JOURNAL OF THE
ISRAEL PREHISTORIC SOCIETY
Mitekufat Haeven
Volume 51
Editors:
Reuven Yeshurun
Ianir Milevski
Ofer Marder
Isaac Gilead
Supported by the Irene Levi-Sala CARE Archaeological Foundation
and by the Bina and Moshe Stekelis Fund for Prehistoric Research,
Institute of Archaeology, The Hebrew University of Jerusalem
THE ISRAEL PREHISTORIC SOCIETY
2021
Table of Contents
Editors’ foreword
5
Early Ahmarian Lithic Techno-Economy and Mobility at Al-Ansab 1, Wadi Sabra, Southern Jordan
Hannah Parow-Souchon, Shumon T. Hussain and Jürgen Richter
6
The Role of Networks in the Connectivity of the Levantine Epipaleolithic
Anna Belfer-Cohen and A. Nigel Goring-Morris
65
Netzer Sereni: A Geometric Kebaran Site in the Coastal Plain of Israel
Ronit Lupu, Mae Goder-Goldberger, Oren Ackermann, Joel Roskin and Ianir Milevski
82
Pottery from Submerged Neolithic/Early Chalcolithic Settlements of the Carmel Coast, Israel:
A Microarchaeological Study of Raw Material Procurement and Firing Technology
Isaac Ogloblin Ramírez, Ehud Galili and Ruth Shahack-Gross
Appendix by Isaac Ogloblin Ramírez, Ehud Galili, Roey Nickelsberg, Paula Waiman-Barak
and Ruth Shahack-Gross
105
130
Additional Late Chalcolithic Shafts and Pits East of Namir Road, Tel Aviv
Edwin C.M. van den Brink, Eriola Jakoel, Alla Yaroshevich, Karolina Hruby, Danny Rosenberg,
Rivka Chasan, Oren Ackermann, Yaakov Anker, Joel Roskin, Vered Eshed, Ilana Peters, Reuven
Kapul, Yotam Asscher, Lee Perry-Gal and Elisabetta Boaretto
136
A Ghassulian Chalcolithic Occupation at the Southern Margins of Tel Yavne
Atalya Fadida, Ianir Milevski, Liat Nadav-Ziv, Lena Brailovsky-Rokser, Yoav Weingarten,
Ilana Peters, Yotam Asscher, Sariel Shalev, Inbar Ktalav, Lee Perry-Gal and Elie Haddad
225
Excavations at the Early Bronze Age I Site Fazael 4: The 2017–2020 Seasons
Shay Bar, Katia Zutovski, Karolina Hruby and Catherine Ujma
261
Book Reviews
Not Just a Corridor: Human Occupation of the Nile Valley and Neighbouring Regions Between 75,000
and 15,000 Years Ago, edited by Alice Leplongeon, Mae Goder-Goldberger and David Pleurdeau
Yamandú H. Hilbert
The Early Pre-Pottery Neolithic B Site at Nesher-Ramla Quarry (NRQN), Israel, by Micka Ullman
Michal Birkenfeld
The Mega Project at Motza (Moẓa): The Neolithic and Later Occupations up to the 20th Century,
edited by Hamoudi Khalaily, Amit Re’em, Jacob Vardi and Ianir Milevski
Bill Finlayson
304
307
312
In Memoriam
Ram Gophna (1928–2021): From Historical Geography to the Archaeology of Prehistoric and
Protohistoric Landscapes
Ianir Milevski
321
Note for Authors
326
Hebrew abstracts
*4
4
Journal of the Israel Prehistoric Society 51 (2021), 225–260
A Ghassulian Chalcolithic Occupation at the Southern Margins of Tel Yavne
Atalya Fadida1, Ianir Milevski1, Liat Nadav-Ziv1, Lena Brailovsky-Rokser1, Yoav Weingarten1,
Ilana Peters1, Yotam Asscher1, Sariel Shalev2,3, Inbar Ktalav1, Lee Perry-Gal1,3 and Elie Haddad1
1
2
3
Israel Antiquities Authority, POB 586 Jerusalem, 91004, Israel. Email: atalya@israntique.org.il.
Department of Maritime Civilizations, Charney School of Marine Sciences, and the Leon Recanati Institute for
Maritime Studies, University of Haifa, Israel.
Zinman Institute of Archaeology, University of Haifa, Mount Carmel, Haifa, 3498838, Israel.
ABSTRACT
In 2019, as part of rescue excavations by the Israel Antiquities Authority, remains dating to the Ghassulian Chalcolithic
were found at the southern margins of Tel Yavne, a site located on the coastal plain near Nahal Soreq. Four areas were
excavated – A, B, C, and G – though retrieved Ghassulian remains only in Area A. Two Chalcolithic phases were
identified: remains of two walls, an oval stone feature in Subarea A3 and a concentration of finds overlying the kurkar
bedrock in Subarea A2. In addition to these architectural features, Ghassulian artifacts were scattered throughout Area
A, including pottery, flint, ground stone tools, and a copper axe. The ceramic assemblage is domestic and includes
mainly bowls. There are also grinding tools and vessels made of basalt, including fragments of pedestal feet. The
dominant flint tools are sickle blades and ad hoc tools. A copper axe and a few Canaanean blades were also found in
different contexts. The size of the site is still unclear, and it seems to continue to the south beyond the confines of the
excavated area, as indicated in test trenches. Chalcolithic-period remains had been uncovered in previous surveys and
small-scale excavations in the vicinity of Yavne. Excavations of both habitation sites and cemeteries (e.g. Palmahim)
have shown that the Mediterranean coastal plain was densely settled. The basalt vessels and copper axe found at the site
indicate a long-distance exchange of goods in the Chalcolithic period, with the basalt arriving from north and east, and
the copper axe from the south.
KEYWORDS: Chalcolithic, Ghassulian, southern Levant, Mediterranean coastal plain, Nahal Soreq, Yavne
INTRODUCTION
The site is located on the southern and eastern margins
of Tel Yavne, in the southeastern part of the city of
Yavne. A salvage excavation was conducted at the site
prior to constructing a new neighborhood called “Yavne
East” (Figs. 1–3). Tel Yavne (ca. 60 m asl) is located on
one of the kurkar ridges of the southern coastal plain,
next to Nahal Soreq, which flows north along the tel’s
northeastern periphery; within about 600 m of the tel, the
stream turns sharply west, forming an alluvial plain. As
with the majority of Chalcolithic sites, Yavne is located
near a stream. Geomorphological and topographical
observations by J. Roskin (2020) indicate that the site was
seasonally inundated in the past. An ancient tributary
of Nahal Soreq probably passed through a part of the
excavation area (Fig. 2:1).
The Chalcolithic occupation is located in a low
depression between two kurkar hills of that ridge – one
in the north where the tel is encountered and one on
the hill south of it. The depression probably attracted
rainwater from the flooding of the nearby channel or
local groundwater, as occurred during the winter of the
excavation season (Fig. 2:2).
225
Fadida et al.
Below we refer to this site as Yavne and the period as
the Chalcolithic or the Ghassulian Chalcolithic.
No evidence of settlement during the Chalcolithic
period has so far been uncovered at Tel Yavne, where
the earliest finds are of the Middle Bronze Age II (e.g.
Fischer and Taxel 2007). However, it is noteworthy that
the site was previously investigated only through surface
surveys and small-scale excavations (reviewed in Taxel
2005; Fischer and Taxel 2007; Kletter and Nagar 2015).
The salvage excavations were conducted in a relatively
flat terrain near the tel and exposed remains from the
Middle Bronze Age IIB until 1948. In addition, a few
remains of Ghassulian burials were found on the kurkar
ridge, ca. 500 m southwest of Tel Yavne (Beit Gamliel,
Shapira 1964), and Chalcolithic pottery at a small site on
a kurkar hill (Hill 41) about 4 km northwest of Tel Yavne
(Pipano 1983).
The ongoing excavation near the tel is conducted in
four areas to its northeast, east, and south: A, B, C, and G
(Nadav-Ziv 2020; Haddad et al. 2021), nowadays
separated from the tel by railroad tracks (Fig. 1). Areas A
and B extend south of the tel. Areas C and G extend
northeast and east of the tel and abut an area previously
excavated by E. Yannai (2014).
Area A comprises 106 excavated squares
(5 × 5 m) divided into four subareas (A1–A4; Fig. 4).
Two Chalcolithic occupation phases were unearthed in
Stratum V (Haddad et al. 2021), as well as Middle/Late
Bronze, Iron Age II/Persian, and Hellenistic remains.
The upper occupation phase of Stratum V (Va) consists
of two stone walls. One of these walls is a segment of
a north-south foundation wall (W12055; 4.00 × 0.55 m),
built of two rows and preserved to a height of 0.2 m. The
typical stone size is between 0.30 × 0.15 and 0.15 × 0.15
m. Another wall (W12125; 2.15 × 0.40 m) is to the east
and parallel of W12055. The fieldstones’ typical size is
0.15 × 0.15 m, and its foundation is below that of W12055,
suggesting a slightly earlier date (Fig. 5).
Figure 1. View of the excavations at Yavne with Area A in the foreground and Tel Yavne in the background, looking
north (Photo: I. Jonish, courtesy of the IAA).
226
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Figure 2. 1) Aerial view of the city of Yavne, the tel and the site with topographical lines (illustration produced by
J. Roskin using an aerial view from www.govmap.gov.il). Key: dark blue rectangle, the excavation areas; yellow line:
kurkar hills on the ridge; light blue lines, reconstructed water stream. 2) View of Area A during January 2020 with
streams of water running on, view to the southeast (Photo: J. Roskin, courtesy of the IAA).
227
Fadida et al.
The lower occupation phase of the Chalcolithic
layer (Stratum Vb) consists of an oval arrangement of
fieldstones – a small pit or the base of an installation –
exposed within the virgin soil (Loc. 12101; Fig. 5) and
located 0.8 m east of W12125. Excavation of the oval
stone arrangement revealed that it comprises at least two
tiers of stones and was probably deeper. The exposure of
this feature was discontinued due to technical and safety
restrictions.
Diagnostic Chalcolithic pottery sherds of the
Ghassulian culture were retrieved from accumulations
abutting the two wall segments of Stratum Vb (Loc.
12075) and the stone feature of Stratum Va (Loc. 12101).
Also found were a few animal bones and Glycymeris
shells. A large quantity of Ghassulian pottery was also
retrieved from Sq. J43 (Loc. 12099), located slightly to
the north of the above-mentioned remains. A somewhat
smaller quantity of such pottery was found in Sq. K43.
Additional pottery, stone vessels, and flint artifacts
dated to the Chalcolithic period were found atop bedrock
in Sq. K37 (Loc. 11038; Fig. 4). Scattered artifacts without
a stratigraphic context were unearthed across Area A,
especially in Squares J37 and J38. Chalcolithic potsherds
and flint items were also retrieved from mechanically dug
test trenches ca. 30 m south of Area A, two meters below
the surface.
Figure 3. Location map with Yavne and other Chalcolithic settlements, burials, and other sites such as sanctuaries, hoard
caves, in the central-southern regions of the southern Levant (map produced by A. Fadida using a base-map from ESRI).
228
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Figure 4. Plan of Area A with subareas: Squares with exposure of Chalcolithic remains marked in brown (drawn by Y.
Gumenny).
229
Fadida et al.
Figure 5. 1) Plan of Subarea A3, Squares J–K/42–43.
2) Section of Sq. K42. 3) Sq. K42, looking south (drawings
by Y. Gumenny; Photo: E. Haddad, courtesy of the IAA).
230
Journal of the Israel Prehistoric Society 51 (2021), 225–260
THE FINDS
The typological description of the assemblage mainly
follows Commenge-Pellerin (1987, 1990) and is based
primarily on rims. The parallels for most of the sherds are
given in the tables associated with the figures. The best
parallels are from sites in the coastal plain, the Shephelah
and the Beersheva valley, all typical of the Ghassulian
culture. The small size of the assemblage did not merit
statistical analysis although some comparisons with other
assemblages will be discussed.
The samples of all find categories are small; thus, we
discuss them cautiously and point out the difficulties
of interpretation. Chalcolithic artifacts were retrieved
from in situ Chalcolithic occupations, later occupations
and mixed loci. While the finds from late contexts were
retrieved by handpicking, all the Chalcolithic loci were
collected by handpicking and dry-sieving through a 5 × 5
mm mesh.
The pottery
Bowls (Figs. 6; 7:1–6)
Eighty bowl rim fragments were found in Area A. Most
of the sherds are small and consequently it is impossible
to determine the diameter of the complete bowls or, in
some cases, to identify the type of bowl they were part
of. These sherds are either V-shaped bowls (N=23) or
other bowls (N=57). It is possible that some of other
bowls are V-shaped bowls, that cannot be identified due
to their small size or poor state of preservation. Thus, the
frequency of the V-shaped bowls may be underestimated.
There are V-shaped bowls from this site with a straight or
a diagonal rim. Several bowls include clay residues on the
bases’ exterior part; this is a characteristic feature of the
Ghassulian assemblages (Roux 2020: 31--33).
The decorated bowl sherds comprise a rim with
thumb impressions (Fig. 6:3) and another bearing a red
stripe (Fig. 7:2). While Gilead and Goren (1995:153)
contend that indented decoration on the rim only
occurred on Chalcolithic basins and not on bowls, our
example (Fig. 6:3) closely corresponds to a large bowl
rather than a basin in its thickness and diameter.
Almost 200 diagnostic Ghassulian sherds were retrieved
from Area A. Most were made of orange and brittle
clay, and their state of preservation is poor, which
in some cases made identification challenging. The
poor preservation is likely also the reason that painted
decoration was rare in the assemblage, occurring mostly
on the rim.
The pottery assemblage includes mostly V-shaped
bowls but also cornets and churns (Table 1). Sherds
of holemouth jars and other jar types were also found.
The other sherds include bases, some of which are of a
relatively small diameter (ca. 5 cm), probably of bowls,
and some of a larger diameter (> 10 cm) probably belonged
to closed vessels, perhaps jars (Table 1). There are also
several handles of unidentified vessel types.
Most of the sherds (ca. 65 %, N=126) were found in
Subarea A3, associated with the Chalcolithic architectural
remains. Only 12 decorated sherds were found at the site:
four rims bearing a red stripe and eight sherds with thumb
impressions.
Vessel Type
Bowl
Chalcolithic contexts (Vb) Chalcolithic contexts (Va) Later contexts
2
44
34
Total
Total %
80
41.2
1
0.5
Basin
1
Cornet
8
8
16
8.2
Churns
1
1
2
1.0
Holemouth jars
4
10
14
7.2
Jars
2
2
4
2.1
Handles
5
8
13
6.7
Bases
1
35
28
64
33.0
Total
3
100
91
194
100
Table 1. Composition of Chalcolithic pottery types from Area A.
231
Fadida et al.
Figure 6. Bowls from Yavne, Area A.
No. Subarea Locus
Basket/
item
Description
1
A3
12072 120561/18 Brittle dark orange clay
2
A2
10019
100597/4
3
A3
12072
120561/3
4
A4
16057
160161/2
5
A2
11127
110230/1
6
A3
12075
120582/5
7
A3
12099
120804/7
232
Dark orange clay with many
large white grits
Brittle orange clay with
various-sized white grits
Brittle orange clay with
many white grits of different
sizes
Brittle yellowish-orange clay
with white grits
Brittle light orange clay with
small white grits and a few
red grits
Brittle clay with mostly
white and gray grits and a
few small red grits
Stratum
III
III
Parallels
Itach et al. 2019: fig. 24:1, 6; Gilead
and Goren 1995: fig. 4.2:3; Commenge
et al. 2006: fig. 10.7:2; CommengePellerin 1987: fig. 17:10, 13
Similar to Commenge-Pellerin 1990:
fig. 19:10
Va
III
Similar to Gophna et al. 2017: fig.
13.2:2; Commenge-Pellerin 1987: fig.
46:5
III
van den Brink et al. 2016: fig. 56:13
Va
van den Brink et al. 2016: fig. 42:10
III
Similar to Gilead and Goren 1995: fig.
4.3:6
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Basin (Fig. 7:7)
One basin rim, featuring a shelf edge and thumb
indentation on the interior (Fig. 7:7), was found in
Subarea A3. It is one of the few examples found in
Chalcolithic assemblages known only from Bir esSafadi (Commenge-Pellerin 1990: fig. 27:5) and Nahal
Patish (N. Ben-Ari, pers. com.; A.F., pers. observ.). It has
been suggested that basins may have been used for food
preparation, collective meals, and even for temporary
storage (Commenge-Pellerin 1987:49; Gilead and Goren
1995:158), although in this case the function of the inner
decoration is unclear.
Figure 7. Bowls (1–6) and a basin (7) from Area A.
No. Subarea Locus
Basket/
item
1
A2
11080
110223/1
2
A3
12075
120606/4
Stratum
Parallels
Brittle orange clay
with gray grits
Brittle orange clay
with small white grits;
remains of red paint
on the rim
III
Similar to Commenge et al. 2006: fig. 10.6:3;
Commenge-Pellerin 1987: fig. 18:2, 14
III
Va
III
A1
10009
4
A3
5
A1
12072 120584/13 Brittle yellow clay
Brittle orange clay
10019 100227/2
with small white grits
6
A1
7
A3
12075
Va
Brittle orange clay
with small white grits
3
10019
100065/2
Description
100227/1
Sandy orange clay
120606/3
Orange clay;
brownish-dark grey
core with white grits
Similar to Gilead and Goren 1995: fig.
4.3:6; Commenge-Pellerin 1987: fig. 46:5;
Commenge-Pellerin 1990: fig. 23:3
Similar to van den Brink et al. 2016: fig.
56:6; Commenge et al. 2006: fig. 10.7:1, 4, 6;
Commenge-Pellerin 1987: fig. 18:5, 11, 13;
Commenge-Pellerin 1990: fig. 19:11
Similar to van den Brink et al. 2016: fig. 42:8
III
Va
Similar to Gilead and Goren 1995: fig. 4.7:5
(without decoration), Commenge-Pellerin
1990: fig. 27:5 (basin with thumb indentation
on its interior), N. Ben-Ari, pers. com.
233
Fadida et al.
Cornets (Fig. 8)
The base fragments found are mostly elongated; one
specimen bears scrubbing marks typical of a type of
cornet with an elongated base (Fig. 8:2; Ussishkin
1980:20; Gilead and Goren 1995:158). Although cornets
appear in several regions of the southern Levant, and our
exemplars are very fragmented, the closest parallels for
such vessels were found in the coastal plain, Shephelah,
and the Negev.
Figure 8. Cornets from Area A.
No. Subarea Locus
Basket/item
Description
Stratum
Parallels
1
A1
10019
110125/13
Brownish-orange clay with
small grits, soot marks.
III
Milevski et al. 2013: 28:2-3, 7
2
A3
12075
120686/13
Orange clay with small grits
Va
Similar to Itach et al. 2019: 27:6, 7
3
A2
10009
110227/14
Brownish-orange clay with
small grits
III
Similar to van den Brink et al.
2016: fig. 45: 9, 10
234
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Holemouth jars (Figs. 9, 10)
The holemouth jars from Area A can be divided into two
groups: jars with small mouths and thin walls (rim diam.
10–15 cm; Fig. 9:1–3), and jars with large mouths and thick
walls (rim diam. 20–42 cm; Figs. 9:4, 5; 10). Some of the
small jars have soot marks on the exterior, indicating that
they may have been used for cooking (Gilead and Goren
1995:174).
Figure 9. Holemouth jars small (1–3) and large (4, 5) from Area A.
No. Subarea Locus Basket/item
Description
Stratum
III
1
A4
16063
160266/2
Orange clay with small
white and black grits; soot
marks on outer and inner
parts
2
A2
11038
110169/7
Orange clay with gray and
white grits
III
3
A3
12075
120637/8
Brownish-orange clay with
white grits
Va
4
A3
12075
120606/1
5
A3
12072
120609/8
Orange clay with medium
white and gray grits
Orange and dark gray clay;
light brownish-orange core
with white grits
Va
Parallels
Similar to Commenge-Pellerin 1987:
fig. 49:2
Smilar to Itach et al. 2019: fig. 30:3;
Gilead and Goren 1995: fig. 4.14:9;
Commenge-Pellerin 1987: fig. 72:2
Similar to van den Brink et al. 2016:
fig. 59:8; van den Brink and Lazar
2019: fig. 57:2; Commenge-Pellerin
1987: fig. 28:1, 2; Commenge-Pellerin
1990: fig. 41:7
Similar to Commenge-Pellerin 1987:
fig. 25:10
Va
235
Fadida et al.
Figure 10. Large holemouth jars from Area A.
No. Subarea Locus Basket/item
Description
Stratum
1
A3
12051
120368/1
Brownish-orange clay with
different sized white grits
Va
2
A3
12060
120490/17
Gray clay with numerous
various-sized white grits
III
3
A1
10015
100199/2
4
A3
12075
120582/3
236
Orange clay with white and
gray grits
Brownish-orange clay with
small white grits
III
Va
Parallels
Similar to Commenge et al. 2006: fig.
4.14:11
Similar to van den Brink et al. 2016:
fig. 47:11, 12; Commenge-Pellerin
1987: fig. 28:7, 10; CommengePellerin 1990: fig. 41:7
van den Brink et al. 2016: fig. 47:10
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Necked jars (Fig. 11)
Necked jars from this excavation are of two types: pithoi,
i.e. large jars with a wide opening of ca. 25 cm and a low
neck (Fig. 11:2), and jars with an opening diameter of
12–15 cm and a short neck (Fig. 11:1). The necked jars of
both types shown in Figure 11 have an outwardly sloping
rim, while the pithos bears a wide red stripe on the rim
exterior. A similar pithos was found at Yehud (Itach et al.
2019: fig. 36:3). Parallels for the jar with a narrow opening
were found at Yehud (Itach et al. 2019: fig: 37:3, 4), Horbat
Nevallat (van den Brink and Lazar 2019: fig. 61:2) and Bir
Safadi (Commenge-Pellerin 1990: fig. 45:11).
The 46 jar bases from this excavation are mostly flat
and have margins with remnants of clay (Fig. 10:3–6).
The excavation yielded more jar bases than rims, may
be due to the greater fragility of jar rims compared to
bases.
Figure 11. Jars from Area A.
No. Subarea Locus Basket/item
1
A3
12049
120301/5
2
A3
12099
120817/8
3
A3
12099
120817/10
4
A3
12072
120584/10
5
A3
12075
120582/2
6
A1
10019
100191/3
Description
Orange clay with white and
black grits
Orange clay with medium
white and gray grits
White clay with black grits
Orange clay with gray and
white grits
Orange clay with gray and
white grits
Orange clay with large white
grits
Stratum
Va
III
Parallels
Smithline 2001: fig 11:8; similar to
Itach et al. 2019: fig. 37:3,4; van
den Brink and Lazar 2019: fig. 61:2;
Commenge-Pellerin 1990: fig. 45:11
Similar to Gilead and Goren 1995:
fig. 4.15:7
III
Va
Va
III
237
Fadida et al.
Handles (Fig. 12)
The handles comprise five lug handles (Fig. 12:1–5), four
pierced handles (e.g. Fig. 12:6–8) and four loop handles, of
which two belong to churns (see below). Similar handles
were found in numerous Chalcolithic sites (and see table
of Figure 12).
Figure 12. Lug handles (1–5), pierced handles (6–8) and churn (9) from Area A.
No. Subarea Locus Basket/item
Description
Stratum
1
A3
12072
120709/4 Light brown clay; dark gray core
Va
Orange clay with numerous small
2
A1
10009
100033/4
III
white grits
3
A1
10009
100040/5 Brittle light orange clay
III
Light brownish-gray clay; dark
4
A4
16018 160051/17
III
gray core with small grits
Light brown clay with soot marks;
5
A2
11088 110172/14 orange core with mainly white and
III
black grits and a few small red grits
6
A3
12072
120561/6 Brittle yellowish-white clay
Va
7
A3
12075
120582/8 Brittle orange clay
Va
Brittle dark brown clay; dark gray
8
A2
11054 110089/10
III
core; orange interior coat
9
238
A1
10019
100597/1
Yellow clay with medium–small
black, gray and white grits
III
Parallels
Similar to Commenge-Pellerin
1987: fig. 37:1, 2; CommengePellerin 1990: fig. 55:11, 13.
Journal of the Israel Prehistoric Society 51 (2021), 225–260
flint utilization was uncommon. The typological and
technological attributes of the assemblage are typically
Chalcolithic, excluding a few items of later periods (see
below). The flint artifacts are in a good preservation state,
and less than 10% exhibit signs of abrasion while only ca.
3% are patinated.
The very high ratio of tools vs. chip-sized debitage
indicates the impact of selective collection. While the
contexts associated with the Chalcolithic remains were
systematically sifted, this was not the case with the
remainder of the excavated deposits (see above). This
being said, it is noteworthy that the assemblage includes
items representative of all the categories expected to be
found in a flint assemblage: debitage, core trimming
elements, tool fashioning spalls, tools, cores, debris, and
hammerstones, which represent all the different stages
of core-reduction and tool-manufacturing sequences
at the site. The typo-technological analysis of the lithic
assemblage was based on Gilead et al. (1995) and Rosen
(1997), with some modifications of this typological
framework based on Vardi (2012).
Churns (Fig. 12:9)
Two handles of medium-sized churns were found in Area
A (e.g. Fig. 12:9). Handles of similar churns were found
at Abu Matar (Commenge-Pellerin 1987: fig. 37:1, 2) and
Bir Safadi (Commenge-Pellerin 1990: fig. 55:11, 13).
The flint assemblage
The flint assemblage from Area A comprises 193 artifacts
(Table 2). Most flint artifacts were retrieved from mixed
contexts dated to the historical periods at the site, when
Chalcolithic Later
Total
contexts* contexts
%
Primary
Elements
4
9
13
6.7
Flakes
16
20
36
18.7
Blades
2
3
5
2.6
Bladelets
9
3
12
6.2
-
1
1
0.5
4
9
13
6.7
Core tablet
1
1
2
1.0
Burin spalls
1
1
2
1.0
Tools
19
43
62
32.1
Cores
6
6
12
6.2
Chunks
7
13
20
10.4
Chips
5
10
15
7.8
Total
74
119
193
100.0
Canaanean
blades
Core trimming
elements
Raw material
The tools and cores were classified according to the color
and texture of the raw material (Table 3). It is noted that
all raw material types were used for both tools and cores,
although the frequencies of these raw material types vary
considerably. The most common raw material identified
among the tools is an opaque, homogeneous, good quality
beige flint, possibly from Eocenian outcrops. Somewhat
less common is the Cretaceous Mishash Formation finegrained, non-homogeneous opaque flint, of beige-brown
and brown colors.
Table 2. Composition of the flint assemblage from Area
A (*Chalcolithic contexts and mixed contexts with
Chalcolithic pottery).
Flint color and quality
Cores
Tools
Total
N
%
N
%
N
%
Beige
3
25.0
26
41.9
29
39.2
Beige-brown
3
25.0
8
12.9
11
14.9
Brown
-
-
7
11.3
7
9.4
Gray
1
8.3
5
8.1
6
8.1
Translucent and lustrous beige/brown
5
41.7
11
17.7
16
21.6
Burnt and patinated
-
-
5
8.1
5
6.7
12
100.0
62
100.0
74
100.0
Total
Table 3: Breakdown of core and tool raw materials from Yavne.
239
Fadida et al.
Among the cores, the dominant raw material is beige
and brown fine-grained, translucent and lustrous flint
(‘chalcedony’). These flints were probably also derived
from the Mishash Formation.
As no Eocene-age or Mishash Formation flint outcrops
are known in the immediate surroundings of Yavne (Sneh
and Rosensaft 2004), it is possible that the raw materials
at the site were obtained in the nearby bed of Nahal
Soreq, located 600 m from the site. The flint material
was probably collected along the channel and traversed
through the Judean Mountains and the Shephelah.
Technological characteristics
The flint assemblage from Area A is flake based, with
flakes dominating the blanks among the debitage; flake
production is most evident among cores, and furthermore,
most tools were fashioned on flakes (see below). Only
8.5% of the assemblage comprises laminar elements,
blades (ca. 2.5%) and bladelets (ca. 6%), and some
evidence of laminar production could also be detected
among the cores and core trimming elements.
At Yavne, evidence of at least four different
technological trajectories can be discerned: ad hoc
flakes; bladelets; Canaanean blades; bifacial tools.
While the first two were identified as almost complete
reduction sequences knapped on site, the latter two were
brought to the site as a finished end-products. One large
geometric sickle segment represents a fifth technological
trajectory.
Cores
The frequency of cores is relatively low (N=12), including
four single platform cores, of which three were used
for bladelet production (Fig. 13:1–3) and one for flake
production; three of these cores were of translucent
flint. Also found were three discoidal flake cores with
a single central platform (Fig. 13:4, 5), of which two are
made of translucent flint. One opposed platform core for
producing flakes, one core with three striking platforms
for flake production, one amorphous core for flake
and blade production and two tested nodules were also
found. Single platform bladelet cores are typical of the
Figure 13. Cores.
No.
1
2
3
4
5
240
Locus
12060
10019
10019
11070
10059
Basket
120517
100098
100248
110598
100545
Description
Single platform; bladelet core
Single platform; bladelet core
Single platform; bladelet core
Discoidal core
Discoidal core
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Chalcolithic microlithic industry, as is the utilization of
translucent flint (Gilead 1984:6; Rosen 1997:65; Rowan
2006a; Hermon 2008:24; Milevski et al. 2015:175-176).
Tools
There are 62 tools, including non-diagnostic ad hoc tools
and chronologically diagnostic items (Table 4).
Sickle blades
This is the largest and most technologically heterogeneous
category among the formal tools (Table 4). It includes
glossed thin, rectangular backed and truncated blades
(N=5, which are typical Ghassulian implements (e.g.
Gilead et al. 1995:245–255; Rowan 2006a:511–512, 539;
Hermon 2008; Vardi 2012:206–244; Pinsky 2019). The
cutting edge of these blades is finely denticulated by
either unifacial or bifacial retouch. Four of the sickle
blades were fashioned on blades and one on a bladelet.
The sickle blades are made of various flint types. Their
average sizes are 38.8 × 13.4 × 5 mm; the width of one of
the items is rather large for a Ghassulian sickle blade (15
mm; Fig. 14:3).
Types
Sickle blades
Another category of sickle blades is that of Canaanean
blades (N=3), representing three different types: A
simple glossed blade, a backed glossed blade and a
backed and truncated glossed segment (Fig. 14:4). Of all
three items, one is complete, and the rest are broken or
snapped and missing both ends. The complete item is
quite short and stubby (33 × 27 × 7 mm). The average
width of the three items is 26 mm and the average
thickness ca. 5.5 mm. Two items were made of beige
flint, and another was fashioned from fine-grained
brown flint. Out of the three items, two have a finely
denticulated cutting edge.
Both the Canaanean blades and sickle blades in the
southern Levant are typically associated with the Early
Bronze Age (EB hereafter) (Rosen 1982; 1983; 1997;
Shimelmitz 2009; Manclossi and Rosen 2019), yet claims
for their presence in late Ghassulian Chalcolithic contexts
were raised before (Bar and Winter 2010; Pinsky 2019;
but see Milevski et al. 2011; Vardi and Gilead 2013;
Manclossi et al. 2016, 2019). Due to the contexts and
number of items at Yavne, its assemblage could not help
to build further assertations.
Subtypes
Chalcolithic contexts*
Later contexts
Total
%
Thin backed and truncated
2
3
5
-
Canaanean
3
3
-
Geometric sickle segment
1
1
-
Varia
2
2
-
11
17.7
Subtotal
Canaanean blade tools
Bifacial tools
2
3
4.8
Polished chisel
1
1
1
-
Varia
2
2
-
3
4.8
Subtotal
Perforators
2
2
4
-
Blade tools
2
3
5
-
Scrapers
1
3
4
-
Burins
1
3
4
-
Notches and denticulates
2
1
3
-
5
5
-
Multiple tools
Flake tools
5
10
15
24.2
Subtotal
13
27
40
64.5
Varia and fragments
3
2
5
8.1
Total
19
43
62
99.9
Table 4. Composition of flint tool types.
241
Fadida et al.
One large, geometric trapezoid sickle segment (Fig.
14:5) was also found. It has a finely denticulated cutting
edge and measures 38 × 34 × 9 mm; this item was
fashioned from beige-brown Mishash flint. Items of this
type are known from Middle Bronze Age to Iron Age
assemblages (Rosen 1997; Shimelmitz 2012; Manclossi
et al. 2018; Manclossi and Rosen 2019). Simple nondiagnostic glossed blades are present as well (N=2).
Canaanean blade tools
This category includes three items: two retouched and
truncated blades and one denticulated blade. The latter
(Fig. 15:1) was fashioned on a Canaanean blade, which
bears scars at its distal end, attesting to the partial removal
of the bottom part of the core (i.e. an overshot). The blades
were made of good quality, homogeneous beige or brown
flint, as were the Canaanean sickle blades described
above. One of the retouched and truncated Canaanean
blades was found in a mixed context, including both
Chalcolithic and later pottery.
Bifacial tools
This category includes one complete, polished chisel and
two items of an unspecified type (varia), one complete
and another broken. The complete chisel (Fig. 15:2) was
fashioned from beige flint and measures 65 × 18 × 18
mm. The complete biface of the varia category is quite
stumpy and measures 40 × 25 × 20 mm.
Chisels are present in lithic assemblages since the
Neolithic, yet the practice of polishing these tools was
more common during the Chalcolithic period (Barkai
2005, 2011).
Figure 14. Sickle blades.
242
No.
Locus
Basket
Description
1
10002
100056
Thin backed and truncated ‘Ghassulian’ sickle segment
2
12038
120431
Thin backed and truncated ‘Ghassulian’ sickle segment
3
10039
100369
Thin backed and truncated ‘Ghassulian’ sickle segment
4
12071
120579
Canaanean backed and truncated sickle segment
5
16082
160347
Large geometric sickle segment
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Figure 15. A denticulated Canaanean blade and a polished chisel.
No.
Locus
Basket
1
11087
110604
Denticulated Canaanean blade
2
10049
100492
Polished chisel
Ad hoc tools
The ad hoc tools of Area A are varied and include: two
borers and two awls; simple side- and end-scrapers and a
single ‘thumb’ scraper; retouched and truncated blades;
burins; notches and denticulates; multiple tools; flake
tools, which form the largest category of ad-hoc tools.
Ground stone tools and vessels
The ground stone assemblage consists of nine vessels
and twelve tools (Appendix). While stone vessels are a
diagnostic category of Chalcolithic-period objects, other
ground stone objects are harder to classify unless they
were discovered in situ or in mixed contexts containing
some Chalcolithic finds. The terminology adopted here
generally follows Gilead (1995:309-333), Milevski (1998)
and Rowan (1998, 2003, 2006b).
Tools
Grinding stones
Grinding stones comprise both the upper movable stone
and the lower fixed stone (de Beaune 2004). Three
grinding stones were discovered in Chalcolithic contexts,
one made of vesicular basalt and two of beachrock. One
item (Fig. 16:1) is a relatively well-preserved longitudinal
Description
fragment of an oval/round upper grinding stone, typical of
the Chalcolithic period. Two other items are represented
by small non-diagnostic fragments (Fig. 16:2, 3), and their
attribution to the Chalcolithic is based on the context in
which they were found.
Two additional fragments were found out of context
but adjacent to Chalcolithic remains and diagnostic
finds. One of these items (Fig. 16:4) was discovered in
the topsoil of Sq. M42, near the Chalcolithic architectural
remains in Sq. K42 and a Chalcolithic stone vessel in Sq.
L42 (see below). Moreover, this item and the one shown
in Figure 16:3, which was found in situ, are made of very
similar raw material – vesicular basalt with uneven and
relatively large vesicles – and have a similar appearance
and thickness. An additional tool was found ex situ (not
illustrated) was retrieved just below topsoil in Sq. J42,
also near the Chalcolithic architectural remains. This
object is made of compact basalt and appears to be burnt.
It may have originated from an adjacent square, K43, in
a burnt deposit containing Chalcolithic material. Similar
grinding stones are known from Grar (Gilead 1995: fig.
7.4:3, 4), Qiryat Ata (Rowan 2003: fig.6.2:4–7) and ‘En
Esur (Rowan 2006b: fig. 6.1:11–13).
243
Fadida et al.
Hammerstones
Six spherical or cubical broken hammerstones were
found, of which five were fashioned from brecciated
Mishash flint. Most of the items are relatively large, and
the largest (Fig. 16:5) weighs 473 g. Such hammerstones
are known from the Chalcolithic period and the Bronze
Ages (Milevski 1998).
One of the hammerstones bears evidence of knapping,
indicating that it was recycled (not illustrated). Another
small spherical hammerstone (86 g; not illustrated) was
discovered in an accumulation overlying a Chalcolithicperiod context; the small size of this item indicates that it
was continually reshaped over time.
Handstone/pebble
This small, roundish handheld stone or pebble was used
for grinding and/or pounding; it is made of diorite and
probably can be identified as a pebble-grinder (Fig.
16:6). The item was discovered out of context in Sq
M37 (Subarea A2). Similar small items, albeit made of
different materials, were unearthed at other sites where
they originated in probable Chalcolithic contexts, such
as Qiryat Ata (Rowan 2003: fig.6.2:4–7) and ‘En Esur
(Rowan 2006b: fig. 6.1:11–13).
Vessels
All nine stone artifacts classified as vessels were made of
compact basalt without vesicles. Most were pecked and
ground.
One of the vessels (Fig. 17:1) is intact, while the others
are broken. The complete vessel, a miniature open form
with a flat base, was probably used for fine grinding/
crushing activities. A similar vessel, although with ridges
around the base indicating that it is an early Ghassulian
Figure 16. Stone tools.
244
No.
Locus
Basket
Type
Subtype
Raw material
1
12051
120380/1
Upper grinding stone
Oval-round
Beachrock
2
12051
120380/2
Lower grinding stone
Oval-round
Beachrock
3
12058
120650
Grinding stone
4
12040
120866
Grinding stone
5
10032
100207
Hammerstone
Spherical?
Flint; brecciated
6
11040
110436
Handstone/pebble
Grinder/Pounder
Diorite
Vesicular basalt
Vesicular basalt
Journal of the Israel Prehistoric Society 51 (2021), 225–260
type, was found at Gilat and described as a cup (Rowan et
al. 2006: fig. 12.32:14). The vessel fragments include five
rims (Fig. 17:2–6); two of these rims bear incised chevron
decoration (Fig. 17:3, 6; cf. Rowan 1998:236), while two
other items are fenestrated leg fragments (Fig. 18:1, 2).
It is difficult to ascertain whether the rim fragments
were parts of simple open forms with a flat base or of
pedestaled vessels.
A body fragment of a probable bowl with a
‘pierced’ handle was also found (Fig. 18:3). The handle
was drilled biconically and had a triangular crosssection. A deep groove just below the handle, running
Figure 17. Stone vessels.
No.
1
2
3
4
5
6
Locus
10015
10019
16053
12071
16111
16111
Basket
100438
100250
160455
120557
160412
160416
Type
Open form
Open form or pedestaled
Open form or pedestaled
Open form or pedestaled
Open form
Open form or pedestaled
Subtype
Miniature bowl
Vertical straight walls?
Raw material
Compact basalt
Compact basalt
Compact basalt
Compact basalt
Compact basalt
Compact basalt
245
Fadida et al.
Figure 18. Legs (1, 2) and a handle (3) of stone vessels from Area A.
No.
Locus
Basket
Type
1
12038
120643
Fenestrated bowl?
Compact basalt
2
12054
120647
Fenestrated bowl?
Compact basalt
3
12075
120965
Open form
parallel to the drilled perforation, suggests a typical
Chalcolithic pierced handle. The exterior walls exhibit
incised decoration, consisting of parallel and diagonal
lines, known only from sites south of the Yarkon
River (Chasan et al. 2019). Vessels of this type were
“elaborately designed,” according to Chasan et al.
(2019). While perforated handles are a common feature
of the Chalcolithic pottery types, examples made of
stone are extremely rare. A few Chalcolithic bowls
with perforated handles from the Golan were presented
by Epstein (1998: pl. XXXV:13–18). However, these
examples are larger than the Yavne vessel and lack its
elaborate incised decoration pattern.
Subtype
Raw material
Perforated handle
Compact basalt
broken and perhaps burnt item was found in a Chalcolithic
context in Subarea A3.
Close parallels for both artifacts are found, Peqi’in
(Shalem et al. 2013: fig. 9.4:6, 7), Kaukab Springs (Getzov
2016: fig 22:10, 11), Asherat (Smithline 2001: fig 15:3),
Yehud (Itach et al. 2019: figs. 46, 49:2), Grar (Gilead
1995: fig. 8.4:5–9), Bir es-Safadi (Levy and Gilead 2012:
fig. 2).
Weights
Two items identified as weights (sensu Gilead 1995:335)
were found. Items of a similar shape have been identified
as spindle whorls. One of the items is made of light
brown clay and bears signs of burning; this item has an
orange-brown core (Fig. 19:1) and may be assigned to
the Chalcolithic period, despite its occurrence in a later
context of Subarea A2. The object weighs 64.4 g and
appears unfinished as the drilling is incomplete. The
other item of this type (Fig. 19:2) is also made of browncolored clay with numerous white and shiny grits. This
246
Figure 19. Clay weights from Area A.
No.
Subarea
Locus
Basket
Stratum
1
A2
11025
110049
III
2
A3
12072
120964
Va
Journal of the Israel Prehistoric Society 51 (2021), 225–260
The copper axe
A copper axe was found in Subarea A3, in the northeastern
corner of Sq. J42 (Loc. 12032), above an installation of
the Persian period (Stratum III) (Loc. 12103). The axe has
a trapezoidal, fan-shaped, wide-flaring cutting edge, and
a rectangular butt. Its length is about 12 cm, its maximum
width is 3.5 cm at one end, and its minimum width is 2
cm at the opposite end; its maximum thickness is 2 cm
(Fig. 20). Similar axes were found at Yiftahel (Shalev
and Braun 1997), Fazael (Rosenberg et al. 2020: fig.
4:1), Teleilat Ghassul (Mallon et al. 1934: p. 34:2), Beit
Shemesh (Ben-Yosef et al. 2016: fig 6: B1029), Shiqmim
(Shalev and Northover 1987: pls. 14.3:1; 14.4:1) and Nahal
Mishmar Cave (Bar-Adon 1980: nos. 172–173). Bifacial
axes made of copper, although not necessarily of the same
type as the Yavne axe, were found at Peqi’in (Shalem et
al. 2013: fig. 9.4:9, 10), Yiftahel (Shalev and Braun 1997:
fig. 11:3) and Metzer (Dothan 1957: pl. 37:C, D). In the
latter two sites, the axes were found in contexts of EB IA
(; see Shalev and Braun 1997:94). Based on the fact that
similar items were found in many Chalcolithic-period
contexts, and the proximity of layers dated to this period,
we suggest it is of a Chalcolithic date.
The function of the axe is unknown as no use-wear
analysis was conducted. It has been suggested that
relatively thin and long axes of this type functioned as
ritual artifacts rather than everyday tools (Gošić and
Gilead 2015:164).
Three rounded indentations on one of the sides (Fig.
20:2) appear to be casting defects that may have originally
been inclusions or gas bubbles trapped during the casting
process due to humidity in the mold or its surrounding
environment. These indentations probably did not exist
when the axe was fashioned by surface hammering and
annealing. They may have become visible as a result of
the long burial time in the sediment and the impact of
corrosion.
The elemental composition of the axe was determined
using a handheld Bruker Tracer 5i X-ray fluorescence
spectrometer (XRF). The instrument is equipped with
a Rh-anode, miniaturized X-ray tube operating at a
maximum voltage of 50 kV and with a Peltier-cooled
high-resolution silicon drift detector (SDD). The diameter
of the X-ray spot on the sample is about 7–8 mm, and
accurate positioning on the point to be analyzed is
obtained using an integrated camera. Following the
removal of the corrosion layer, two locations on the axe
were measured.
The XRF spectra reveal that copper (Cu) is the dominant
component of the axe, as demonstrated by the combination
of the K-alpha and K-beta peaks at higher energy levels
(Fig. 21). Minor constituents comprise iron (Fe) and
calcium (Ca). This composition suggests that the axe was a
product of casting molten metal. The well-known casting
techniques of the Chalcolithic period include open casts
or specialized wax moulds (i.e. the ‘lost-wax’ technology;
Figure 20. Copper axe.
247
Fadida et al.
and Barzilai 2017:34, fig. 1.3:1). A possible production
site of copper items was recently identified at Agamim
(Ashqelon), where axes were found in foundation
deposits (Abadi-Reiss and Varga 2019). Another probable
distribution route from Feinan was through the Jordan
Valley (Milevski and Barzilai 2017), as evidence of
copper processing was unearthed at Fazael (Rosenberg
et al. 2020).
Fauna
The Yavne faunal assemblage consists of mammal bones
and shells retrieved from clear Chalcolithic contexts.
Figure 21. Composition of the copper axe obtained by a
handheld XRF device.
Shalev and Northover 1987; Shugar 2000; Golden 2009).
Copper alloys were commonly used in antiquity to reduce
the melting temperature, which for pure copper is above
1,083 °C, and allow better casting conditions. Examples
include copper artifacts of the Chalcolithic hoard of
Nahal Mishmar, produced by the ‘lost-wax’ technique,
including antimony and arsenic (Bar Adon 1980; Shalev
and Northover 1987; Shugar 2000). Other additives such
as lead were found in Chalcolithic copper artifacts from
Beit Shemesh and Ashalim Cave (Yahalom-Mack et al.
2015; Ben-Yosef et al. 2016). The Yavne axe appears to
present a different case. The composition and distribution
of the minor elements of the axe indicate that they are the
result of corrosion and not due to alloying. This means
that the axe was made of unalloyed copper and was
produced in an open mould.
The copper ores of the unalloyed copper of
the Chalcolithic period often originated at Feinan
(Hauptmann 1989; Shugar 2000). It has been suggested
that the finished products were prepared in the Beer
Sheva area, possibly at Abu Matar or Shiqmim (Shalev
and Northover 1987; Gilead et al. 1992; Shugar 2000;
Golden et al. 2001; Golden 2009) and distributed north to
sites along the coastal plain, including Yavne (Milevski
248
Mammals
A small assemblage of mammal remains was retrieved
from living layers of stratum Va in Subarea A3 dated to
the Chalcolithic period. All these remains were found in
Loc. 12072, aside from five metacarpi from Loc. 12075.
The indicative specimens (i.e. the number of identified
specimens, NISP) were identified using the reference
collections of the Laboratory of Archaeozoology at the
University of Haifa. The minimum number of individuals
(MNI) is computed for each species based on the
minimal animal units (MAU) considering the body side.
Breakage patterns were described according to criteria in
Fernández-Jalvo and Andrews (2016:283–309) and Karr
(2015), according to which a “green” fracture refers to the
breakage of a fresh bone, as opposed to a “dry” fracture
inflicted on an already dry bone (Villa and Mahieu
1991). Diagenetic damage observed on bone surfaces
was described according to Behrensmeyer (1978). Other
taphonomic variables include butchery (Fernández-Jalvo
and Andrews 2016:25–40; Soulier and Costamagno
2017), burning (Stiner et al 1995) and gnawing marks
(Fernández-Jalvo and Andrews 2016: 101-112). Selected
measurements (von den Driesch 1976) were taken for all
the measurable identified specimens.
The Chalcolithic faunal remains comprise a NISP of
24 bones and teeth. Most of the specimens are identified
as large canines, i.e. wolf (Canis lupus) or dog (Canis
familiaris) (Table 5). Few other remains indicate the
presence of cattle (Bos sp.) and Sheep (Ovis aries) or goat
(Capra hircus).
The canine remains represent a minimum number
of two individuals, based on the two left distal tibiae.
Considering that all the post-cranial canine bones are
Journal of the Israel Prehistoric Society 51 (2021), 225–260
Element
Provenance/context
Canis
Cattle
Maxilla
Living layer, Stratum Va
dP4
Living layer, Stratum Va
1
M1/M2
Living layer, Stratum Va
2
M3
Living layer, Stratum Va
Sheep/Goat
1
1*
Humerus
Living layer, Stratum Va
1
Radius/Ulna
Living layer, Stratum Va
4
Tibia
Living layer, Stratum Va
2
Calcaneus
Living layer, Stratum Va
1
Metacarpus
Living layer, Stratum Va
5
Phalanx I
Living layer, Stratum Va
3
Phalanx II
Living layer, Stratum Va
1
2
NISP
20
3
1
MNI
2
1
1
Table 5. Taxonomic representation and skeletal element distribution of the Chalcolithic faunal remains from Subarea A3.
* indicates teeth embedded in the jaw.
fused, and the only canine tooth found is a fully erupted
upper third molar, indicating an age >5 months (Fig. 22),
we infer that these are adult individuals. Interestingly,
one of the tibiae was larger than the other and a similar
metric difference was also detected for two radii bones
(Table 6). Such a difference could imply that more than
one race of dogs is represented in the assemblage or,
alternatively, suggest the presence of both a dog and a
wolf (see Horard-Herbin et al. 2014). The canine remains
comprise a large variety of skeletal elements, mostly postcranial elements, suggesting the deposition of complete
carcasses.
Taxon
Element
GL
Figure 22. Canine left maxillary third molar
(Loc. 12072, Basket 120732).
Locus
Basket
Bd
12072
120707
Canine
Radius
12072
120707
Canine
Radius
20.65
12072
120707
Canine
Radius
21.83
12072
120707
Canine
Tibia
22.30
12072
120707
Canine
Tibia
26.11
12072
120707
Canine
Humerus
28.38
12072
120707
Canine
Calcaneus
12072
120732
Canine
*M3
Bp
BT
Length
Width
8.00
11.34
17.66
39.36
17.51
12.78
Table 6. Metric data for the canines remains (mm). GL = greatest length; Bd = greatest breadth of distal end; Bp =
greatest breadth of proximal end; BT = greatest breadth of the trochlea. Measurements according to Von den Driesch
(1976).
249
Fadida et al.
The canine bones reveal no evidence of butchery,
and all were broken when dry, probably by sediment
compaction; some of the dry breaks were caused during
the excavation. Another diagenetic damage observed on
most bones is root etching after burial, while no apparent
weathering was noted. These findings suggest that the
canine bones were exposed on the surface for a very short
time, if at all, and quickly buried. As the canine bones
were not found in articulation, we cannot say whether the
dogs/wolves were intentionally buried.
Only one caprine bone, a distal humerus, reveals
evidence for human impact – a fracture related to fresh
breakage, which likely occurred during food preparation.
This very same bone also bears the only evidence for
carnivore damage, showing clear gnawing marks on its
distal end.
Cattle remains in the assemblage include three teeth,
one of which is a deciduous tooth (dP4), indicating
that there was at least one young/immature individual,
probably a male calf exploited for meat.
It is worth mentioning that other Chalcolithic sites
located along the Mediterranean coastal plain have
yielded finds of a similar nature to those from Yavne.
Remains of dog and unidentified canines, mostly
represented by skeletons, were found in Chalcolithic
cemeteries at Quleh and Mazor (West) (Milevski et al. in
Loci
Species
Complete
press), settlement sites in Tel Aviv (Namir Road/Nissim
Aloni, L. Perry-Gal, pers. observ.), Yehud (Itach et al.
2019:253–254, Perry-Gal pers. observ.), Holyland Park,
Jerusalem (Milevski et al. 2015:183–185), Grar (Grigson
1995:406–407) and Gilat (Grigson 2006:237–239). The
canine bones in these sites represent more parts of the
canine skeleton than at Yavne. At the Tel Aviv and Yehud
sites, the dog skeletons were found in anthropogenically
dug deep shafts. We suggest that in those sites, the
shafts may have functioned as burials, like the pits of
Gilat. The metric data and bio-archaeological samples
of the Yavne canine remains will be added to the data
mentioned above to formulate broader, comprehensive
conclusions pertaining to the role of these companion
animals.
Mollusks
The shell assemblage contains 39 specimens. The
description of identified species follows the WoRMS
online database (http://www.marinespecies.org/), and
the number of identified specimens (NISP) was used for
taxonomic quantification (Lyman 1994; Reitz and Wing
1999). The presence of taphonomic damage was noted,
including modifications caused by natural processes
such as abrasion resulting from the wave action, versus
anthropogenic modification such as working of the
Broken
Fragment
Context
Area A2
11038
3 burnt
Accumulation on
bedrock
Stratum V?
2
1
Living layer ?
Stratum Va
1
1
Stratum Va
Glycymeris nummaria
(Linnaeus, 1758)
Area A3
12049
12075
12099
Total
Glycymeris nummaria
(Linnaeus, 1758)
Donax trunculus
(Linnaeus, 1758)
Glycymeris nummaria 3 (2 with artificial
holes in umbo)
(Linnaeus, 1758)
Glycymeris nummaria
(Linnaeus, 1758)
2 (1 with a natural 14 (2 burnt), (1 with a
hole in umbo)
natural hole in umbo)
1 burnt
3
11 (1 burnt)
6
Archaeological
accumulation
Stratum Va
30
Table 7. Mollusks: taxonomic identification, taphonomic observations, and frequency and mode of fragmentation.
250
Journal of the Israel Prehistoric Society 51 (2021), 225–260
shells and burning marks (see Claassen 1998; Gordillo
and Archuby 2014). The shell specimens were recorded
either as ‘broken’, referring to incomplete valves of which
more than half is preserved, or as a ‘fragment’, describing
valves of which less than half is preserved.
The shell assemblage contains two bivalve species,
Glycymeris nummaria and Donax trunculus (Table 7),
both of which live in sandy bottoms of the Mediterranean
Sea (Poppe and Goto 1991). Abrasion marks caused by
wave action were identified on all the shells, indicating
that they had been collected as empty shells and were not
a food source (Table 7).
The assemblage, even if small, demonstrates the
connections of the site with the nearby Mediterranean
coast. Most of the fragments of Glycymeris nummaria and
Donax trunculus could have reached the site along with
sea sand. The two complete and artificially perforated
bivalves of Glycymeris nummaria from Loc. 12075 could
have been used as ornaments, such as pendants. These
bivalves were perforated with a hammer blow aimed
at a point on a shell, a method that was used for thick
shells and tended to create a rather large hole with ragged
surfaces (Francis 1989:27). Other Chalcolithic sites have
yielded valves of Mediterranean shells used as pendants,
e.g. Peqi’in (Bar-Yosef Mayer 2013:365), Sha’ar Efraim
(Mienis 2008), Yehud (Mienis 2009), Palmahim (Ktalav
2018), Shoham (Mienis 2006), Teleilat Ghassul (Lee
1973), Site 66 (Rosenberg et al. 2020), Grar (Bar-Yosef
Mayer 1995) and Gilat (Bar-Yosef Mayer 2006:324).
DISCUSSION
The excavations at the southern margins of Tel Yavne
revealed at least two phases of occupation dating to the
Ghassulian culture of the Chalcolithic period. Remains
of the late phase (Stratum Va) – two wall segments, a
stone feature and scattered ex situ finds – were uncovered
in Area A, mainly in Subarea A3. An accumulation of
Chalcolithic finds overlying the kurkar bedrock with
no associated architectural remains was uncovered in
Subarea A2. The early phase in Subarea A3 (Stratum Vb)
is poorly represented. Test trenches and a small excavation
conducted in the framework of a new project, ca. 100 m
to the southwest (D. Varga, Y. Abadi-Reiss, pers. com.),
indicate that the site continues beyond the present limits
of the excavation.
The material cultural assemblages
The typical Ghassulian pottery assemblage is domestic,
dominated by bowls, along with cornets, a few churns,
holemouth jars and fragments of other rarely occurring
vessels. The vessel types at Yavne are known from
several parts of the country, but mainly from the coastal
plain and the Beer Sheva region to the south and the
Galilee region to the north. Other Chalcolithic sites that
yielded pottery assemblages similar to those uncovered
at Yavne are Nahal Patish and Shiqmim (Milevski et al.
2013:95–107, fig. 38, and further references therein). At
Kaukab (Getzov 2016), although the frequencies of the
vessels are similar – suggesting similar functions –the
style of the same vessels is different (unlike at Nahal
Patish and Shiqmim which have similar styles to Yavne’s
assemblage). We therefore suggest that there could be
socio-economic characteristics similar to these four sites,
and the composition of the pottery assemblages could
reflect these similarities.
The copper axe indicates that the occupation dates to
the late phase of the Ghassulian (Gilead 2011; Shugar
and Gohm 2011; Rosenzweig 2020). The axe suggests
ties with the Ashqelon area on the coast or Beer
Sheva, where production of such products have been
documented dated to the Chalcolithic period. Similarly,
basalt was the dominant raw material for ground stone
tools and vessels obtained through long-distance
exchange networks (Milevski 2008). Only two pedestal
fragments of basalt bowls, typical Ghassulian stone
vessels, were found. The presence of Mediterranean
seashells in the Chalcolithic contexts indicates obvious
connections to the seashores, about 5 km to the west as
part of the catchment area of Yavne, i.e. the area from
which a certain component was brought to the site (sensu
Vita-Finzi and Higgs 1978).
Most of the flint material likely derives from a nearer
catchment area, i.e. the western bank of Nahal Soreq.
This assemblage is of particular importance for assessing
the chronology of its Chalcolithic occupations. Although
limited in size and found mostly ex-situ, this collection
overall represents the Ghassulian lithic industry. It is
dominated by sickle blades and ad hoc tools on flakes,
typical of the Chalcolithic period, and comprises items
251
Fadida et al.
made mostly of local raw material. Typically Ghassulian
are also single platform bladelet cores, bladelets, sickle
blades and bifacial tools. A few items attributed to
later periods include a large geometric sickle segment;
previous excavations at Yavne unearthed lithic items of
the Middle and Late Bronze Age and Iron Age (Yannai
2014; Haddad et al. 2021).
The presence of Canaanean blades suggests two
scenarios: 1) the site could have been occupied during
a very late phase of the Ghassulian Chalcolithic period;
2) the Canaanean blades are later intrusions. In both
scenarios, their source was likely the Bet Shemesh
area, ca. 40 km southeast of Yavne, the closest sources
of Eocene flint. Canaanean blade production is a highly
standardized and specialized industry, known mostly
from Early Bronze Age sites across the southern Levant
and beyond. Such items were manufactured in knapping
centers within settlements or next to specific flint
outcrops, and subsequently distributed to other sites
(Rosen 1983; 1997; Shimelmitz et al. 2000; Shimelmitz
2009; Milevski 2013; Manclossi et al. 2016, 2019).
Tabular scrapers are not frequent in Ghassulian
sites (Rosen 1997), yet their absence in Yavne is
noticeable. Mollusk species from sources other than the
Mediterranean Sea were not unearthed in Yavne, although
they have been documented at other Chalcolithic sites
(e.g. Bar-Yosef Mayer 2006:324; 2013:365). The absence
of such finds may be due to the relatively small sizes of
the lithic and faunal assemblages at the site.
The sickle blades and species of domestic fauna
typical of Chalcolithic husbandry – ovicrapines and cattle
– indicate that agro-pastoral activities were conducted
at the site. The absence of pigs may result from the
252
small assemblage size. Interment of dogs is a known
phenomenon among the Ghassulian communities in
which this species is specially treated in communities.
Yavne in the coastal plain context
While no Chalcolithic remains have been uncovered at
the nearby Tel Yavne, it is important to acknowledge
that other sites dating to this period are known to the
southeast and northwest of the tel, such as Yavne Sands
Hill 41 (Shapira 1964) and Beit Gamliel (Pipano 1983).
Somewhat farther afield, well-known Ghassulian sites
in the region of Yavne include the Palmahim cemeteries in
the coastal plain (Gophna and Lifshitz 1980; Scheftelowitz
2016; Gorzalczany 2018), and sites of the Shephelah to the
east, such as those of the Bet Shemesh area in Wadi ‘Illin
and Beqoa (Stark 1994; Golani et al. 2018). Other nearby
sites include the burial caves at Beit Gamliel and Benaya
(Gophna 1974:75; van den Brink 1998: table 1), and the
remains of a cemetery as well as what may have also
been an occupation site as represented by surface finds at
Maghrar (Gophna et al. 2010).
The research of the last decades has revealed
connections between Chalcolithic settlements and the
elaborate system of secondary burial sites of this period,
based in part on the common petrographic origin of both
the pottery vessels and ossuaries (Perrot and Ladiray
1980; Joffe 2003; van den Brink and Gophna 2005;
Winter-Livneh et al. 2012; Nativ 2014:25–80; Boness et
al. 2016; Scheftelowitz 2016; Milevski et al. in press). We
suggest that the occupation at the southern margins of Tel
Yavne was part of the extensive Ghassulian settlement
network of habitation sites and cemeteries in the coastal
plain.
Journal of the Israel Prehistoric Society 51 (2021), 225–260
M42
Top soil;
Chalcolithic
pottery was
discovered in a
nearby square:
K42
Grinding stone
Vesicular
basalt;
unevenly
sized, mostly
large vesicles;
amygdaloidal
Thickness: 4
Small fragment
K42
Burnt layer;
near Loc.12051;
Chalcolithic
pottery
Grinding stone
Vesicular
basalt;
Thickness: 3
unevenly sized
vesicles
Small medial
fragment; broken
on all sides
K42
Living floor;
Chalcolithic
pottery
Lower
Loaf
Grinding stone
Beachrock
Thickness: 5
End fragment
Living floor;
Chalcolithic
pottery
Upper
Oval-round
grinding stone
Beachrock
Longitudinal
Length: 15.5;
fragment; one
thickness: 3.5
grinding surface
Upper
Twogrinding stone handed
Compact
basalt;
crumbly,
low-quality;
perhaps burnt
Thickness:
2.9
Body fragment;
red hue on ventral
and dorsal surfaces
due to mineral
grinding; pecked;
plano-convex
section
Hammerstone
Spherical
Flint;
brecciated
6.2 × 4.7
× 2.1
Fragment
Hammerstone
Spherical?
Flint;
brecciated
7.5 × 7.0
× 5.8;
mass: 473
Broken
Milevski
hammerstone; scars 1998
Hammerstone
Spherical
Flint;
brecciated
Diam: 4.2;
mass: 86
Small; pecked;
scarred
Cubical
Flint;
brecciated
7.2 × 5.0
× 5.8
Broken
hammerstone; scars
Small fragment
of hammerstone;
knapped and
recycled
Broken
hammerstone; scars
I42
H40
I34
Surface soil
down to kurkar
bedrock;
Chalcolithic?
with some MB/
LB remains
K42
Living floor
Chalcolithic?
J43
Archaeological
accumulation
under topsoil;
Hammerstone
Chalcolithic and
Persian pottery
P37, P38
Plastered
installation;
Chalcolithic?
O37
Archaeological
accumulation of
brown soil;
Chalcolithic?
A3
A1
A1
A3
Brown-gray
hard sediment;
Chalcolithic?
A3
Square
Remarks
K42
Area
A3
A3
A3
Dimensions
(cm) and
mass (g)
Type
A4
A3
Raw material
Context\
pottery
Below topsoil;
near Loc.12075
A4
Basket
120866
120650
120380/2
120380/1
100207
160402
160484
120821
120583
100049
120351
12058
12051
10032
16100
16068
12099
12075
10013
12052
12051
12040
Locus
APPENDIX: LIST OF GROUND STONE TOOLS AND VESSELS FROM AREA A,
ORGANIZED ACCORDING TO TYPES
Subtype
Hammerstone
Spherical?
Flint
6.0 × 3.0
× 2.2
Hammerstone
Spherical?
Flint;
brecciated
6.5 × 4.5
× 4.4
Parallels
253
Square
H41
H40
Area
A1
L42
K43
O44, O45
K42
N41
M37
N41
Q40
A3
A3
A3
A4
A2
A4
A4
A3
A1
Basket
120643
120647
120557
120965
160416
110436
160412
16111
11040
16111
160455
Living floor
16053
Persian?
254
Type
Topsoil;
Chalcolithic
pottery was
discovered in
adjacent and
nearby squares:
N40; O41; P41;
Q41
Chalcolithic
pottery was
discovered in
adjacent and
nearby squares:
N40; O41; P41;
Q41
Chalcolithic
pottery was
discovered in
adjacent and
nearby squares:
N40; O41; P41;
Q41
Topsoil
Subtype
Raw material
Vessel
Miniature
bowl; open
form
Compact
basalt
Vessel
Open form
bowl
Compact
basalt
Fenestrated
Compact
basalt
Fenestrated
Compact
basalt; burnt
Topsoil;
Chalcolithic
pottery was
Vessel
discovered in an
adjacent square:
K42
Burnt layer;
near Loc.12051;
Vessel
Chalcolithic
pottery
12038
100438
Chalcolithic
pottery
12054
100250
Chalcolithic
pottery
12071
10015
Context\
pottery
12075
10019
Locus
Fadida et al.
Dimensions
(cm) and
mass (g)
Diam. max.:
8.1; Diam.
base: 6.3;
Thickness:
4.6
Width: 4.7
Remarks
Small bowl; flat
base; round rim;
fine delicate;
battered base;
ground, smooth
interior, and
ground, pecked
exterior
Three fragments;
incisions on interior
rim forming
chevrons; round
rim
Parallels
Rowan 1998,
class 3, type
3c
Rowan 1998,
class 3,
type b
Leg fragment;
Rowan 1998,
plano-convex
class 4, type
section; one ground
4c
face
Leg/ring fragment
Rowan 1998,
class 4, type
4c
Vessel
Open
form or
pedestaled
Compact
basalt
Vessel
Perforated
handle
Compact
basalt
Grooved exterior;
small fragment
Epstein 1998
Compact
basalt
Small rim
fragment; round
Wall
rim; incisions
thickness: 1.6
on interior rim
forming chevrons
For incised
decorations
cf. Rowan
1998:236;
rim type:
Rowan 1998,
R2
Vessel
Vessel
Open
form or
pedestaled
Open form
bowl
Compact
basalt
Thickness:
1.9
Small fragment;
pecked; broken rim
Thickness:
2.2
Small rim
fragment; round
Rowan 1998,
rim; pecked and
class 2, rim
ground exterior and type R1
smoother interior
Small rim
fragment; round
rim; incisions
on interior rim
forming chevrons
Vessel
Open
form or
pedestaled
Compact
basalt
Wall
thickness: 2
Handstone/
pebble
Grinder/
pounder
Diorite
Diam.: 6;
Thickness: 3; Two ground faces
mass: 135
For incised
decorations
cf. Rowan
1998:236;
rim type:
Rowan 1998,
R2
Perhaps
Chalcolithic?
Cf. Rowan
2003, fig.
6.1:4–7;
2006b, fig.
6.1:11–13
Journal of the Israel Prehistoric Society 51 (2021), 225–260
ACKNOWLEDGMENTS
The excavation of Yavne East (Permit Nos. A-8520,
A-8561) was conducted by Elie Haddad and Liat NadavZiv on behalf of the Israel Antiquities Authority (IAA).
We wish to thank the Department of Publications
of the IAA for the permission granted to publish this
report in Mitekufat Haeven – Journal of the Israel
Prehistoric Society. Thanks are also due to A. Freiberg
for 3D scanning of the pottery and stone artifacts; M.
Smeliansky for drawing the flint items; C. Hersch
for drawing of the copper axe; and D. Gazit for the
studio photographs. The authors also wish to thank
the following individuals who participated and helped
during the fieldwork: Y. Elisha, G. Tal, K. Serezo, L.
Rauchberger and A. Reiss (area supervision), Y. Amrani,
E. Bachar and Z. Lotan (administration), A. Dagot (GPS,
GIS), M. Birkenfeld and D. Levi (GIS), M. Kahan, Y.
Shimdov, R. Mishayev and S. Emanuelov (surveying
and drafting, aerial photography and photogrammetry),
Y. Gumenny (processing of plans and photogrammetry),
A. Peretz (field and aerial photography), I. Jonish (aerial
photography and photogrammetry), L. Kupershmidt
(metallurgical laboratory), S. Krispin, A. Tamir and
O. Drori (metal detection), Tamir A. and N. Zetuni
(inspection), M. Shemer (flint sorting), D. Barkan,
I. Radashkovsky, Y. Tepper and D. Ben-Ami (IAA
Central District), as well as students from pre-military
preparatory programs, and laborers from Ashqelon,
Jenin and the southern Hebron Hills. Special thanks
to Joel Roskin (formerly of the IAA) for giving us the
unpublished report on and explaining the geomorphology
of the site. Finally, the authors are also indebted to
Lior Weissbrod for the English editing of the text, to
two anonymous reviewers and the editors of Mitekufat
Haeven for their critical comments on an earlier version
of this paper.
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