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on the surface of a 3rd century floor. 2: ‘Spindle-whorls’
in
‘Belgic’ fine and coarse wares, 188-9, fig 67.30-2. Roman white-slip
ware, mid-to-late 1st. 3: Counter from an amphora frag., 189, fig 67.33. 4:
‘Belgic’ tile frags. used for floors of hearths, 189, fig 68.34- 5.
In early-mid 1st ‘Belgic’ sunken huts.
(477) Garrard, P, ‘Objects of Fired Clay’ (from No. 15A Dane John), in JRPS
3, entry no. 477, 325. 1: Two spindle-whorls in Roman grog- tempered
ware (catalogue nos. 48 & 49).
(484) Meates, G W, ‘Spindle Whorls’, in JRPS 3, entry no.
484,59.
1: Five pottery examples including samian; one sandstone, three chalk
(bone catalogued separately).
(484) Pollard, R J, ‘The Other Roman Pottery’, in JRPS
3, entry
no. 484, 164-302. 1: Discs, occur in 17 pottery fabrics and tile; 38 discs
identified by Meates and described by Pollard, 280-1. 2:
Lamp, 274, fig 86, no. 406. Of British manufacture, in fine oxidised ware,
Loesthke Type IX or X (identified by D Bailey). 3: Others, 272-4, fig 86.
Including a ‘flower pot’ (no. 400), crucibles (nos. 4(72-3), tubular
elbow-shaped objects possibly past of an unusual triple-vase (no. 404), and
a ‘chimney’ (?roof finial or lamp-chimney) in red-brown terracotta (no.
405).
(501) Clay, P N, ‘The Small Finds’, in JRPS 3, entry no. 501,64-72.
1: ‘Fragment of pipeclay figurine’, 68 & 70, fig 39.21. From Site 1,
late 1st AD.
Scientific analysis
Richard Pollard
Editor’s note: What follows is essentially an introduction to this new
section of the Bibliography on scientific analysis, being a résumé of
recent papers in Archaeometry and the Journal of Archaeological
Science which might have some relevance to students of Roman pottery. In
next year’s Bibliography and thereafter we hope to present more detailed
entries for the most recent publications. Insofar as these entries are
concerned, we refer readers to the abstracts which are published at the
beginning of each volume of Archaeometry, and at the beginning of
each paper in J Archaeol Sci.
875 Adan-Bayewitz, D & Penman, I, ‘Local pottery provenance
studies: a role for clay analysis’, Archaeometry, Vol. 27 (2),
1985, 203- 217.
876 Aitken, M J, ‘Luminescence dating: a guide for
non-specialists’, Archaeometry, Vol 31(2), 1989, 147-159.
877 Ballié, P J & Stern, W B, ‘Non-destructive surface analysis of
Roman Terra sigillata: a possible tool in provenance studies?’, Archaeometry,
Vol. 26 (1), 1984, 62-68.
878 Blasius, E, Wagner, H, Braun, H, Krumbholz, R & Schwaitz, B, ‘Tile
fragments as characteristic evidence for ancient Roman settlements’, Archaeometry,
Vol 25 (2), 1983, 165-178.
879 Cabral, J M P. Gouveia, M A, Alarcao, A M & Alarcao, J, ‘Neutron
Activation Analysis of Fine Grey Pottery from Conimbriga, Santa Olaia and
Tavarede, Portugal’, J Archaeol Sci, Vol 10 (1), 1983, 61-70.
880 Carr, C, ‘Advances in Ceramic Radiography and Analysis:
Applications and Potential’, J Archaeol Sci, Vol 17 (1), 1990,
13-34.
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881 Carr, C & Riddick, E B, Jnr, ‘Advances in Ceramic
Radiography and Analysis: Laboratory Methods’, .1 Archaeol Sci, Vol
17 (1), 1990, 35-66.
882 Carver, M O H, ‘Theory and Practice in Urban Pottery Seriation’,
J Archaeol Sci, VoL 12 (5), 1985, 353-366.
883 Clark, A J, Tarling, D H & Noël, M, ‘Developments in
Archaeomagnetic Dating in Britain’, I Archaeol Sci, Vol. 15 (6),
1988, 645-667.
884 Cox, G A & Pollard, A M. ‘Computer Programmes for the Correction
of Matrix Effects in the XRF Analysis of Glass, Ceramics and Related
Silicate Systems’, J Archaeol Sci, Vol. 8 (2), 1981, 121-131.
885 Franklin, U M & Vitali, V, ‘The environmental stability of ancient
ceramics’, Archaeometry, Vol. 27 (1), 1985, 3-15.
886 Freestone, I C, ‘Applications and potential of electron probe
micro-analysis for technological and provenance investigations of ancient
ceramics’, Archaeometry, Vol 24 (2), 1982,99-116.
887 Gillies, K J S & Urch, D 5, ‘Spectroscopic studies of iron and
carbon in black surfaced wares’, Archaeometry, VoL 25 (1), 1983, 29-44.
888 Graham, I, ‘Spectral Analysis and Distance Methods in the Study of
Archaeological Distributions’, J Archaeol Sci, Vol. 7 (2), 1980, 105-129.
889 Haigh, J G B & Kelly, M A, ‘Contouring Techniques for
Archaeological Distributions’, I Archaeol Sci, Vol. 14 (3), 1987,
23 1-241.
890 Hancock, R G V, ‘On the source of clay used for Cologne Roman pottery’,
Archaeometry, Vol. 26 (2), 1984, 210-217.
891 Hancock, R G V, ‘Neutron activation analysis of ceramics:
problems with titanium and calcium’, Archaeometry, Vol.27
(1), 1985, 94-101.
892 Hart, F A & Adams, S J, ‘The chemical analysis of
Romano-British
pottery from the Alice Holt Forest, Hampshire, by means of
inductively-coupled plasma emission spectrometry’, Archaeometry, Vol
25 (2), 1983, 179-185.
893 Hart, F A, Storey, I M V, Adams, S I, Symonds, R P &
Walsh, J N, ‘An Analytical Study, Using Inductively Coupled
Plasma (ICP) Spectrometry, of Samian and Colour-coated
Wares from the Roman Town at Colchester together with
Related Continental Samian Wares’, J Archaeol Sci, Vol 14
(6), 1987, 577-598.
894 Hatcher, H, Hedges, R E M, Pollard, A M & Kenrick, P M, ‘Analysis
of Hellenistic & Roman Fine Pottery from Benghazi’, Archaeometry, Vol.
22 (2), 1980, 133-151.
895 Review of Hietala, H J (ed), Intrasite Spatial Analysis in Archaeology
(Cambridge University Press, 1984), by Carr, C, J Archaeol Sci, Vol.
13 (6), 1986, 598-600.
896 Review of Hughes, M J (ed), Scientific Studies in Ancient Ceramics (Brit
Mus Occ Paper 19, 1981), by Peacock, D P S, J Archaeol Sci, Vol 9
(1), 1982, 109.
897 Johnson, J S, Clark, I, Miller-Antonio, 5, Rubins, D, Schiffer, M B &
Skibo, I M, ‘Effects of Firing Temperature in the Fate
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