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Current research and recent radiocarbon dates from Northern Africa

Published online by Cambridge University Press:  22 January 2009

Angela E. Close
Angela E. Close
Affiliation:
Southern Methodist University, Dallas
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Extract

The effect of recent radiocarbon dates from North Africa has largely been to extend the principal phases of prehistory back in time. The Middle Palaeolithic now seems to be essentially beyond the range of the radiocarbon technique, at least in the Eastern part of North Africa, although it may persist later in the West, and, throughout North Africa (with the sole exception of Cyrenaican Libya), there remains a disturbing hiatus between the Middle Palaeolithic and the subsequent Late Palaeolithic bladelet industries. The latter now seem to appear at about 20,000 B.c. over most of non-Saharan, North Africa, and may eventually be found to be earlier. Some of the earliest such occurrences may well be associated with domestication of plants (in Egypt) and of animals (in Algeria). If so, this will necessitate serious reconsideration of our concepts of the ‘Neolithic’. In any case, a true Neolithic appears in parts of the Southern Sahara as early as the eighth millennium B.C., and is widespread in the area by the seventh millennium. Curiously, the beginnings of the Neolithic are much later in the neighbouring and more luxuriant areas (the Nile Valley, the Mediterranean littoral and the Maghreb) than they are in the desert. Less research has been done on the final prehistoric and early historic periods, but, in the North, the invention of the Libyan alphabet and, in the South, the later Iron Age of Chad both seem earlier than had been thought.

Type
Research Article
Information
The Journal of African History , Volume 21 , Issue 2 , April 1980 , pp. 145 - 167
Copyright
Copyright © Cambridge University Press 1980

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References

1 Willett, F., ‘A survey of recent results in the radiocarbon chronology of western and northern Africa’, J. Afr. Hist., xii (1971), 339–70.CrossRefGoogle Scholar

2 Flight, C., ‘A survey of recent results in the radiocarbon chronology of northern and western Africa’, J. Afr. Hist., xiv (1973), 531–54.CrossRefGoogle Scholar

3 Posnansky, M. and Mclntosh, R., ‘New radiocarbon dates for northern and western Africa’, J. Afr. Hist. xvii, 2 (1976), 161–95.CrossRefGoogle Scholar

4 Calvocoressi, D. and David, N., ‘A new survey of radiocarbon and thermoluminescence dates for West Africa’, J. Afr. Hist., xx (1979), 1–29.CrossRefGoogle Scholar

5 Wendorf, F. and Schild, R., Paleoenvironments and Human Exploitation in the Western Desert of Egypt (New York, in press).Google Scholar

6 Wendorf, F., Schild, R., el Hadidi, N., Close, A. E., Kobusiewicz, M., Wieckowska, H., Issawi, B. and Haas, H., ‘The use of barley in the Egyptian Late Paeolithic’, Science, ccv (1979), 1341–7.CrossRefGoogle Scholar

7 Wendorf, F., ‘Late Paleolithic sites in Egyptian Nubia’, in The Prehistory of Nubia, ed. Wendorf, F. (Dallas, 1968), 791–953.Google Scholar

8 Wendorf, F. and Schild, R., The Prehistory of the Nile Valley (New York, 1976), 291.Google Scholar

9 Haas, H. and Haynes, V., ‘Southern Methodist University Radiocarbon Date List II’, Radiocarbon, xvii, 3 (1975), 354–63.CrossRefGoogle Scholar

10 Phillips, J. L., ‘Two final Paleolithic sites in the Nile Valley and their external relations’, Papers of the Geological Survey of Egypt, lvii (Cairo, 1972).Google Scholar

11 Wendorf, and Schild, , Paleoenvironments.Google Scholar

12 Haas, H., personal communication.Google Scholar

13 Hassan, F. A., personal communication, and ‘Prehistoric studies of the Siwa Oasis region, northwestern Egypt’, Nyame Akuma, ix (1976), 18–34Google Scholar. I wish to thank Dr Hassan for providing details of his additional Siwan dates.

14 Wendorf, and Schild, , Paleoenvironments.Google Scholar

15 ibid.

16 ibid.

17 Camps, G., Les Civilisations Préhistoriques de l'Afrique du Nord et du Sahara (Paris, 1974).Google Scholar

18 Wendorf, and Schild, , Paleoenvironments.Google Scholar

19 ibid.

20 Gabriel, B., ‘Zum ökologischen Wandel im Neolithikum der östlichen Zentralsahara’, Berliner Geogr. Abhandlungen, xxvii (Berlin, 1977)Google Scholar. Gabriel, Dr has also very kindly provided information on three unpublished dates for ‘fire-places’ in the Western Desert of Egypt (Hv. 8240–2).Google Scholar

21 Wendorf, and Schild, , Paleoenvironments.Google Scholar

22 Flight, ‘Survey’. See also the dates for the Neolithic in the Sudan, below.

23 I am very grateful to Dr F. A. Hassan for providing details of his unpublished dates for the Predynastic.

24 Summaries of some of the dates for Dynastic Egypt may be found in Hassan, F. A., ‘Radiocarbon chronology of Archaic Egypt’, J. Nr. Eastern StudiesGoogle Scholar (in press), and Mellaart, J., ‘Egyptian and Near Eastern chronology: a dilemma?’, Antiquity, liii (1979), 6–18.CrossRefGoogle Scholar

25 Wendorf, F., Schild, R. and Haas, H., ‘A new radiocarbon chronology for prehistoric sites in Nubia’, J. Field Archaeology, vi, 2 (1979), 219–23.Google Scholar

26 Marks, A. E., ‘The Khormusan: an Upper Pleistocene industry in Sudanese Nubia’, in Wendorf, F. (ed.), Nubia, 315–91.Google Scholar

27 Vermeersch, P., El Kab II. L'Elkabien, Epipaléolithique de la Vallée du Nil Egyptien (Brussels, 1978).Google Scholar

28 Valastro, S., Davis, E. M. and Varela, A. G., ‘University of Texas at Austin radiocarbon dates: XII’, Radiocarbon, xx, 2 (1978), 245–73.CrossRefGoogle Scholar

29 Posnansky and Mclntosh, ‘Dates’.

30 Haaland, R., ‘Report on the 1979 season in the Sudan’, Nyame Akuma, xiv (1979), 62.Google Scholar

31 Haaland, R., ‘The seasonal interconnection between Zakiab and Kadero: two Neolithic sites in the Central Sudan’, Nyame Akuma, xiii (1978), 31–5.Google Scholar

32 Krzyzaniak, L., ‘New light on early food-production in the Central Sudan’, J. Afr. Hist. xix, 2 (1978), 159–72.CrossRefGoogle Scholar

33 Gabriel, , ‘Zum ökologischen Wandel’.Google Scholar

34 Gabriel, B., ‘Protohistorische Steinplätze am Nordrand der Sahara’, Stuttgarter Geogr. Studien, xci (1977), 237–45.Google Scholar

35 Barich, B., ‘La Série Stratigrafica dell'Uadi Ti-n-Torha (Acacus, Libia)’, Origini, viii (1974), 7–184.Google Scholar

36 I am very grateful to Dr Barich for providing details of the unpublished dates (R. 1160α, 1163α and 1164α) from Ti-n-Torha.

37 Saxon, E. C., Close, A. E., Cluzel, C., Morse, V. and Shackleton, N. J., ‘Results of recent investigations at Tamar Hat’, Libyca, xxii (1974), 49–91.Google Scholar

38 Geist, V., Mountain Sheep (Chicago, 1974), 87–8.Google Scholar

39 ibid. 41–5.

40 Barich, B. and Mori, F., ‘Missione paletnologica Italiana del Sahara libico. Risultati della Campagna 1969’, Origini, iv (1970), 79–144.Google Scholar

41 Again, my thanks are due to Dr Barich who provided this unpublished date for Wadi Athal.

42 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

43 Gabriel, B., ‘Terrassenentwicklung und vorgeschichtliche Umweltbedingungen im Enneri Dirennao (Tibesti, östliche Zentralsahara)’, Zeitschr.für Geomorphologie (Berlin-Stuttgart), N.F., Suppl.-Bd. xv (1972), 113–28.Google Scholar

44 Flight, , ‘Survey’.Google Scholar

45 Gabriel, B., ‘Terrassenentwicklung’.Google Scholar

46 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

47 Gabriel, , ‘Zum ökologischen Wandel’.Google Scholar

48 Gabriel, , ‘Terrassenentwicklung’.Google Scholar

49 Treinen-Claustre, F., ‘Nouveaux éléments de datation absolue pour ľâge du Fer de la région de Koro-Toro (Nord du Tchad)’, ĽAnthropologie, lxxxii (1978), 103–9.Google Scholar

50 Six of these dates for the Haddadian(Géol. Dyn. Paris, VI; Gif. 2611, 2613Google Scholar; Hv. 2751, 3804 and 4694) have appeared previously in the Journal (Posnansky, and Mclntosh, , ‘Dates’Google Scholar), but are repeated here since one date was given incorrectly (Géol. Dyn. Paris, VI); three were given with the wrong raw material and without laboratory numbers (Géol. Dyn. Paris, VI, Gif. 2611 and 2613); and five were given with the wrong geographical co-ordinates (Géol. Dyn. Paris, VI; Gif. 2611, 2613; Hv. 2751 and 4694).

51 Camps, G., ‘Tableau chronologique de la préhistoire récente du nord de ľAfrique’, Bull. Soc. Préhist. Fr., lxxi (1974), 261–78.Google Scholar

52 Smith, A. B., ‘A microlithic industry from Adrar Bous, Ténéré Desert, Niger’, Panafrican Congress of Prehistory and Quaternary Studies, Panafrican Congress of Prehistory and Quaternary Studies (Addis Ababa, 1976), 181–96.Google Scholar

53 Gabriel, , ‘Protohistorische Steinplätze’.Google Scholar

54 Gabriel, B., ‘Geographischer Wandel in der Oase Ben Galouf (Südtunesien)’, Stuttgarter Geogr. Studien, xci (1977), 167–211.Google Scholar

55 Hassko, B., Guillet, B., Jaegy, R. and Coppens, R., ‘Nancy natural radiocarbon measurements: III’, Radiocarbon, xvi, 1 (1974), 118–30.CrossRefGoogle Scholar

56 Camps, , ‘Tableau’.Google Scholar

57 Brahimi, C., ‘L'Ibéromaurusien littoral de la région d'Alger’, Mém. du C.R.A.P.E. xiii (Paris, 1970).Google Scholar

58 Saxon, E. C.et al., ‘Tamar Hat’. Ninth and eleventh millennium B.c. dates were obtained from Tamar Hat by C. Brahimi (‘L'industrie lithique de l'abri de Tamar Hat’, Libyca, xvii (1969), 35–48)Google Scholar but he excavated only a small sounding in the upper part of the deposit, and the material he recovered is typologically most like that of the ‘disturbed upper levels’ of Saxon's excavation. Brahimi's dates should, therefore, be treated with caution.

59 Marks, A. E., ‘The Halfan industry’, in Wendorf, (ed.), Nubia, 392–461Google Scholar; Wendorf, et al., ‘Use of barley’Google Scholar; Lubell, D., ‘The Fakhurian: A Late Paleolithic industry from Upper Egypt’, Papers of the Geological Survey of Egypt, lviii (Cairo, 1974)Google Scholar; Phillips, , ‘Two Final Paleolithic sites’.Google Scholar

60 GrN. 2585–6: Mc, C. B. M.Burney, The Haua Fteah (Cyrenaïca) and the Stone Age of the South East Mediterranean (Cambridge, 1967).Google Scholar

61 Saxon, et al., ‘Tamar Hat’.Google Scholar

62 Close, A. E., ‘The identification of style in lithic artefacts from North East Africa’, Mém. de l'Inst. d'Egypte, lxi (Cairo, 1977).Google Scholar

63 Camps, , ‘Tableau’.Google Scholar

64 Saxon, et al., ‘Tamar Hat’.Google Scholar

65 Close, ‘Identification’.

66 Camps, ‘Tableau’, and Roubet, C., ‘Nouvelles observations sur l'Epipaléolithique de l'Algérie orientale. Le gisement de Koudiat Kifène Lahda’, Libyca, xvi (1968), 55–101.Google Scholar

67 Flight, , ‘Survey’.Google Scholar

68 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

69 Medjez II: Gif. 462, 885–9, I454–5; MC. 151, 213–14, 318–23, 325–7 (Camps-Fabrer, H., Un Gisement Capsien de Faciès Sétifien, Medjez II, El-Eulma (Algérie) (Paris, 1975)CrossRefGoogle Scholar). AinMisteheyia: I, 7690–1, 8378, 9781–6, 9824–6 (Lubell, D., ‘Prehistoriccultural ecology of Capsian escargotières. Preliminary report on the 1976 field season’, Nyame Akuma, x (1977), 64–70Google Scholar; Lubell, D., Ballais, J.-L., Gautier, A., Hassan, F. A., Close, A. E., Chippindale, C., Elmendorf, J. and Aumassip, G., ‘The prehistoric cultural ecology of Capsian escargotières’, Libyca, xxiii (1975), 43–121)Google Scholar. Relilaï: Gif. 1714–15, 1896–1902, 2120–1 (Google ScholarDelibrias, G., Guillier, M. T. and Labeyrie, J., ‘Gif natural radiocarbon measurements: VIII’, Radiocarbon, xvi, 1 (1974), 15–94)CrossRefGoogle Scholar. Rabah: ALG. 17, 22–3, 46, 59: Gif. 1379, 1381–2; MC. 281, 283 (Camps, , ‘Tableau’)Google Scholar. Aïn Dokkara: MC. 337–40, 372–6 (Balout, L. and Roubet, C., ‘Datation radiométrique de l'homme de I'Aïn Dokkara et de son gisement “Escargotière du Chacal” (région de Tébessa, Algérie)’, Lioyca, xviii (1970), 23–34Google Scholar; Thommeret, J. and Thommeret, Y., ‘Monaco radiocarbon measurements: iv’, Radiocarbon, xv, 2 (1973), 321–44)CrossRefGoogle Scholar. Dra-Mta-el-Ma-el-Abiod: L. 133; MC. 625–9 (Camps, ‘Tableau’; Morel, J., ‘L'Industrie lithique de l'escargotière de Dra-Mta-el-Ma-el-Abiod dans le Sud-Est Algérien. Sa composition. Son évolution’, L'Anthropologie, lxxxii (1978), 335–72)Google Scholar. El Outed: Gif. 1590–3 (Grébénart, D., ‘Datations par le 14C dans le Capsien Typique d'Algérie’, Bull. Soc. Préhist. Fr. lxvii (1970), 209)Google Scholar. Kef Zoura D: I. 9835–8 (Lubell, , ‘Prehistoric cultural ecology…1976’)Google Scholar. Aïn Boucherit: ALG. 7; MC. 209–10; Ny. 76 (Camps, ‘Tableau’). El Mermouta: ALG. 18, 20; MC. 285 (Camps, ‘Tableau’; Roubet, C., ‘Premières datations par le carbone 14 obtenues à Alger: méthodes et résultats’, L'Anthropologie, lxxiv (1970), 639–43Google Scholar). Naga, Aïn: ALG. 12–13Google Scholar; Gif. 1220–1 (Grébénart, ‘Datations’; Roubet, ‘Premières datations’; Roubet, C., ‘Sur la définition et la chronologie du Néolithique de tradition capsienne’, L'Anthropologie, lxxv (1971), 553–74Google Scholar). Bortal Fakher: L. 240A, 3661 (de Bayle des Hermens, R., ‘Datages par la méthode du C14 des formations géologiques et des gisements préhistoriques d'Afrique du Nord et du Sahara’, Libyca, xiii (1965), 367–80Google Scholar).

70 Lubell et al., ‘Prehistoric cultural ecology’; Morel, J., ‘Découverte d'une pierre à gorge dans une escargotière capsienne de la région de Tébessa’, Libyca, xv (1967), 125–37.Google Scholar

71 Lubell et al., op. cit.

72 Camps, Civilisations, 111–54.Google Scholar

73 Tabni, M., Estorges, P. and Aumassip, G., ‘A Propos du gisement de silex taillés d'El Hassi (Sahara Algérien) découvert en 1880 par la Mission Choisy’, C. R. Acad. Sci., Paris, cclxxxiv (1977), 535–7.Google Scholar

74 Roubet, , ‘Sur la définition’.Google Scholar

75 It was this difficulty which led to Caton-Thompson's creation of the ‘Bedouin Microlithic’ at Kharga (Caton-Thompson, G., Kharga Oasis in Prehistory (London, 1952)Google Scholar) and of ‘Fayum B’ in the Fayum (Caton-Thompson, G. and Gardner, E. W., The Desert Fayum (London, 1934)).Google Scholar

76 Camps, , Civilisations, 309.Google Scholar

77 Roubet, C., ‘Une économie pastorale pré-agricole en Algérie orientale: le Néolithique de tradition capsienne’, L'Anthropologie, lxxxii (1978), 583–6.Google Scholar

78 Flight, , ‘Survey’.Google Scholar

79 Thommeret, and Thommeret, , ‘Monaco’.Google Scholar

80 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

81 Roubet, , ‘Sur la définition’.Google Scholar

82 Tixier, J., Marmier, F. and Trécolle, G., Le Campement Préhistorique de Bordj Mellala, Ouargla, Algérie (Paris, 1976).Google Scholar

83 Aumassip, G., Marmier, F. and Trécolle, G., ‘Le gisement “Les perles” aux environs de Bordj Mellala (Ouargla)’, Libyca, xxii (1974), 145–56.Google Scholar

84 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

85 Flight, , ‘Survey’.Google Scholar

86 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

87 Fairhall, A. W., Young, A. W. and Erickson, J. L., ‘University of Washington dates: IV’, Radiocarbon, xviii, 2 (1976), 221–39.CrossRefGoogle Scholar

88 Fairhall et al., op. cit., 227.

89 Evin, J., Marien, G. and Pachiaudi, C., ‘Lyon natural radiocarbon measurements: III’, Radiocarbon, xv, I (1973), 134–55.CrossRefGoogle Scholar

90 Camps, G., ‘Amekni, Néolithique ancien du Hoggar’, Mém. du C.R.A.P.E. x (Paris), 1968).Google Scholar

91 Evin, et al., ‘Lyon’, 146.Google Scholar

92 Gabriel, , ‘Zum ökologischen Wandel’ and ‘Protohistorische Steinplätze’.Google Scholar

93 Mori, F., ‘Contribution to the study of the prehistoric pastoral people of the Sahara. Chronological data from the excavations in the Acacus’, Miscalena en Homenaje al Abate Breuil (1877–1961), 11 (Barcelona, 1965), 172–9.Google Scholar

94 Delibrias, G.et al., ‘Gif’, 39Google Scholar; Rahmouni, O., Roussillot, C. and Armanet, F., ‘Algiers radiocarbon measurements: 1’, Radiocarbon, xii, 2 (1970), 353–7.CrossRefGoogle Scholar

95 Camps, G., ‘Recherches sur les plus anciennes inscriptions libyques de l'Afrique du Nord et du Sahara’, Bull. Archéologique, x–xi (1978), 143–66.Google Scholar

96 Roche, J., ‘Cadre chronologique de l'Epipaléolithique marocain’, Congrès de l'U.I.S.P.P. (1976), Coll. 11, 153–167.Google Scholar

97 ibid.

98 ibid., and Roche, J., L'Epipaléolithique Marocain (Paris, 1963)Google Scholar. The dates for Taforalt are: Gif. 2267–73, 2586–7; Kn. 1559; L399E; Sa. 13 and 14.

99 Delibrias, G., Rognon, P. and Weisrock, A., ‘Datations de plusieurs épisodes à “limons roses” dans le Quaternaire récent de l'Atlas atlantique marocain’, C. R. Acad. Sci. Paris, cclxxxii (1976), 593–6.Google Scholar

100 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

101 Grébénart, D., ‘Cénotaphe et inhumations épipaléolithiques de la nécropole d'Izriten (Sahara atlantique)’, Libyca, xxiii (1975), 193–200.Google Scholar

102 Grébénart, D., ‘Matériaux pour l'étude de l'Épipaléolithique et du Néolithique du littoral du Maroc saharien’, in L'Epipaléolithique Méditerranéen (Paris, 1975), 151–88.Google Scholar

103 Posnansky, and McIntosh, , ‘Dates’.Google Scholar

104 Grébénart, D., ‘Antilope gravée sur coquille d'œuf d'autruche (Tarfaya, Sahara atlantique marocain)’, L'Anthropologie, lxxvii (1973), 119–26Google Scholar, and ‘Datation d'une antilope gravée sur coquille d'œuf d'autruche provenant de Tarfaya (Sahara atlantique marocain)’, L'Anthropologie, lxxviii (1974), 461–2.Google Scholar

105 Delibrias, et al., ‘Datations’.Google Scholar