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. 2015:2015:532481.
doi: 10.1155/2015/532481. Epub 2015 Aug 6.

Resilience at the Transition to Agriculture: The Long-Term Landscape and Resource Development at the Aceramic Neolithic Tell Site of Chogha Golan (Iran)

Affiliations

Resilience at the Transition to Agriculture: The Long-Term Landscape and Resource Development at the Aceramic Neolithic Tell Site of Chogha Golan (Iran)

S Riehl et al. Biomed Res Int. 2015.

Abstract

The evidence for the slow development from gathering and cultivation of wild species to the use of domesticates in the Near East, deriving from a number of Epipalaeolithic and aceramic Neolithic sites with short occupational stratigraphies, cannot explain the reasons for the protracted development of agriculture in the Fertile Crescent. The botanical and faunal remains from the long stratigraphic sequence of Chogha Golan, indicate local changes in environmental conditions and subsistence practices that characterize a site-specific pathway into emerging agriculture. Our multidisciplinary approach demonstrates a long-term subsistence strategy of several hundred years on wild cereals and pulses as well as on hunting a variety of faunal species that were based on relatively favorable and stable environmental conditions. Fluctuations in the availability of resources after around 10.200 cal BP may have been caused by small-scale climatic fluctuations. The temporary depletion of resources was managed through a shift to other species which required minor technological changes to make these resources accessible and by intensification of barley cultivation which approached its domestication. After roughly 200 years, emmer domestication is apparent, accompanied by higher contribution of cattle in the diet, suggesting long-term intensification of resource management.

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Figures

Figure 1
Figure 1
Chogha Golan (1) and its geographic position within the Fertile Crescent; (2) Ali Kosh, (3) Chia Sabz, (4) Ganj Dareh Tepe, (5) Sheikh-e Abad, (6) Jani, (7) Tepe Abdul Hosein, (8) M'lefaat, (9) Nemrik, (10) Qermez Dere, (11) Magzalia, (12) Körtik Tepe, (13) Hallan Cemi, (14) Cayonu, (15) Cafer Hoyuk, (16) Asikli Hoyuk, (17) Can Hasan III, (18) Nevali Cori, (19) Göbekli Tepe, (20) Akarcay Tepe, (21) Djade, (22) Halula, (23) Jerf al Ahmar, (24) Mureybet, (25) Abu Hureyra, (26) El Kowm I & II, (27) Bouqras, (28) Abr, (29) Qaramel, (30) Tell Ras Shamra, (31) Kissonerga, (32) Parekklisha-Shillourokambos, (33) Tell Ghoraifé, (34) Tell Aswad, (35) Tell Ramad, (36) Yiftah'el, (37) Iraq ed Dubb, (38) Gilgal, (39) ‘Ain Ghazal, (40) Netiv Hagdud, (41) Dhra, (42) Jericho, (43) Nahal Hemar, (44) Wadi Fidan, (45) Beidha, (46) Basta, (47) Dhuweila, (48) Azraq 31, (49) Wadi Jilat 7; PPN is applied to Iranian sites, because PPNA and PPNB have additional cultural connotations that do only apply to sites in the western and northern part of the FC.
Figure 2
Figure 2
Stratigraphic profile from Chogha Golan with AMS dates in years cal BP (locations of dated samples indicated with blue dots in the profile) and archaeological horizons (AH) in Roman numbers. Percentages of taxa and groups of taxa relevant for the development of cultivation and domestication in each sample based on the total of all identifications from each AH (location of samples are indicated with red dots in the profile): Aegilops sp. (goat-grass), Triticum-type taxa: agglomeration of different Triticum taxa (including Triticum boeoticum/dicoccoides grains and glume bases, free-threshing wheat type rachis internodes and unidentified Triticum taxa), Hordeum spontaneum (wild barley), probable arable weeds acc. to Willcox [3] including Trigonella sp., Silene sp., Reseda luteola, Ornithogalum/Muscari, Medicago radiata, Malva sp., Lithospermum sp., Heliotropium sp., Gypsophila sp., Galium sp., Fumaria sp., Erodium sp., Coronilla sp., Centaurea sp. and Adonis sp.; (n) number of seed and chaff records identified in each horizon. The yellow bar indicates the equivalent Levantine cultural chronology. The palynological and stable oxygen isotope data (right) represent the relevant sequences of Lake Zeribar record extracted from [55].
Figure 3
Figure 3
Ecotopes in Iran with archaeobotanically investigated sites: (1) Chogha Golan, (2) Ali Kosh, (3) Chia Sabz, (4) Ganj Dareh Tepe, (5) Sheikh-e Abad, (6) Jani, (7) Tepe Abdul Hosein, (8) Jaffarabad, (9) Tepe Hasanlu, (10) Tepe Musiyan, (11) Tepe Yahya, (12) Tall-e Mushki, (13) Tall-e Jari, (14) Tall-e Bakun, (15) Tepe Sialk, (16) Bendebal, (17) Sharafabad, (18) Tepe Farukhabad, (19) Tepe Sabz, (20) Godin Tepe, (21) Tappeh Gijlar, (22) Malyan, (23) Shahr-i Sokhta, (24) Tepe Hissar, (25) Konar Sandal, (26) Bastam, (27) Nush-i Jan, (28) Qal'eh Ismail Aqa, (29) Susa-Ville Royale.
Figure 4
Figure 4
Find density, diversity and percentage of wild progenitor species of crops (all large-seeded grasses and pulses that were domesticated in the Neolithic period, i.e., mainly taxa of Triticum, Hordeum, and Lens) shown in their deviation from the mean represented by the x-axis.
Figure 5
Figure 5
Proportions of the main taxa groups throughout the stratigraphic sequence; Triticum type taxa and barley include wild and domesticated taxa; total number of records on which percentage proportions are based for each archaeological horizon: I: 327, II: 1022, III: 2309, IV: 8875, V: 6584, VI: 1628, VII: 1298, VIII: 1550, IX: 614, X: 942, XI: 6621.
Figure 6
Figure 6
Development of the proportions of taxa groups without the small-seeded grasses.
Figure 7
Figure 7
Development of barley grain sizes (B ∗ Th: breadth multiplied by thickness) throughout the stratigraphic sequence.
Figure 8
Figure 8
Taxa groups by bone weight for horizons with large samples (NISP > 50).
Figure 9
Figure 9
Anthracological diagram showing percentage fragment counts of the main taxa represented in the Chogha Golan deep sounding sequence (see also Table 3).
Figure 10
Figure 10
Δ13C measurements of wild barley grains throughout the stratigraphic sequence of Chogha Golan. Each circle represents a measurement for a single grain.
Figure 11
Figure 11
Find densities of the different find groups over the stratigraphic sequence.

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