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and where it is considered that recording is dangerous, any such features or remains will be recorded by photography, at a safe distance.
a. one archaeologist will monitor each mechanical excavator that is working within an uncleared area; b. the excavator will be under the control of the archaeologist and will, initially, topsoil the area necessary for that element of the extraction to the upper surface of the underlying subsoil (or archaeologically significant horizon if different) prior to further reduction; c. plant movement across stripped surfaces will be restricted to corridors within inspected areas (see item d below) that have been shown to be clear of archaeology; d. the archaeological team will inspect and survey the stripped surface to map all visible features that have the potential to be archaeologically significant; e. minor or isolated potential archaeological features identified during the course of works will be excavated (in keeping with excavation protocols); f. more extensive or significant potential archaeological features will be assessed, delimited and secured by temporary fencing (erected by the principal contractor) pending mobilization for excavation. These fenced areas will be substantial enough to encompass the features and sufficient ground to competently facilitate subsequent excavation; and g. on the completion of clearing minor or isolated features (item e) and the temporary fencing of more extensive features (item f) the balance of the stripped and mapped ground will be released to the quarry operator (negating item c).
a. all funerary contexts will be fully excavated and all relationships recorded; b. intersections of potentially significant ditches and gullies will have all relationships defined, investigated and recorded through $100 \%$ excavation (all terminals will be excavated). Some $10 \%$ by length of stretches of such features will be excavated to determine its character over the exposed course; this will be achieved by a
sequence of slots; c. sufficient artefact assemblages will be recovered (where possible) to assist in dating the stratigraphic sequence and for obtaining ample ceramic and lithic groups for comparison with other sites; d. at least $50 \%$, by volume, of potential post-holes will be excavated; e. at least $25 \%$, by volume, of potentially pits will be excavated; f. for other types of feature, such as working hollows, the basic requirement will be that all relationships are ascertained. Further investigation will be a matter of onsite judgement, but will seek to establish as a minimum their extent, date and function; and g. for layers, an on-site decision will be made as to the limits of their excavation. The factors governing the judgement will include the possibility that they mask earlier remains, the need to understand function and depositional processes, and the necessity to recover sufficient artefacts to date the deposit and to meet the project aims; h. for features that are interpreted as being elements of significant coherent structure and/or have an industrial function the Manx National Heritage may require 100\% excavation.
$\diamond \quad$ deep archaeological strata can only be safely investigated by stepping or battering a localised trench; and $\diamond \quad$ where sterile/natural layers are encountered that mask archaeologically significant strata.
$\diamond \quad$ all contexts, small finds and environmental samples will be given unique numbers; $\diamond \quad$ small finds will be individually bagged and then located by context, while unstratified finds will be located to 25 m grid squares; $\diamond \quad$ and all recording of contexts, samples and activities will be undertaken on pro forma record sheets.
sections drawn at 1:10. Spot heights and those of individual features will be recorded relative to Ordnance Datum. Representative measured sections of the side of the soil strip will be prepared as appropriate showing the sequences and depths of general deposits.
$\diamond \quad$ the site prior to commencement of fieldwork; $\diamond \quad$ the site during work, showing specific stages of fieldwork; $\diamond \quad$ the layout of archaeological features within each area; $\diamond \quad$ individual features and, where appropriate, their sections; and $\diamond \quad$ groups of features where their relationship is important.
Section 22 of the Act. In addition the archaeological contractor will comply with any local environmental health concerns.
Reporting under Section 20 of the Museum \& National Trust Act 1959
a. Structure Report presenting the results of the on-site archaeological works and incorporating detailed assessment of the materials recovered. In addition a narrative would explain the character of the archaeology investigated and compare this to comparable archaeology on the Isle of Man; b. Recommendations for further analysis and publication of significant archaeology encountered presented as a Post-Excavation Research Design; and c. Preparation of the project archive including finds.
a title page detailing site address, site code and accession number, NGR, author/originating body, client's name and address; full contents listing; a non-technical summary of the findings of the evaluation; a description of the topography and geology of the evaluation area; a description of the methodologies used during the evaluation; a description of the findings of the evaluation; site and trench location plans and plans of each of the trenches/areas showing the archaeological features exposed (to include aOD levels); sections of the excavated archaeological features (to include aOD levels); interpretation of the archaeological features exposed and their context; specialist assessment of the artefacts / ecofacts from the site; and photographs to include general site images and key archaeological features, reproduced at $5^{\prime \prime}$ by $4^{\prime \prime}$.
programme of post-excavation analysis of this material will be required to be undertaken. Until the on-site works are complete the exact nature and size of any post excavation works will be unknown. Where archaeologically significant material is recovered then this will be a significant stage of works.
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Darvill, T (1995b) Investigating a Neolithic Ronaldsway urn on the excavation at Billown Quarry, July, 1995, Photograph on the cover of The Field Archaeologist No. 2. Darvill, T (1996a) Billown Neolithic Landscape Project, Isle of Man, First Report, 1995, Research Report 1 Bournemouth University School of Conservation Sciences in association with Manx National Heritage, Bournemouth and Douglas. Darvill, T (ed) (1996b) 'Billown, Isle of Man', Current Archaeology, 13, 6:150 232-237. Darvill, T (ed) (1997) Billown Neolithic Landscape Project, Isle of Man, Second Report, 1996, Research Report 3 Bournemouth University School of Conservation Sciences in association with Manx National Heritage, Bournemouth and Douglas. Darvill, T (1997) Billown Neolithic Landscape project, Isle of Man, 42-43 in Bournemouth University School of Celtic Studies Research progress 5, Bournemouth. Darvill, T (ed) (1998) Billown Neolithic Landscape Project, Isle of Man, Third Report: 1997, Research Report 4 Bournemouth University School of Conservation Sciences in association with Manx National Heritage, Bournemouth and Douglas.. Darvill, T (ed) (1999a) Billown Neolithic Landscape Project, Isle of Man, Fourth Report, 1998, Research Report 5 Bournemouth University School of Conservation Sciences and Manx National Heritage, Bournemouth and Douglas. Darvill, T (ed) (1999b) 'Billown Neolithic Landscape Project 1995-1997', in, Recent Archaeological Research on the Isle of Man, P.J. Davey ed., BAR, British Series 278 Archaeopress, Oxford, 13-26. Darvill, T (ed) (2000) Billown Neolithic Landscape Project, Isle of Man, Fifth Report: 1999, Research Report 7 Bournemouth University School of Conservation Sciences in association with Manx National Heritage, Bournemouth and Douglas. Darvill, T (ed) (2001) Billown Neolithic Landscape Project, Isle of Man, Sixth Report, 2000, Research Report 9 Bournemouth University School of Conservation Sciences in Association with Manx National Heritage, Bournemouth and Douglas. Darvill, T (2002) 'Billown Neolithic Enclosures, Isle of Man', in Enclosures in Neolithic Europe, Essays on Causewayed and Non-Causewayed Sites, Varndell, G and Topping, P eds Oxbow books, Oxford and Philadelphia. Darvill, T (2003) 'Billown and the Neolithic of the Isle of Man', in Neolithic Settlements in Ireland and Western Britain, Armit, I, Nelis, EME, and Simpson, D eds Oxbow books, Oxford and Philadelphia. Darvill, T (ed) (2003) Billown Neolithic Landscape Project, Isle of Man, Seventh Report, 2002, Research Report 11 Bournemouth University School of Conservation Sciences in Association with Manx National Heritage, Bournemouth and Douglas. Darvill, T (ed) (2004) Billown Neolithic Landscape Project, Isle of Man, Eighth Report, 2003, Research Report 12 Bournemouth University School of Conservation Sciences in Association with Manx National Heritage, Bournemouth and Douglas. Darvill, T., Constant, V. \& Georgina, W. (2005) Billown Neolithic Landscape Project, Malew, Isle of Man Post-excavation Assessment \& Revised Project Design. Archaeology and Historic Environment Group School of Conservation Sciences Bournemouth University. Davies, R. (2017) Isle of Man Quarries - Billown Detailed Magnetic Survey. Unpublished: Geophysical Report by Stratscan. Kear, B S, (1976) Soils of the Isle of Man. Proceedings of the Isle of Man Natural History and Antiquarian Society, 8.1, 38-50. Lancaster University Archaeological Unit (1992) Billown Quarry, Malew, Isle of Man. Archaeological Works and Investigations. Lancaster University Archaeological Unit: unpublished project design. Manx National Heritage (2003) Brief for Archaeological Works, Plot 6800, Billown, Cross
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