Hostname: page-component-586b7cd67f-rcrh6 Total loading time: 0 Render date: 2024-12-03T19:12:51.847Z Has data issue: false hasContentIssue false

The Neolithic and Mesolithic occupation of the cave of Cyclope, Youra, Alonnessos, Greece

Published online by Cambridge University Press:  27 September 2013

Adamantios Sampson
Affiliation:
Ephorate of Antiquities of the Cyclades

Abstract

The cave of Cyclope is situated on the SW side of the island of Youra, 16 miles from Alonnessos. Systematic research in the cave lasted from 1992 to 1996. The upper layers, which date to the Roman period, contained mainly lamps. In the centre of the cave a Middle Neolithic stratum yielded a mass of pottery of exceptional red-on-white decoration. In cutting C, near the entrance, the upper layers belonged to Late Neolithic I (5th millennium BC) and were underlain by a thin Early and Middle Neolithic layer. Most of the deposits were Mesolithic. These layers consisted of faunal remains and thick-packed living floors in which there were ash hearths and scattered charcoal. Radiocarbon dates from these strata ranged from c. 6800 to 8500 BC. The quantity of fish bones and shells was immense in the Mesolithic levels, suggesting, in association with the variety of bone hooks, high dependance on sea resources. The presence of Mesolithic habitation on a small island in the northern Aegean demonstrates that the cave of Cyclope is the earliest site in the Aegean Sea.

Type
Articles
Copyright
Copyright © The Council, British School at Athens 1998

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

1 Plin., HN iv. 12. 72Google Scholar.

2 Sampson, A., Alonnessos and the Deserted Islands (Athens, 1973Google Scholar).

3 Sampson, A., ‘Ἡ ανασκαφή στο σπήλαιο του Κύκλωπα Γιούρων Αλοννήσου κατά το 1992’Ανθρωπος και Σπηλαιοπεριβάλλον: Proceedings of the 1st Greek Congress on Spelaeology, Athens 11/1992 (Athens, in press)Google Scholar; id., ‘Excavation at the cave of Cyclope on Youra, Alonnessos’, in E. Alram-Stern (ed.), Die ägäische Frühzeit, 2. Serie (1975–1993): I. Das Neolithikum in Griechenland (Vienna, 1996), 507–19Google Scholar = Sampson 1996a.

4 Sampson, A., ‘La grotte du Cyclope; un abri de pêcheurs préhistoriques?’, Archeologia, 328 (1996), 54–9Google Scholar = Sampson 1996b; id.,‘Το σπήλαιο του Κύκλωπα στα Γιούρα’, in A. Sampson (ed.),Η Αρχαιολογική Ἑρευνα στις Βόρειες Σποράδες= 1st Local Symposium Proceedings, Alonnessos 10/1996 (Athens, in press); id., ‘The cave of Cyclope at Youra, Alonnessos’, in G. Papathanasopoulos (ed.), Neolithic Civilization in Greece (Athens, 1996) = Sampson 1996c.

5 Athens Agora: Immerwahr, S.A., The Athenian Agora, XIII: The Neolithic and Early Bronze Age (Princeton, 1971), pl. 10Google Scholar. Eutresis: Caskey, J. L. and Caskey, E. G., ‘The earliest settlements at Eutresis: supplementary excavations 1958’, Hesp. 29 (1960), 136, fig. 4 iii. 13–14CrossRefGoogle Scholar; Kephala: Coleman, J., Keos I: Kephala. A Neolithic Settlement and Cemetery (Princeton, 1977Google Scholar); Euboea: Sampson, A.,Σκοτεινή θαρρουνίων: Το Σπήλαιο, ο Οικισμός και το Νεκροταφείο (Athens, 1993)Google Scholar; Peloponnese: Phelps, W., The Neolithic Pottery Sequence of Southern Greece (Athens, 1975Google Scholar).

6 Phelps (n. 5), 173.

7 Furness, A., ‘Some early pottery from Samos, Kalimnos and Chios’, PPS 22 (1956), 173Google Scholar; Sampson (n. 5), 67, fig. 57.

8 Sampson, A., ‘Some chronological problems of the end of the Neolithic and Early Bronze Age’, in Maniatis, Y. (ed.), Archaeometry (Athens, 1990), 709Google Scholar; Coleman, J., ‘Greece, the Aegean and Cyprus’, in Ehrich, R.W. (ed.), Chronologies in Old World Archaeology (London, 1992), 247Google Scholar.

9 Coleman (n. 8), pls. 40–1; A. Mari, “Αγγεία με στιλβωτή διακόσμηση”, in Sampson (n. 5), 135–51.

10 Immerwahr (n. 5), table 9:26; Sampson (n. 5), 160.

11 G. Fakorellis and Y. Maniatis, ‘Οι ραδιοχρονολογήσεις από το σπήλαιο τον Κύκλωπα και η ανακύκλωση του 14C στο Αιγαίο’, in Sampso n in press (n. 4); Fakorellis, G., Μελέτη Συνθηκών και Παραμέτρων για Χρονολογήσεις Yψηλής Ακριβείαςμε 14C (PhD Patras, 1996Google Scholar).

12 Sampson 1996a (n. 3), 509, fig. 8; Sampson 1996b (n. 4), 57–8; Sampson 1996c (n. 4), 211–12, cat. nos. 4–5; K. Mavragani, Εικαστική προσέγγιση σε δύο αγγεία της νεολιθικής περιόδου από το σπήλαιο Κύκλωπα Γιούρων, in Sampson in press (n. 4).

13 Efstratiou, N., Agios Petros: A Neolithic Site in the Northern Sporades (BAR S241; Oxford, 1985)Google Scholar, pl. 16. 17; Theocharis, D., Neolithic Greece (Athens, 1973Google Scholar).

14 Milojčič, V. and Zumbusch, J., Die deutschen Ausgrabungen aus der Otzaki–Magula in Thessalien I: Das frühe Neolithikum (Bonn, 1971Google Scholar); Theocharis (n. 13); Weinberg, S., ‘Excavations at prehistoric Elateia’, Hesp. 32 (1962), 158CrossRefGoogle Scholar.

15 Theocharis (n. 13); Tsourinaki, S. and Katsarou, S., ‘Η γραπτή νεολιθική κεραμεική από το σπήλαιο του Κύκλωπα και η σχέση της με την υφαντική τέχνη’, in Sampson in press (n. 4)Google Scholar.

16 Theocharis, D.,Η Αυγή της θεσσαλικής Προϊστορίας(Athens, 1967), fig. 75Google Scholar.

17 Otto, B., Die verzierte Keramik der Sesklo und Dimini Kultur Thessaliens (Mainz, 1985), pl. 2Google Scholar.

18 Gatsof, I. and Özdoğan, M., ‘Some epipalaeolithic sites from NW Turkey’, Anatolica, 20 (1994), 97120Google Scholar.

19 Sampson 1996b (n. 4); Sampson 1996c (n. 4); Sampson, A., ‘Παλαιολιθικές θέσεις στην Εύβοια και στις B. Σποράδες’, Αρχαιολογία και Τέχνες, 60 (1996), 51–6Google Scholar = Sampson 1996d; Sampson, A., ‘Νέα στοιχεία για τη μεσολιθική περίοδο στον ελληνικό χώρο’, Αρχαιολογία και Τέχνες, 61 (1996), 4651Google Scholar = Sampson 1996e.

20 The animal and bird bones are being studied by Dr K. Trantalidou (Department of Palaeoanthropology-Spelaeology, Athens), the mollusc material by Professor L. Karali (Department of Archaeology, University of Athens), and the fish bone assemblage by Dr J. Powell (Department of Classics and Ancient History, University of Queensland, Brisbane) and D. Mylona (Institute of Environmental Archaeology, Rethymno). A preliminary report on the fish-bone material was incorporated in Powell, J., ‘Fishy business: studies in the prehistoric Aegean’, The Artefact, 18 (1995), 78Google Scholar.

21 Jacobsen, T. W., ‘Excavations at Porto Cheli and vicinity, preliminary report II: the Franchthi Cave, 1967–1968’, Hesp. 38 (1969), 343–81CrossRefGoogle Scholar; id., ‘Excavation in the Franchthi Cave, 1969–1971’, Hesp. 42 (1973), 45–88, 253–83; id., ‘Franchthi Cave and the beginning of settled village life in Greece’, Hesp. 50 (981), 303–19; id., ‘17,000 years of Greek prehistory’, Scientific American, 234 (1976), 76–87; Shackleton, J. C., Marine Molluscan Remains from Franchthi Cave (Bloomington and Indianapolis, 1988Google Scholar).

22 The recent excavation at rock shelter no. 1 in the Kleisoura Gorge, near Prosymna, has revealed Mesolithic and Upper Palaeolithic deposits; see Koumouzelis, M. and Kozlowski, J. K., ‘Οι παλαιολιθικές θέσεις στο φαράγγι της Κλεισούρας’, Αρχαιολογία και Τέχνες, 60 (1996), 58Google Scholar; Koumouzelis, M. et al. , ‘Prehistoric settlement in the Kleisoura Gorge, Argolid, Greece (excavations 1993, 1994)’, Archéologie européenne, 8 (in press)Google Scholar.

23 Honea, K., ‘Prehistoric remains on the island of Kythnos’, AJA 79 (1975), 277–9CrossRefGoogle Scholar; Sampson 1996e (n. 19), 48–51.

24 Fakorellis and Maniatis (n. 11).

25 Professer Janusz K. Kozlowski (Jagellonian University, Kraków), pers. comm.

26 See also the Mesolithic layers of Franchthi: Shackleton (n. 21); Cullen, T., ‘Mesolithic mortuary ritual at Franchthi Cave, Greece’, Antiquity, 69 (1995), 277CrossRefGoogle Scholar.

27 Sampson 1996b (n. 4), 56; id., 1996e (n. 19), 48, fig. 4; id., 1996d (n. 19), 55, fig. 3.

28 Powell (n. 20); id., Fishing in the Prehistoric Aegean (SIMA 137; Jonsered, 1996); id., ‘Archaeological evidence for fishing in the prehistoric Aegean’, Bulletin of the Australian Institute for Maritime Archaeology, 18 (1995), 11–18. The great quantity of fish bones within the Mesolithic strata of the cave shows that the daily nutrition of the Mesolithic inhabitants of Youra was based on fishing as well as the hunting of birds. We do not agree with Stratoulis' view that the limited and greatly fluctuating fish population of the Aegean, which had to be harvested by little-developed technical means, did not represent a dependable and productive food source; see Stratoulis, G., ‘Die Fischerei der Ägäis während des Neolithikums: zur Technik und zum potentiellen Ertrag’, PZ 71 (1996), 127Google Scholar.

29 Sampson 1996c (n. 4), 211, cat. no. 1.

30 Id. 1996b (n. 4), 59; id. 1996c (n. 4), 211, cat. nos. 2–3; id. 1996d (n. 19), 54, fig. 2; id. 1996e (n. 19), 48, fig. 3. Four fish-hooks known from the Franchthi Cave date to the Late Neolithic, but they are different from those from Youra; S. Payne, ‘Animal bones’, in Jacobsen, T. W., ‘Excavations in the Franchthi Cave, 1969–1971’, Hesp. 42 (1973), pl. 47. 6CrossRefGoogle Scholar. To the Early Neolithic are dated the well-known hooks from Nea Nikomedia; see Stratoulis, G., Knochenartefakte aus dem Neolithikum und Chalkolithikum Nordgriechenlands: Aspekte zur Wirtschaftweise (PhD Bonn, 1995), fig. 26. 1, 5Google Scholar.

31 Koumouzelis et al. (n. 22).

32 Yalcinkaya, I. et al. , ‘Les occupations tardiglaciaires du site d'Okuzini, sud-ouest de la Turquie’, L'Antkropologie, 99 (1995). 562–83Google Scholar.

33 Bostanci, E. Y., ‘The Mesolithic at Beldibi and Belbasi and the relation with the other findings in Anatolia’, Antropoloji, 3 (1965), pls. ii–iiiGoogle Scholar.

34 Koztowski, J. K., ‘Techno-morphological changes in the Early Holocene lithic industries in South-Eastern Europe’, in Koztowski, J. K. and Gebel, G. (eds), Neolithic Chipped Stone Industries of the Fertile Crescent and their Contemporaries in Adjacent Regions: Studies in Early Near East Production (Subsistence and Environment 3; Berlin, 1996), 61–8Google Scholar; Sampson, A. and Kozlowski, J., ‘Entre l'Anatolie et les Balkans: une séquence mésolithique-néolithique de l'île de Youra/Sporàdes ERAUL (Liège, in print)Google Scholar.

35 Perles, C., Les industries lithiques taillées de Franchthi (Argolide, Grèce) II: Les industries du mésolithique et du néolithique initial (Bloomington and Indianapolis, 1990Google Scholar).

36 Sampson 1996d (n. 19); id. 1996e (n. 19); id., ‘Επιφανειακή έρευνα στα ερημόνησα των B. Σποράδων’, in Sampson in press (n. 4).

37 Efstratiou (n. 13).

38 Bintliff, J. and van Zeist, W., Palaeoclimates, Palaeoenvironments and Human Communities in the Eastern Mediterranean Region in Later Prehistory (Oxford, 1982), 289Google Scholar; Kraft, J. C., Kayan, J., and Erol, O., ‘Geology and palaeographic reconstruction of the vicinity of Troy’, in Rapp, G. and Gifford, J. A., Troy: The Archaeological Geology (Cincinnati, 1982), 1141Google Scholar; also van Andel, T. H., Jacobsen, T. W., Jolly, J. B., and Lianos, N., ‘Late quaternary history of the coastal zone near Franchthi Cave, Southern Argolid’, JFA, 7 (1980), 389402Google Scholar; van Andel, T. H. and Shackleton, J. C., ‘Late palaeolithic and mesolithic coastlines of Greece and the Aegean’, JFA 9 (1982), 445–54Google Scholar. The above theories concerning the rise of sea level have been opposed by S. Stiros and P. Pirazzioli; see S. Stiros, ‘Holocene sea level oscillations and inhabitation history in the Thracian coasts’, in Thracia Pontica: Civilisation and the Sea (1994); id., ‘Holocene sea level changes in Euboea’, Bulletin of the Geological Society (in press); Pirazzioli, P. et al. ‘Crustal block movements from Holocene shorelines: Crete and Antikythera’, Tectonophysics, 86 (1982), 2743CrossRefGoogle Scholar.

39 The Neolithic figurines from Agios Petros bear similarities with finds from the eastern Aegean coast: Furness (n. 7), fig. 13. 1; Hood, S., Excavations at Chios, 1938–55: Prehistoric Emporio and Ayio Gala I (London, 1981), 63Google Scholar, fig. 43; and the Balkans, Gimbutas, M., Goddesses and Gods of Old Europe, 6500–3500 BC: Myths and Cult Images (Berkeley and Los Angeles, 1982Google Scholar); ead:, ‘Mythical imagery at Sitagroi’, in Renfrew, C., Gimbutas, M., and Elster, E. (eds), Excavations at Sitagroi: A Prehistoric Village in Northeastern Greece I (Los Angeles, 1986) 225301Google Scholar; Efstratiou (n. 13), pl. 28, Fig. 70.

40 Analysis of the pottery from Agios Petros suggested three different workshops or techniques, Lyritzis, Y., Orphanides, L., and Efstratiou, N., ‘Neolithic Thessaly and the Sporades’, OJA 10 (1991), 307Google Scholar. See also Kylikoglou, V., ‘Τεχνολογική διερεύνηση κεραμεικών από το σπήλαιο Κύκλωπα Γιούρων’, in Sampson in press (n. 4)Google Scholar.

41 Kraft et al. (n. 38); Fairbanks, R. G., ‘A 17,000 year-old glacio-eustatic sea level model: influence of glacial melting rates on the Younger Dryas event and deep ocean circulation’, Nature, 342 (1989), 637–42CrossRefGoogle Scholar.

42 Perles (n. 35).

43 Honea (n. 23).

44 Sampson 1996e (n. 19), 48.

45 Sordinas, A., Stone Implements from Northwestern Corfu, Greece (Memphis, 1970Google Scholar).

46 Kyparissi-Apostolika, N., ‘Σπήλαιο θεόπετρας: οι παλαιολιθικές επιχώσεις’, Αρχαιολογία και Τέχνες, 60 (1996), 3741Google Scholar; ead., ‘The cave of Theopetra in Kalampaka,’ in G. Papathanasopoulos (n. 4), 67–8.

47 Recently the finds from the lowest deposits of the cave of Zaimis in Megara excavated by G. Markowits in the 1920s (Markovits, G., ‘Die Zaimis-Höhle (Kaki-Skala, Megaris, Griechenland)’, Speldologisches Jahrbuch, 13–14 (19311932), 133–46Google Scholar) have been studied and proved to belong to the Mesolithic period; see Papageorgiou-Stamboli, E., ‘Το σπήλαιο του Zαϊμη στην Κακιά Σκάλα’, Αρχαιολογία και Τέχνες, 59 (1996), 44Google Scholar.

48 Koumouzelis and Kozlowski (n. 22); Koumouzelis et al. (n. 22).

49 The Mesolithic 14C date from Corfu (5870±340 BC) is very late; Sordinas, A., ‘Investigations of prehistoric Corfu during 1964–1966’, Balkan Studies, 10 (1969), 393Google Scholar.

50 Srejović, D., Lepenski Vir (Belgrade, 1969Google Scholar).

51 Özdoğan, M., ‘Life at Çayönü during the Pre-pottery and the Neolithic period’, in Halet Čambel ičin prehistorya yazilan:. Readings in Prehistory: Studies presented to Halet Čambel (Istanbul, 1995) 79Google Scholar.

52 Kirkbride, D., ‘Five seasons at the Pre-Pottery Neolithic village of Beidha in Jordan’, PEQ, 99 (1967), 872Google Scholar.

53 Kenyon, K. M., ‘Excavations at Jericho, 1957–58’, PEQ 90 (1960), 121Google Scholar.

54 Theocharis (n. 16).

55 Milojčić, V. and Boessneck, J., Thessalien I. Die Präkeramische Neolithikum (Bonn, 1962)Google Scholar.

56 Deilaki, E., ‘Παρατηρήσεις πάνω στην Προκεραμεική περίοδο.Από τη Θεσσαλία στα Δενδρά’, Proceedings of the International Symposium in Honour of D. Theocharis (Athens, 1992), 100Google Scholar.

57 J. Kozlowski, who studied the lithics from Dendra and Lerna, the lowest stratum of which was considered to belong to the same phase, found similarities with the Early Neolithic (pers. comm.); see also Kozlowski, J. K. et al. , ‘Chipped-stone industries from neolithic levels at Lerna’, Hesp. 65 (1996), 295372CrossRefGoogle Scholar.