The social landscape of Upper Mesopotamia:
a preliminary overview of the Late Chalcolithic
evidence from the Eastern Upper Tigris region
MARCO IAMONI
University of Udine, DIUM (Department of Humanities and Cultural Heritage)
Abstract
The present contribution discusses a small sample of Late Chalcolithic sites that have been identified during
the survey carried out by the Land of Nineveh Archaeological Project (LoNAP) in the area of the River Tigris.
Via a preliminary analysis of the settlements, of their positions as well as of their ceramic material cultures, an
interpretation is proposed of the settlement strategies and the socio-economic relationships that might have
characterised the existence of these sites. At the same time these considerations are used in a broader way to
explore the regional dynamics that shaped the Chalcolithic societies of Upper Mesopotamia across the late
fifth–fourth millennium BC.
Keywords
Society, Late Chalcolithic, Uruk, Upper Mesopotamia, settlement pattern
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1. Introduction
food surpluses to control/possession of prestigious
materials/items. Ultimately, all of these elements
have been considered as indicators of different levels
of “authority”, i.e. the emergence of leadership and
the subsequent capacity of individuals to influence
and/or address a number of socio- economic activities of the society.
The second element is labour specialization4.
Craftsmanship and methods of production in a
number of different fields changed significantly and
improved throughout the Late Neolithic and early
Chalcolithic5. This concerned several types of craft,
among which copper working has indeed attracted the attention of archaeologists, though one may
say that pottery production is the craft activity that
showed the most significant changes6, thanks to
the introduction of new kilns, new form types and
new fabrics, such as Chaff Faced Ware during the
Early (=Northern Ubaid)7 and especially the Late
Chalcolithic8.
A third factor was the spread of urbanization, i.e.
the emergence of usually large sites that exploited a
wider region around them and that hosted a significant concentration of people, organised in accordance with the above-mentioned social differentiation. This phenomenon, initially observed in South
Mesopotamia, has also been investigated in depth
in Upper Mesopotamia thanks to a number of survey projects carried out especially in the Syro-Iraqi
Jezirah. These have focussed both on single sites e.g.
It is beyond any doubt that the Neolithic and Chalcolithic of Upper Mesopotamia are the prehistoric
periods that witnessed some of the most important
phases in the development of prehistoric human
communities. From the seventh millennium onwards, human societies started to change at increasing speed and with an unprecedented rate of
growth – the way they lived in this region, the way
they adapted to, and, at the same time, exploited, it.
To summarize in one sentence, they radically transformed their social and economic interaction with
other communities and with the surrounding environment. In particular, at the turn of the sixth/fifth
millennium BC, that is at the transition between
the Neolithic and Chalcolithic, human communities experienced significant changes in their social
structure and subsistence strategies that led to transformation touching both the inner organization of
societies and the execution of economic activities.
Generally defined (and perhaps oversimplified)1 as
“socio-economic complexity”, this process has involved significant changes, with repercussions that
created the bases for the big centralised societies of
the following epochs.
The path that led to these changes touched several aspects that have been explored by archaeologists especially in excavations2. Three of these may
be considered of major relevance by archaeologists.
The first is the emergence of social hierarchy, i.e. the
emergence of social inequalities that resulted in a
stratification of society into different groups characterised by different levels of access to power3. Such
differentiation had substantial repercussions on –
and indeed concrete consequences for – a number
of aspects of everyday life, from different access to
4
Stein 2012, p. 128.
D’Anna, Guarino 2012, p. 59; Al-Quntar 2016;
Arroyo-Barrantes 2016, pp. 139-142.
6
D’Anna, Guarino 2012, pp. 73-74.
7
The correlation Northern Ubaid – Early Chalcolithic
is largely based on the association between emerging socio-economic complexity and spread of the Ubaid material culture in
Upper Mesopotamia, which has gained a general consensus
among archaeologists (Forrest 1996, pp. 53-55; Frangipane 2007; Akkermans, Schwartz 2003, p. 154). However, it must be stressed that a reassessment of the chronology of
the early and middle phases of the Chalcolithic seems increasingly necessary (the definition of the Middle Chalcolithic remains in particular an open question). The new datasets produced by the ongoing projects in Iraqi Kurdistan might change
the current picture and perhaps lead to reconsideration of the
Halaf Ubaid Transition as the true formative phase for the beginning of the Chalcolithic epoch (Campbell, Fletcher
2010; Karsgaard 2010).
8
Helwing 2004, 2012.
5
1
For example, Chapman (2003, pp. 76-79) has demonstrated that different kinds of inequalities exist and that these
occurred both in “simple” (e.g. hunter-gatherer groups) and
“complex” (e.g. states) societies.
2
This is again a simplification that attempts only to
highlight some outcomes of this transformation that are more
relevant for the purposes of this paper; it does not imply the existence of a linear evolutionary trend which might simply lead
to misunderstanding of the multidimensional character of the
complexity concept (Verhoeven 2010)
3
Stein 2012; Frangipane 2016.
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The social landscape of Upper Mesopotamia: a preliminary overview of the Late Chalcolithic evidence
Figure 1
Map of the archaeological survey projects currently ongoing in Iraqi Kurdistan (Iraq)
the Beydar Survey9, the Tell Brak and the Hamoukar
surveys10 – as well as on wider regions – to mention
just the most significant with regard to extent and results obtained, the Northern Jazira Survey/NJS11, the
Western Khabur Survey12 and the Tigris Euphrates
Reconnaissance Project/TERP13.
However, this picture is destined to be changed
or enriched by ongoing archaeological survey projects (The Eastern Habur Archaeological Survey –
EHAS directed by P. Pfälzner, the Land of Nineveh
Archaeological Project – LoNAP directed by D.
Morandi Bonacossi in Iraqi Kurdistan, the Upper
Greater Zab Reconnaissance – UGZAR directed
by R. Kolinski, the Erbil Plain Archaeological Survey – EPAS directed by J. Ur and recently the Boston University Soran Survey – BUSS directed by
M. Danti) that are currently making available an
unparalleled body of data which is literally transforming our knowledge of the settlement dynamics shaping Upper Mesopotamia. Altogether these
projects cover an area of more than 13,500 sq km
that roughly corresponds to half of all Upper Mesopotamia (fig. 1). Among these projects, after 5 years
of investigation LoNAP stands out for having gathered a substantial amount of particularly significant
data regarding the Neolithic and Chalcolithic regional settlement. This has been possible especially
because of the adoption in the last two survey seasons of more intensive survey strategies for the identification of prehistoric sites, which had been un-
9
Ur, Wilkinson 2008.
Wright et Al. 2006/2007; Ur, Karsgaard,
Oates 2011; Ur 2010.
11
Wilkinson, Tucker 1995.
12
Lyonnet (ed.) 2000.
13
Algaze, Hammer, Parker 2012.
10
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tributed in the LoNAP area. The following analysis focuses on the western sector of the LoNAP
area where a group of sites (7 in total, see fig. 3) has
been surveyed along two wadis that flow directly in
the River Tigris (now in the Eski Mosul Dam): this
discrete cluster of sites shows an interesting pattern
that, albeit local in size, may offer insights also for the
wider regional patterns found in the Tigris Valley.
According to a preliminary classification of the
LoNAP area under investigation15, the group of sites
analysed here falls in the river basin sector, distinguished by the presence of permanent water courses
(the River Dohuk) and, more frequently, seasonal
ones crossing the plain and eroding the surrounding
terrain. As a result, the landscape is now frequently
characterised by deep, narrow gullies that divide the
region into separate terraces. Both permanent and
seasonal drainage features have thus shaped the landscape creating a terraced region, especially in proximity to the Tigris. Further away from the Tigris Valley
the erosive activity has been less strong: the surface
is more regular, with an undulating profile due to
gently sloping hills near the water courses. Here fluvial deposits (mostly clay and silty layers) have significantly raised the level of the surrounding surface,
influencing the visibility of ancient sites – and thus
also the local settlement dynamics. This depositional and erosive river activity that shaped the ancient
landscape also to some extent determined (or at least
influenced) the settlement pattern that, as we will
see, depends upon local conditions.
The seven sites surveyed (sites nos. 1046-1050,
1052 and 1053) are small mounds that are mostly located along two main wadis. With one exception (site 1049 that covers more than 6 hectares),
the settlements are very small in size, ranging from
0.5 to 4 h. They might therefore have been rural in
character, although it should be remembered that
in the region under investigation very large sites
– comparable to big LC urban settlements of the
Syro Iraqi Jezirah (e.g. Tell Brak and Tell al Hawa,
both covering areas of 50-70 hectares)16 have not
so far been found.
noticed due to their elusive evidence: the number
of surveyed sites dating to the seventh–fourth mill.
BC has thus grown considerably and this permits
the exploration of specific trends characterising prehistoric occupation in the LoNAP area.
Though much of the data analysis is still ongoing and in particular the study of the finds has only
begun to enter a more detailed phase, the evidence
to hand permits some observations to be made concerning especially the nature of the LC settlements
in the region. The aim of this paper is to present a
specific study that may help our understanding of
the LC settlement dynamics that characterise Upper Mesopotamia. In more detail we discuss here a
few selected case-studies from the LoNAP area, for
which – since the finds collected there are in a more
advanced phase of study – a more precise reconstruction of the local settlement dynamics is possible. The final target is to provide a “social perspective” of the surveyed evidence, i.e. we aim to explore
the level of social cohesion, that is the “social force”
that stimulates discrete groups of people to cooperate and share knowledge and/or information, as this
manifests itself at a regional level in the survey evidence (settlements and pottery).
Though this kind of topic is usually investigated
at intra-site level, we propose here – experimentally
– a method based on the analysis of the occurrence
of settlement patterns characterised by significant
site clustering and the presence of a significant level of ceramic types in common. A similar approach
has already been successfully adopted on a broader scale14: here we propose a more limited analysis
based on a selection of seven sites analysed with regard to the two above-mentioned indicators (settlement pattern and pottery).
1. The body of data and regional traits
LoNAP is a survey project investigating an area of
3000 sq km, mostly concentrated in the province of
Dohuk (fig. 2).
It has thus far identified 196 settlements dating
to the Chalcolithic period, more or less evenly dis-
15
Iamoni 2016, p. 70; 2018.
Ball, Tucker, Wilkinson 1989; Wilkinson,
Tucker, 1995; Oates et Al. 2007.
16
14
Peeples 2018.
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The social landscape of Upper Mesopotamia: a preliminary overview of the Late Chalcolithic evidence
Figure 2
LoNAP area with all the archaeological sites surveyed
Table 1
Site dimensions (the areas refer to the general size of the mounds, which sometimes comprise different occupation periods)
Site n
Settled areas in hectares
1
1046
0.5
2
1047
0.4
3
1052
1.7
4
1053
1.7
5
1048
2.0
6
1050
4.0
7
1049
6.13
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Figure 3
LC sites surveyed and analysed in the text; symbols have been graduated according to the size of each site (see table 1 for
exact dimensions); in the centre right side of the picture note the third wadi, in which two Early Chalcolithic/Northern
Ubaid sites were surveyed (not discussed in this analysis)
This aspect may suggest the occurrence of local trajectories towards complexity (and ultimately
urbanization?) that may differ substantially from
what is currently known17: the formula urban
settlements=large sites, small settlements=rural
sites might not work well in the region of the eastern Upper Tigris
An interesting aspect is that most sites show a
settlement chronology that does not seem to start
earlier than the Late Chalcolithic period. Though
this might have been affected by the river activity
mentioned above, which might have hidden the
Neolithic levels, it may somehow really reflect a settlement pattern that started locally only in the fifth
17
millennium. Two other sites (not included in this
analysis) are located along a wadi further east and
date to the Early Chalcolithic (Northern Ubaid)
but did not show any evidence of LC occupation.
This situation may be a consequence of the radical
settlement increase that characterised the region
during the LC18 and that may depend on a significant demographic growth that occurred in the region across the late fifth and the fourth millennium
BC. This picture, albeit partially corrected by recent
survey results, is still valid and represents one of the
most striking aspects of the prehistoric occupation
in the LoNAP survey area.
18
Iamoni 2016.
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Morandi Bonacossi, Iamoni 2015.
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The social landscape of Upper Mesopotamia: a preliminary overview of the Late Chalcolithic evidence
At the same time, as discussed below, this might
suggest the occurrence of settlement patterns during
the Late Chalcolithic period that may be a consequence of new economic and subsistence strategies
– corroborating preliminary hypotheses proposed
previously19. From this perspective, the body of data
presented here may thus help us to understand better the dynamics that shaped Late Chalcolithic regional settlement, especially in an area that until a
few years ago had been only marginally touched by
systematic archaeological investigations.
1521.8 m, with an SD of 493.6 m (both decrease if
one removes sites 1047/6: average 1358.2 with an
SD of 322.05). This short distance does not seem to
occur by chance: a similar pattern has been observed
elsewhere – though located in a different area of the
LoNAP survey area, the plain south of Ba’dreh24.
LC 1-2 is considered to be a period during which
the dynamics of socio-economic complexity accelerated. Compelling evidence of this has been found in
crucial LC sites such as Tell Brak and Tepe Gawra.
In the first, recent excavations in Operation TW,
Levels 21-18 (more precisely 21-19 are dated to the
LC 2, whereas LC 18 to the early LC 3), showed evidence of workshop areas specialised in the production of artefacts in hard stones (obsidian flints and
cornaline) under the supervision of the local elite/
bureaucracy25. The latter might have dwelt in an adjacent public building, characterised by a large entrance and massive, thick walls26. In the second, older (though still crucial) excavations carried out by
the Pennsylvania Museum of Archaeology demonstrated the occurrence of increasing social hierarchy
through the discovery of buildings with uncommon
features, such as the so-called White Room of Level
XII, and a number of tombs containing grave goods
characterised by the presence of luxury items such as
copper and electrum artefacts from tombs 109, 110
and 114 of Level X27. The absence of these precious
raw materials in Upper Mesopotamia suggests that
a solid long distance network was established during the mid-late fifth millennium and that this was
vital for the development of the early LC societies
of Tepe Gawra.
The limited body of data analysed here cannot
add definitive supporting evidence – which only a
wider view based on the results of the LoNAP survey can give. Yet, the regularity of the site distribution might mirror the emergence of new settlement strategies derived from new exigencies, among
which the necessity to strengthen contacts between
all communities would seem to be a plausible contender. A second question concerns their occur-
3. Analysis of the data: the LC 1-2
The following analysis attempts to identify the occurrence of possible settlement patterns by breaking the Late Chalcolithic into two major periods
LC 1-2 and LC 3-5, in agreement with a subdivision
commonly adopted in analyses of survey evidence in
the Near East20.
The LC 1-2 sites (fig. 4) show a linear distribution along the wadis which confirms one of the general trends observed especially in prehistoric periods, that is the position of settlements in proximity
to water courses21. This may point to a more specific
need for the constant and reliable presence of water in the neighbourhood settlements, if not for the
whole year at least for a significant part of it. However, the distribution of the sites, though based on
a small sample, manifests another noteworthy feature: most settlements are located at a regular distance from one another (table 2). Aside from sites
1047 and 1046, whose nature has still to be fully
understood, as they might either represent a case
of cyclical settlement in the same area22 – possibly
similarly to what has been recently observed in the
near site of Muqable23 – or part of a unique LC settlement whose limits have yet to be fully recognised,
the other sites are located at an average distance of
19
Iamoni 2018.
Ur 2010.
21
Wilkinson, Tucker 1995, p. 40; Iamoni 2018.
22
Bernbeck 2013, pp. 57-58; Akkermans 2013a,
pp. 69-70; 2013b, p. 29.
23
Pfälzner et Al. 2017.
24
20
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Morandi Bonacossi, Iamoni 2015.
Oates 2012, pp. 172-175. Oates et Al. 2007;
McMahon 2013; Al-Quntar 2016, pp. 167-172.
26
Oates 2012, pp. 171-176.
27
Tobler 1950, pp. 25-30; 89-92.
25
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Table 2
Distance among sites expressed in metres
Average 1521.8
SD 493.6
Figure 4
Distribution of LC 1-2 sites
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The social landscape of Upper Mesopotamia: a preliminary overview of the Late Chalcolithic evidence
Hawa32 in the Syro-Iraqi Jezirah – it is noteworthy
that the sites still settled during the LC 3-5, in particular sites 1050 and 1049, are the largest in the area
under analysis. The position of nos. 1049 and 1050,
which are significantly farther north than the other
group of sites located on the same wadi (1048 and
1047), might suggest some kind of “centralization”
or perhaps nucleation of the settlement emerging
in the area. This information, when combined with
the presence of Southern Uruk pottery on site 1049,
may indicate the occurrence of new settlement strategies based on a model of increasing economic complexity – influenced or perhaps triggered (?) by long
distance contacts, especially with south Mesopotamian societies33. The latter may well have wanted to
achieve access to raw materials sources or to establish
direct contacts with local settlements that were in a
position to facilitate such access. Investigation of the
mines of the Jebel Zawa34 and relative circulation of
flint artefacts derived from those mines is still in progress and thus the evidence reviewed here still needs
a more robust examination; however, it seems likely
that the Jebel Zawa flint source might have played a
role in these dynamics.
On this point it must be stressed that evidence
of Uruk sites in the LoNAP region has been thus far
quite elusive. Survey pottery material of Uruk inspiration or tradition had previously been sporadically
identified and the number of settlements – especially when compared with other regions of Iraqi Kurdistan located further east such as in the area of Erbil35
and Sulaymaniya36 where significant phenomena of
interaction have been identified – was significantly
lower. This substantial discrepancy represents one
of the most intriguing distinctive traits characterising the region under analysis37.
rence along wadis: this might imply also the need
to explore the region in search of direct access to
sources of raw materials or the intention to create a
network aimed at facilitating the wider circulation
of raw materials. The cases of Brak and Gawra are
indeed in many respects exceptional for the abundance and quality of the finds: the sites here analysed
might reflect at a lower level this greater attention to
the exploitation of local sources. Not far from here,
in the valley south of Dohuk lie a number of flint
mines whose exploitation probably started in a systematic and intensive way during the LC28: the cases
analysed here might be part of this growing demand
for specific raw materials.
4. The LC 3-5 settlement
The later phase of the Late Chalcolithic spans approximately 700 years according to the recent periodization in use for Northern Mesopotamia29.
Although covering such a significant timespan, the
evidence to hand in the region under analysis is apparently controversial (fig. 5). The number of sites
decreases substantially, with only five sites that now
look to be settled. These too are located near the watercourses, thus suggesting that the importance of local natural resources, in particular water, was still important during the LC 3-5. The diminished number
of sites is, on the contrary, a somewhat unexpected
trend. Given the preliminary character of this paper,
only a provisional and hypothetical explanation is
suggested for these trends. The abandonment of two
sites along the water courses – which were among
the smallest in the sample analysed – might depend
on the emergence of new dynamics leading towards
settlement centralization. Although, as mentioned
above, the region surveyed by LoNAP does not seem
to show the occurrence of large LC 3-5 centres covering about 50 hectares or more – typical of neighbouring regions30, such as Tell Brak31 and Tell el
28
29
30
31
32
Ball, Tucker, Wilkinson 1989; Ball 1990.
Algaze 1993; Rothman 2001a.
34
Conati Barbaro et Al. 2016.
35
J. Ur pers. comm.
36
Vallet et Al. 2017; Skuldbøl, Colantoni 2016,
pp. 15-16.
37
This consideration refers mainly to evidence from the
2012-2016 survey seasons; more recent investigations, whose
results are not discussed in the present paper, have been carried out during the 2017 and 2018 seasons and have slightly
changed the picture under analysis, although it must be said
that the general scarcity of Uruk sites is still valid.
33
Conati Barbaro et Al. 2016.
Rothman 2001a; Stein 2012.
Iamoni 2016.
Ur, Karsgaard, Oates 2011; McMahon 2013.
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Figure 5
Distribution of LC 3-5 sites
5. The pottery evidence
achieved and obtaining a homogeneous view of the
archaeological landscape of a large portion of Upper
Mesopotamia. The use of WT in the Eastern Upper
Tigris region will also serve to increase the number
of diagnostic types available – and consequently its
chronological accuracy, as well as its regional applicability over an area much wider than that for which
it was originally devised (and on which its diagnostic types are based).
The classification of the ceramics retrieved during survey (tab. 3) shows a discreet agreement with
types already known from previous investigations
located in the Syro-Iraqi Jezirah. The traits characterising the ceramic assemblages are three. As far
as the early period of LC is concerned (fig. 6: 1-9),
this is dominated by two well-known types, jars
with flaring necks/rims (T4/5) and bowls with in-
The study of the ceramic data is still ongoing and
as a consequence a detailed report of the diagnostic
traits of the pottery cannot be given in this work.
However, a preliminary classification of the LC
pottery was performed using the Ceramic Working Typology (hereafter WT) originally devised by
Wilkinson and Tucker for their North Jazira Survey38 and later expanded by J. Ur for his Tell Hamoukar Survey39. Currently the WT has been adopted
by LoNAP itself as well as by three projects carrying
out surveys in neighbouring areas (EHAS, UGZAR
and EPAS) with the goal of coordinating the results
38
39
Wilkinson, Tucker 1995, p. 89.
Ur 2010.
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Figure 6
Selection of LC sherds surveyed in the sites analysed; n.1-9 early LC (LC1-2) n. 10-14 late LC (LC 3-5)
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Table 3
Classification of surveyed Late Chalcolithic pottery: types T4 represent the LC1-2, whereas types T5b represent the
LC 3-5
ternally thickened rim (T4/18)40, which suggests
the occurrence of a rather standardised ceramic
production, characterised by the predominance of
a few specific form types. This aspect may reflect
(and indeed also be the consequence of) the distribution of settlements, the regular and close spacing
of which may have strengthened social interaction
and sharing of similar material culture, such as the
use of standardised set of vessel types. Somehow
unexpected is the apparent absence of the so-called
“Sprig Ware”, a painted decoration that appears
on open as well as closed forms and that is typical of the early LC (and perhaps also late Northern
Ubaid) period41. The retrieval of a significant number of Sprig Ware fragments in the site of Shelgiyya, on the western side of the River Tigris, suggests that this area was the centre of production of
this pottery type42: its absence in the sites discussed
here is thus a point which requires further inves-
tigation. Similarly, the low presence of another
hallmark of the early LC, the so-called Coba bowls
(T4/1)43, is an aspect that stresses the likely occurrence of a ceramic tradition slightly different from
neighbouring regions. At the same time, the rare
occurrence of the second type – the Coba bowls,
which have been connected to the organization of
communal meals and ultimately to the existence of
local elites44, may also suggest a functional differentiation of the surveyed sites. Some settlements
may lack the Coba Bowls simply because they were
rural in character and thus devoid of any ceramic
types related to social hierarchy45.
43
44
Baldi 2012, pp. 401-405.
I am deeply indebted to one of the two anonymous reviewers for this consideration, which will require a thorough examination of the area surveyed by LoNAP for a full confirmation of this intriguing interpretation, since the survey evidence
(i.e. the ceramic types scattered on the surfaces of sites) might
differ from excavation data (i.e. pottery assemblages from excavated contexts). The “visibility” of the first might be completely
different from the second.
45
40
Tobler 1950, fig. 142: 349, 351; Matthews 2003,
fig. 3.13:2; Pfälzner et Al. 2017, pl. 2: 41-48; Gavagnin,
Iamoni, Palermo 2016, pp. 128-129.
41
Tobler 1950, p. 149; Rothman 2002, p. 57.
42
Ball 1997.
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Baldi 2012, 2016a; Balossi Restelli, Helwing
2012.
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The later period of the LC (represented by types
T5b in Tab. 3) is on the other hand constituted by
a smaller number of ceramic types (fig. 6: 10-14).
Among these, the internally hollowed rim jars
(T5b/1) are the most frequently occurring types and
represent a good chronological indicator for the later period of the Late Chalcolithic46. Other types are,
however, present in similar percentages; noteworthy
among these is the presence of Grey Ware (T5b/3),
a distinctive pottery of the mid-late LC period47 that
frequently occurs with bowls characterised by externally swollen rims. The latter are well known in the
region as their presence in the late fourth millennium
levels of the “Deep Sounding” of Nineveh attests48. In
general, the later period of the LC seems to be characterised, at least in the sites under examination, by a
paucity of pottery. This is mirrored by the more restricted number of recognised types, especially when
compared with the preceding early LC. Such an apparent anomaly may suggest the occurrence of a more
variegated horizon of – thus far – unrecognised ceramic types that differ somehow significantly from
the Syro-Iraqi Jezirah tradition, upon which much of
the WT is based. In more detail, the rare presence of
two major diagnostic types (casseroles and hammerhead bowls) – if not their apparent absence, as seems
to be the case for the casseroles – from the assemblages of the sites discussed here seems to confirm the hypothesis proposed in preliminary work of a ceramic
horizon characterised by local traits49.
The following traits look to be of specific relevance:
1. Settlements seem always to be located on water
courses
2. Settlements seem to be spaced at regular distances
3. A possible reduction in site numbers in favour of
larger (?) centres
4. A rather distinct standardization (= prevalence
of only a few ceramic form types within the surveyed pottery assemblages) – especially during
the LC 1-2- in the ceramic culture
The limited body of data does not allow to conclusive considerations to be put forward, yet the
trends highlighted show some points of convergence that may offer hints for future explorations
of the LC body of data in Upper Mesopotamia. In
more detail, the four marking traits may offer evidence in support of a changing level of interaction,
a concept that has been used more and more widely
by archaeologists to explain the different types of
contacts emerging between North and South Mesopotamia during the Chalcolithic/Ubaid-Uruk
periods50. Traditionally, this topic has been investigated at site level – that is, via analysis of settlement sequences whose material culture may help to
provide insights into the nature of the Chalcolithic
in the north as well as on its dynamics, with thus
a particular regard to long distance contacts. Little
attention has been given to its possible repercussions on the regional settlement pattern.
It is indeed clear and widely accepted that major
changes characterised human communities across
the Chalcolithic, with some of the most visible
socio-economic transformations occurring more
clearly – or at least more visibly in the archaeological record – during the latter part of the period.
New organizational models shaped societies, with
specialization, hierarchy, and new economic strategies, whose repercussions might have also have affected the regional settlement pattern. Full analysis
of the LoNAP data – given its coverage of 3000 sq
km – will provide more significant and definitive re-
6. Conclusions
The data sample discussed above show the occurrence of micro-dynamics that have shaped the settlement pattern in the Upper Tigris Valley. Albeit
local in extension, this analysis seems somehow to
reflect the occurrence of patterns that are evident
on a larger scale.
46
Schwartz 1988, fig. 60: 5.
Rova 1999/2000; Brustolon, Rova 2007,
pp. 15-16; Gavagnin, Iamoni, Palermo 2016, p. 130.
48
Gut 1995, fig. 55: 800-805.
49
Gavagnin, Iamoni, Palermo 2016, p. 132.
47
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Stein 1999, 2010; Carter, Philip 2010.
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Marco Iamoni
tion that may have resulted in a different and probably more coordinated level of interaction. It would
be tempting to interpret this as the result of the socalled “Uruk intrusion”52 and the consequent impact
of “more developed” societies from South Mesopotamia on Northern Mesopotamian groups. Such vision assumes that local polities, albeit characterised
by traits at the basis of the “Urban Revolution”, had
not triggered the full mechanisms of economic complexity that emerged only via the contact with south
Mesopotamian urbanised sites53. However, recent investigations have revealed the occurrence of similar
processes in Upper Mesopotamia – with evidence of
labour specialization, centralised control of crafts by
local elites that demonstrated the independent path
followed by Northern Mesopotamian societies in the
emergence of socio-economic complexity54 and, ultimately, of urbanization55. Recent research has consequently focussed on the identification of which
elements are more relevant to the formation and constant stimulus for growing levels of complexity, identifying “trade/contact” and “control/management
of food surplus” as key factors in this path56. The
evidence analysed here would seem to support the
contact model as a major element in changes characterising local (and possibly regional) interaction57:
thus far this result concerns the settlement pattern,
although we suspect that it may also somehow mirror internal social changes that characterised the single settlements. To explore this relationship and to
find fuller support for the hypotheses proposed above
a wider data set of is necessary. The final results of the
ongoing survey projects in Iraqi Kurdistan58 and the
contemporaneous archaeological investigation of
Chalcolithic sites in Iraqi Kurdistan may offer decisive evidence in this respect.
sults: the LoNAP evidence analysed here, being local in size, may offer some hints of the macro-trends
that will probably be clearer and more visible at the
end of the full analysis.
The regular distribution of sites in combination with the occurrence of a standardised ceramic
tradition seems to reflect a higher degree of interaction among communities. This interaction may
have been still local in its reach, especially during
the late fifth and early fourth millennium BC: the
analysis of the ceramic corpus has not highlighted
any “foreign” imported types, i.e. any pottery forms
that may belong to neighbouring (but different) ceramic regions. However, the early LC communities interacted in different ways in comparison to
previous periods: their linear and regular distribution seems the continuation of a trend identified in
a previous analysis carried out on the late ceramic
Neolithic (Halaf) and early Chalcolithic (Northern Ubaid) settlement based on the data provided
by the Northern Jazira Survey51. In that analysis, a
settlement pattern changing from a rather clustered
to a more linear distribution was observed in area
north of the Jebel Sinjar: the evidence here observed
suggests a continuation of this trend. The position
of sites along watercourses was indeed determined
by the necessity of water; at the same time, the linear
pattern may indicate a strategy aimed at a major involvement and/or exploitation of these communities in the regional circuits of exchange and/or contacts. Ultimately they might have not only aimed at
being more strictly part of a supra-regional net, but
might also have been (consciously or unconsciously) engines for a widening of this network.
The decrease in number of settlements and the
apparently less standardised ceramic horizon that occurred during the latter part of the LC, on the other hand, seems to be a consequence of the expansion
of networks of contacts that ultimately must have
caused (or been derived from?) such an interaction.
The concentration of settlements in specific and
more distant areas and the possible emergence of – at
least – one of these as a larger settlement (though not
comparable in size to the large urban centres located
farther west) suggests a higher degree of centraliza51
52
Nissen 2001; Rothman 2001b, pp. 370-386;
Akkermans, Schwartz 2003, pp. 209-210.
53
Algaze 1993.
54
Frangipane, 2012.
55
Stein 1999; Oates 2002; McMahon 2013;
Frangipane 2016.
56
Algaze 2008; Frangipane 2011, 2018.
57
Rothman 2001b, p. 399
58
For the purpose of this article, see in particular the latest results achieved in the Rania Plain (Baldi 2016b).
Iamoni, in press; Wilkinson, Tucker 1995.
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The social landscape of Upper Mesopotamia: a preliminary overview of the Late Chalcolithic evidence
Acknowledgments
This article discusses the preliminary results of several years of survey campaigns in which I have had the pleasure
to participate, together with the members of the University of Udine mission and of the Directorate of Antiquity
of Douhk. To all of them, I wish to express my deepest gratitude for the many hours of hard work we spent together
on the field. I am much indebted to C. Coppini and F. Simi who coordinated the blind peer review of this article.
I wish, eventually, to express my gratitude to the two anonymous reviewers for their useful comments; it goes however
without saying that any remaining mistakes must be ascribed to the author.
West & East
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