Palaikastro Shells and Bronze Age Purple-Dye Production in the Mediterranean Basin.pdf
(
795 KB
)
Pobierz
Palaikastro Shells and Bronze Age Purple-Dye Production in the Mediterranean Basin
Palaikastro Shells and Bronze Age Purple-Dye Production in the Mediterranean Basin
Author(s): David S. Reese
Source: The Annual of the British School at Athens, Vol. 82 (1987), pp. 201-206
Published by: British School at Athens
Stable URL:
http://www.jstor.org/stable/30103089
Accessed: 28/08/2009 09:34
Your use of the JSTOR archive indicates your acceptance of JSTOR's Terms and Conditions of Use, available at
http://www.jstor.org/page/info/about/policies/terms.jsp
. JSTOR's Terms and Conditions of Use provides, in part, that unless
you have obtained prior permission, you may not download an entire issue of a journal or multiple copies of articles, and you
may use content in the JSTOR archive only for your personal, non-commercial use.
Please contact the publisher regarding any further use of this work. Publisher contact information may be obtained at
http://www.jstor.org/action/showPublisher?publisherCode=bsa
.
Each copy of any part of a JSTOR transmission must contain the same copyright notice that appears on the screen or printed
page of such transmission.
JSTOR is a not-for-profit organization founded in 1995 to build trusted digital archives for scholarship. We work with the
scholarly community to preserve their work and the materials they rely upon, and to build a common research platform that
promotes the discovery and use of these resources. For more information about JSTOR, please contact support@jstor.org.
British School at Athens
is collaborating with JSTOR to digitize, preserve and extend access to
The Annual of
the British School at Athens.
http://www.jstor.org
PALAIKASTRO SHELLS AND BRONZE AGE
PURPLE-DYE PRODUCTION
IN THE
MEDITERRANEAN
BASIN
PART
I
Patellaare the most common shell at
Palaikastro,
and were also eaten at other Minoan sites.
At
EM II
Myrtos
on
the south coast
they
make
up
70
per
cent
of the
317
shells and were
found in
groups
of
25
(two),
23, 22,
15,
etc.1 At
nearby
Pyrgos
(Myrtos) they
are
common,
and found in
groups
of
20
and ii
(personal analysis). They
are also
present
at Neolithic to
MM
I
Trapeza
cave,
today
over
15
km
from the
sea,2
the
LM
II-IIIA-B
Unexplored
Mansion at
Knossos,3
about
5
km from the
sea,
the MM-LM IIIC
Royal
Road at Knossos
(personal analysis),
MM-LM III
Tylissos,4
about
7
km
from the
sea,
are the most common
shell
(about
22,500)
from EM II to EM IIIC Kommos on the south coast
(personalanalysis),
Ayia
Triadha,
about
4
km from the sea
(personal analysis),
Phaestos,5
about
7
km from
the
sea,
and
MM
II/III-LM
III Greek-Swedish excavations at Chania. The LM IIIAI
pit 5-
reach a
length
of
40-50
mm and are found on rocksor
stones,
usually
on
relatively
horizontal surfaces in the
splash
zone
and
lower
half
of the middle shore.
P.
lusitanicaare
slightly
smaller and also found on
rocks, usually
on
relatively
vertical surfaceson the
upper
half of the middle shore.
Monodontawere eaten at
Myrtos, Pyrgos,
the LM I villa of
Makrygialos
in the southeast
(personal analysis,
1982),
Trapeza, Tylissos,
Kommos
(with
over
1,500oo
in
groups
of
272,
97,
6o, 37, etc.), Ay. Triadha,
and Chania. There are
painted examples
in the late MM III
'Temple Repositories'
at Knossos6and
they
are also found at the
Juktas peak sanctuary,
about
13
km from
the sea
(personalanalysis).
Monodonta
are
generally 30-35
mm
high
and
25-35
mm in diameter and are found on rocks
in
the lower shore and
uppermost
zone of shallow water and in rock
crevices,
often associated
with Patella.Monodontawere used in the Greek and
Cypriote
Late Bronze
Age
to make
finger
rings,7
with Minoan
examples coming
from Chania
(now two)
and
possibly
the
Unexplored
Mansion.8
There are
fragments
of six Charonia
from the
1963
excavation and one
complete
C.
sequenzae
c.
250
mm
long
from a LM III
deposit
in
Trench
4
found with two
tripod cooking pots.9
I thank L. H. Sackett for
allowing
me to
study
the
I963
shells in
1980
at the
Stratigraphic
Museum at
Knossos and for
providing
information on their date and con-
text. The
study
was undertaken while the
1980-I
recipient
of the Harriet Pomerance
Fellowship
of the
Archaeological
Institute of
America,
to which I extend
my
grateful
thanks. I
thankJ.
L.
Davis,
C. M.
Edens,
C.
Pulak,
R. R.
Stieglitz,
and
I. Ziderman for
comments, references,
and information.
I
N.
J.
Shackleton in P.
Warren,
Myrtos (Oxford
1972)
321-4.
1
H. W.
Pendlebury,
J.
D. S.
Pendlebury,
and
M. B.
Money-Coutts
in BSA
36 (1935-6)
126
fig.
27.
3
D.
Evely
in M. R.
Popham
et
al.,
TheMinoan
Unexplored
Mansionat Knossos
(Oxford
I1984)
246, 256,
and
personal
an-
alysis.
4
J.
Hazzidakis in Ark.
Eph.
(1912) 232
fig.-
41
nos.
4,
12;
Tylissos
a
l'Epoque
Minoenne
(Paris
1921)
79
fig.-
41
nos
4,
12.
5
L.
Pernier,
II
PalazzoMinoicodi FestbsI
(Rome
1935) 87
fig. 27,
bottom
right.
6
A.
Evans,
ThePalace
of
Minosat Knossos
i
(London
1921)
517-I9
figs. 377-8; iv/i (London 1935)
Iio
n.
1,
I18.
On
display
in the Herakleion
Museum,
Room
VI,
Case
50.
7
D. S. Reese in BSA
79 (1984) 237-8.
8
Evely (above
n.
3) 246 pl.
222
no.
9, top right.
9
L. H.
Sackett and M. R.
Popham
in BSA 6o
(1965) 276
pl. 80g.
00oo2-6
there
produced
Ii 2 Patella
(personalanalysis.)
P. caerulea
Acknowledgements.
202
DAVID S. REESE
TABLE I. PalaikastroShell
species
68 Patellacaerulea
Linnaeus, 1758
Patellalusitanica
Gmelin, 1790
Limpet (Greek:petalida)
c.
53
Murex
(= Trunculariopsis,
=
Hexaplex)
trunculus
(Linnaeus,
I758)
(Lam.))
Charonia
nodifera(Lamarck,
1822)
(=
C.
lampas(L.),
=
C. rubicunda
(Aradas
and
Benoit, 1876) (=
C.
variegata
(Perry))
Triton,
Trumpet
shell
(triton,tritones)
6 Mondonta
(= Trochus)
turbinata
(Born,
I1778)
Topshell (trdchos)
5 Spondylus
Linnaeus,
1758
Spiny
or
Thorny oyster
(spOndylos)
3
Cerastoderma
gaederopus
edule
glaucum(Bruguiere, I1789)
(Common)
Cockle
(kydoni,methjstra)
3 Glycymeris
(= Cardium)
(= Petunculus)
glycymeris
(Linnaeus, 1758)
(Linnaeus,
I1758)
(Red-nosed
or
Knotted)
Cockle
(kydoni,Methjstra)
I Erosaria
(= Cypraea)
(= Rudoicardium)
tuberculata
Cowrie
(cypraea)
2
unidentified
gastropods
spurca(Linnaeus, I1758)
An EM III
deposit
at Palaikastro
produced
two broken triton shells.10The
EM/MM
burial
enclosure at Ta Ellenika
produced
'a
fragment
of a
triton-shell,
an
object constantly
found
in
the ossuaries'.11A triton shell was found under the skull of a MM II burial and Room 8
produced
a cist of thin slabs of slate
'containing
a triton shell which has in all
probability
been
concealed there as a
charm'.12
Room 6 in Block Y
produced
a triton shell on the floor.3
Recently,
the Roussolakkosarea
produced
an unmodified
275
mm
sequenzae
found with c.
85
from other sites in Crete and elsewhere in the
Aegean, Cyprus,
and the Near East
are describedelsewhere.15
All
Glycymeris
present
were collected dead on the beach. Of
special
note is a
large
LM III
shell,
74
x
74
mm which
has
a
naturally-made
hole at the umbo
(shell 'beak')
and
may
have
been used as an ornament or small vessel.
Similarly
holed shells
are known
from
EM IIA
Knossos,
Pyrgos,
Mallia,16
the LM IIIA-B
Unexplored Mansion,"7
the
Royal Road,
Tylissos,18
Kommos, Phaestos,"9
and Chania.
The LM IIIC
mother-of-pearl pendant
found in
1963
and
thought
to be made from a
(Noble)
Pen
shell,
Pinnanobilis
fragment20
is
probably
a
fragment
of a fossil
scallop,
a form
also found at
Kommos,
the MM IIIA fill of
Gypsades
Tomb
XVIII,21
the
Juktas peak
sanctuary,
and the
Idean cave
(personalanalyses).
'o
C. T.
Currelly
in BSA
o10
(1903-4)
202.
1
R. M. Dawkins in BSA 10
(1903-4) 197.
12
R. C.
Bosanquet
in BSA 8
(
(1901-2)
296, 308.
13
R. M. Dawkins in BSA
9
(1902-3) 291.
14
J. A. MacGillavray and
H.
Sackett in BSA
79 (1984)
129
pl. IIg.
15
D. S. Reese in V.
Karageorghis,
Excavations
xlix
no.
2.
17
Evely (above
n.
3) 246, 296
n.
I64 pl.
222
no.
9,
left.
18
Hazzidakis
(above
n.
4) fig.
41
nos.
8,
13.
19
Pernier
(above
n.
5) fig. 27,
centre left and in the Neo-
lithic
here;
A.
Mosso,
The Dawn
of
Mediterranean
Civilization
(London 1910)
71-4
fig.
36.
20
Sackett and
Popham (above
n.
9)
303-4 fig.
20 no.
g19.
21
D. S. Reese in BSA
77 (1982)
249-
at Kition
v/in
(Nicosia 1985) 353-64.
16
H.
Chevallier
in Etudes
Crdtoises
xx
(Paris 1975) I59 pl.
(Rock
or
Banded)
Murex
(porphjra)
7
Charonia
sequenzae
Dog-cockle (melokidono)
3
Euthriacornea
(Linnaeus, 1758)
Whelk
2
Acanthocardia
conical
cups,
'offering
stands' and other MM
III/LM
I remains.'14
Charonia
BRONZE AGE PURPLE-DYE PRODUCTION
IN THE MEDITERRANEAN
BASIN
203
TABLE2. Distribution
of
Palaikastro
shells
Tr.
XI
-
EM II
4I
Patella
3
Monodonta
2 Charonia
i Murex
i Cerastoderma
fragments
(I
ww)
fragment
I
Glycymeris
I
Erosaria
(ww)
MMIA
Tr.XI
3,
-
3
Patella
I
Murex
I
Spondylus
I
Cerastoderma
I
Acanthocardia
fragment
MM III
Tr.
2,
PitI
I
Spondylos
I
gastropod fragment (ww)
MM III-LM IA Tr. XI
I
Patella
I
Charonia
fragment
i
gastropod (ww)
not
later than MM
III/LM
I
1/7
48ACrushed
Murex
sample
LM IA Tr.
H3A
I
Patella
LM IB
destruction,
House
N,
Room
II
(BB,
Tr. 6
A )
2 Monodonta
(b)
2 Euthria
(b)
LM I-III
Tr.
H3
Patella
I
Monodonta
g19
LM
IIIA
Tr.
H3L
2 Patella
2
Charonia
i
Euthria
LM III
Tr.
4
I Charonia
LM III
House
N,
near surface
(BB,
Tr. 6
A)
AA
LM
IIIC
Tr.
2,&
I
Patella
I
Charonia
(ww, h)
-4,,
(2
fragments,
i
w)
I
Murex
fragment
I Spondylus
I
Cerastoderma
fragment
I
Glycymeris
(ww)
LM
IIIC
Tr.
3
2
Spondylus
(i
w)
Key:
ww
=
water-worn
b
=
burnt
(Linnaeus, 1767).
All are edible and have been used as a fish-bait and an ornament.
They
are found in
slightly
differenthabitats and
produced slightly
differentcolours.
The
dye
is made from the
hypobranchial gland
found
in
the mantle
cavity
of
living
animals,
with the animal often extracted
by
crushing
or
piercing
the shell. After extraction and before
exposure
to sun and air the animal was mixed with salt and water and boiled for several
days.
Various colours were
possible
based on the
species
utilized,
amount of
sunlight
and
air,
weave
and
type
of
textile, employed.
The colour varied from a
pale pink
or rose to a dark violet or
black-purple;
our modern idea of
'purple'
is
only
one of the
possibilities.
The
dye,
known
variously
as
Royal, Tyrian, Hyacinthine,
or
Imperial purple,
was colour-
fast and
required
enormous numbers of shells. Recent
experimentation
has shown that each
I
Glycymeris
h
=
holed
w
=
worn
PART
11
In the MediterraneanBasin three
majorspecies
of relatedshellswere utilized to make
purple
dye,
Murex
trunculus,
Murex
(= Bolinus)
brandaris
(Linnaeus,
I1758),
and Thais
(= Purpura)
haemastoma
204
DAVID S. REESE
sample
saved from the
1963
excavation at Palaikastrodates no later than
MM
III/LM
IA
(c.16OO
B
c)
and includes
64
columella
(gastropod
central
'stem') fragments,
17
apical
fragments,
as well as numerous
body fragments
from at least
53
individuals.
R. C.
Bosanquet reports
two
deposits
of crushed trunculus
from Palaikastro associated with
MM II
pottery23
(c.I8oo-1625
BC).
R. R.
Stieglitz
found additional remains when he visited
the site in
1981 (personal
communication,
1982).
M. S. F. Hood24notes that these
'heaps'
of
crushed murex are from 'Middle and Late Minoan times
if
not earlier'.
Murex were found at the Palace of Zakrosfurtherto the south.25
Bosanquet reports
much broken
trunculus
found with Kamares
sherds,
a MM
jug,
and a hut
wall on the small island of
Kouphonisi (Leuke)
off the south-eastern coast.27
Stieglitz
found
crushedmurex
deposits
here
in
I981.
Makrygialos
produced
numerouscrushed trunculus
and one Thaisand
Pyrgos
all three
species
as well as one of the much rarerMurex
(= Ocenebra)
(Linnaeus,
1758).
Various excavations at Mallia
produced
the occasional
Murex
and Thais.27Hood found
a
surface collection of worn crushed trunculusnorthwest of the
palace
here associated with MM
pottery.
The
sample preserved(in
the
Stratigraphic
Museum,
Knossos)
includes
152fragments
with
85
of the columella
(personalanalysis).
At Knossos trunculusand brandarisare known from the Neolithic and EM
levels,28
and
Minoan levels excavated
by
Sir A.
Evans,28
trunculusand brandaris
erinacea
three trunculus
from
Gypsades
Tomb
XVIII,
eight
trunculus
and one Thaisfrom the
Unexplored
from a MM
III
dump,30
from the
Royal
Road.
It has been
suggested
that shell
purple-dye
was made at
Knossos31although
the
quantity
of
shells known and distance from the sea does not indicate that it was manufactured here.
However,
it was
certainly
known at
Knossos;
the term
'royal purple'
is first known
from a
thirteenth
century
Linear B tablet from Knossos
(KN X976),
and others refer to
purple-dyed
textiles.32
Tylissos produced
murex;
there are two water-worn brandaris
pictured
in the
publication
which are called trunculus.33
and brandaris
All
three forms are
present
at
Juktas,
about
13
km from the sea.
Minoan Kommos
produced
about
400oo
and ten Thaisfrom all areas.34
The Greek-Swedish excavation at Chania
produced
both
species
of Murexand in
1980
crushed trunculus
trunculus,15 brandaris,
shells were found
in the LM I
(c.1550-1450
BC)
floor of Room F. Greek
excavations here
produced
at least one water-worn brandaris.35
22
On Mediterranean shell
purple-dye
in
general
see D. S.
Reese in
Libyan
Studies
ii
(1979-80) 79-93;
F. Bruin in M.
Mollat
(ed.)
Societiset
compaignes
de commerce
en Orientdans
l'OcianIndien
(Paris 1970) 73-90;
L. B.
Jensen
in
JNES
22
(1963) 104-18;
R.
J.
Forbes,
Studiesin Ancient
Technology
28
N.
J.
Shackleton in BSA
63 (1968)
266 and
personal
analysis.
29
Evans (above n.
6, I935)
III n.
3.
30
R. W. Hutchinson, PrehistoricCrete
(Harmondsworth
1962) 239.
31
Ibid.; Jenson (above
n.
22)
io6;
Bruin
(above
n.
23) 75;
J.
Milgrom
in BAR
9/3 (1983)
62.
32
M. G. F. Ventris and
J.
Chadwick,
Documents
iv
(Leiden 1956)
112
21;
W. Born in CibaReview
4
(1937)
1o6-
23;
P. G.
Moatsou,
The
Porphyra
(Alexandria 1932,
in
Greek).
23
R. C.
Bosanquet
in BSA
9
(1902-3)
276-7; JHS 24 (1904)
321.
24
S.
Hood,
TheMinoans
(London 1971) 94.
5
N. Platon
Zakros
(New
York
1971) 251.
26
Above n.
23
and
Rep.
Brit.Ass.
(2903) 817.
27
F. Chapouthier, P.
Demargne,
with d'A.
Dessenne,
Fou-
illes Executiesa Mallia
(Paris 1962)
II
pl. xxxix;
O. Pelon in
BCH9o
(1966) 584
fig.
32
no.
2;
Chevallier
(above
n.
16) 157-
8
pl.
xlviii.
in
Mycenaean
Greek
(Cambridge 1956) 321,
405.
33
Hazzidakis
(above
n.
4)
fig.-
41
nos.
2,
19.
34
The Minoan
deposits
have not
produced
evidence for
purple-dye production,
but there is
good
evidence for the use
of trunculus
to
produce
the
dye
in the late seventh
century
BC.
35
A.
Zois, AnaskapheVrysonKydonias
i
974 (Athens 1976)
pl.
4oa,
top right (in Greek).
shell contains
only o-I mg
of
pure purple-dye.
It has
previously
been noted that
12,00ooo
M.
brandaris
produce
1i5
gr
of
(pure) dye, enough
to
dye
the trim of a
single garment.22
The M. trunculus
fragments
visible in the excavated
rooms,
possible
evidence for the
industry. Myrtos produced eight
trunculus
Mansion,
and trunculus
Plik z chomika:
lord_ksopgiel
Inne pliki z tego folderu:
Perati, the necropoly(1).pdf
(401 KB)
Exchange of Goods and Ideas between Cyprus and Crete in the ‚Dark Ages’.pdf
(193 KB)
H-Press L.-Kultura Wysp Cykladzkich w epoce brązu.pdf
(29787 KB)
S. Hiller - Mycenaens and Europe.pdf
(2539 KB)
DAVID RIDGWAY - NESTOR'S CUP AND THE ETRUSCANS.pdf
(557 KB)
Inne foldery tego chomika:
■ Strony WWW
algebra
Algorytmika
Antropologia fizyczna
Archeologia podwodna
Zgłoś jeśli
naruszono regulamin