. However, a shorter timeframe must also be allowed for, as some of the dated bones may have been taken from old family burial sites elsewhere, and brought into the cave. (Dowd and Lynch 2017). Attached images: MA057-005----_01.JPG Interior of natural boulder chamber MA057-005----_02.JPG Deposit of human bones MA057-005----_03.JPG Remote upland location Compiled by: Jane O'Shaughnessy Date of revised upload: 22 January 2017
Architectural heritage
No building of the National Inventory of Architectural Heritage stands in the townland of Glennamong.
Designated sites: National Parks and Wildlife Service. Recorded monuments: Sites and Monuments Record, National Monuments Service. Buildings: National Inventory of Architectural Heritage. Department of Housing, Local Government and Heritage, CC BY 4.0. Works at or in relation to a recorded monument need two months' written notice to the National Monuments Service (National Monuments (Amendment) Act 1994, section 12).
Ground and risks
Radon, landslides, flooding
- Radon
- At the centre of the townland of Glennamong, about 1 in 10 homes in this area is likely to have high radon levels. Testing a home
- Landslides
- The 1:50,000 map rates the landslide susceptibility here as high, moderately high, moderately low, low, partly inferred. Parts of the land are water.
- Terrain model
- No LiDAR survey of the Office of Public Works covers the centre of the townland of Glennamong.
- Flooding
- The Office of Public Works publishes its flood maps on floodinfo.ie.
Radon Risk Map of Ireland, Environmental Protection Agency, and Landslide Susceptibility Classification, Geological Survey Ireland, both under CC BY 4.0. LiDAR: contains Irish Public Sector Data (Geological Survey Ireland & the Office of Public Works) licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) licence.
Homes sold
Property Price Register
No address of the register names Glennamong with five sales or more. The sales of the area are on the page of Co. Mayo.
The townland
- Name
- Glennamong · Gleann na Monga
- Area
- 18,035,826 m² (1,803.58 ha, 4,456.75 acres)
- Civil parish
- Burrishoole, and its townlands
- Barony
- Burrishoole
- Electoral division
- Srahmore, the unit of the census
- Census 2022
- 157 people lived in 62 households in the Srahmore electoral division. 91% of households owned their home. 27% of homes were built since 2001. 11% of dwellings stood vacant on census night, and 17% were holiday homes.
- Neighbouring townlands
- Glendahurk, Lettermaghera North, Maumaratta, Oghillees, Srahduggaun, Srahmore
- Placenames
- Glennamong on logainm.ie, the Placenames Database of Ireland
Townlands, civil parishes, baronies and electoral divisions, National Statutory Boundaries, Tailte Éireann, CC BY 4.0. Census 2022, Small Area Population Statistics by electoral division, Central Statistics Office, CC BY 4.0. A townland is the smallest land division of Ireland, and the unit of a rural address. Old registers such as the 1901 and 1911 censuses file it under its civil parish and barony.