Published online by Cambridge University Press: 22 January 2009
In this paper we review radiocarbon dates which have become available over the past three years for the more recent archaeological sites south of the Cunene and Limpopo Rivers, assessing the determinations within the broader context of economy and society. For a framework, we make use of broad physiographic divisions of southern Africa, thus breaking from the artificial constraints of modern political divisions and allowing greater possibilities of synthesis
Within the set of new dates there are several fields in which recent radiocarbon determinations have been particularly important. The nature of hunting and gathering and herding communities in the arid western regions of the sub-continent is now more fully understood and more information is available about the succession of lithic industries in the south-western interior. In the south-eastern coastal areas the geographical extent of the earliest farming communities has been firmly dated. New determinations are beginning to provide a firmer chronology for the succession of ceramic industries in the east, and reassessment of the dating of the important sites of Mapungubwe and Great Zimbabwe demands a revision of concepts of early state development and trading contact with the east coast.
1 Previous reviews of the southern African radiocarbon dates which have appeared in this Journal are by Maggs, T. (xviii, 2, 1977, 161–91)Google Scholar, Soper, R. C. (xv, 2, 1974, 175–92)Google Scholar, Sutton, J. E. G. (xiii, 2, 1972, 1–24)Google Scholar and Phillipson, D. W. (xi, 1, 1970, 1–15).Google Scholar
2 The terms ‘Early Iron Age’, ‘Middle Iron Age’ and ‘Late Iron Age’, as well as ‘Late Stone Age’, which have been used for classifying southern African archaeological sites in the past, have not been employed in this review. This is in the belief that such a system, although essential in earlier stages of research where it was necessary to establish basic sequences, is currently confusing the interpretation of southern African prehistory by introducing a priori concepts of population movement and cultural breaks. Instead the loose economic categories of ‘hunting and gathering’ and ‘farming’ have been used and chronological developments within natural landscape units stressed.
3 G. Mgomezulu has a survey of recent radiocarbon dates from eastern Africa in preparation.
4 Antiquity, xlvi (1972), 265.Google Scholar
5 Lerman, J. C., Mook, W. G. and Vogel, J. C., ‘C14 in tree rings from different localities’, in Olsson, I. U. (ed.) Radiocarbon Variations and Absolute Chronology. Nobel Symposium 12 (Stockholm, 1970).Google Scholar
6 An outline of the physiographic structure of southern Africa is given by Wellington, J. H., Southern Africa, a Geographical Study (Cambridge, 1955).Google Scholar
7 Maggs, T., ‘Some recent radiocarbon dates from eastern and southern Africa’, J. Afr. Hist. xviii, 2 (1977), pp. 161–91.CrossRefGoogle Scholar
8 Sandelowsky, B. H., ‘Mirabib – an archaeological study in the Namib’, Madoqua x (4), (1977), 221–83.Google ScholarSandelowsky, B. H., van Rooyen, J. H. and Vogel, J. C., ‘Early evidence for herders in the Namib’, S. Afr. archaeol. Bull. xxxiv (1979), 50–1.CrossRefGoogle Scholar
9 Sandelowsky, , Van Rooyen, and Vogel, , ‘Early evidence’.Google Scholar
10 Pta-1012 dates to the mid-fourth millennium and was cited by Maggs (‘Dates’). This reading is confirmed by Pta-1348.
11 Pta-1368 reads some two millennia older than other samples from the same context. The excavator considers this to be the result of contamination.
12 Sandelowsky, , ‘Mirabib’.Google Scholar
13 L. Jacobson, pers. comm.
14 Sandelowsky, , Van Rooyen, and Vogel, , ‘Early evidence’.Google Scholar
15 See Maggs, , ‘Dates’Google Scholar for a review of the chronology for the introduction of sheep in the Southern Cape Region.
16 Jacobson, L. and Vogel, J. C., ‘Radiocarbon dates for two Khoi ceramic vessels from Conception Bay, South West Africa/Namibia’, S. Afr. J. Sci. lxxv (1979), 230–1.Google Scholar
17 Sandelowsky, , ‘Mirabib'’.Google Scholar
18 H. de Villiers, ‘Report on human skeletal remains from a grave (Gorob) in the central Namib desert’, in Sandelowsky, B. H., ‘Mirabib – an archaeological study in the Namib’, Madoqua, x (4), (1977), 221–83.Google Scholar
19 L. Jacobson, pers. comm.
20 Carr, M. J., Carr, A. C. and Jacobson, L., ‘Hut remains and related features from the Zerrissene Mountain Area: Their distribution, typology and ecology’, Cimbebasia, ii (11), (1978), 237–58.Google Scholar
21 Jacobson, L., pers. comm.Google Scholar
22 Jacobson, L., pers. comm.Google Scholar
23 Sampson, C. G., The Stone Age archaeology of Southern Africa (New York, 1974).Google Scholar
24 Deacon, J., ‘Patterning in the radiocarbon dates for the Wilton/Smithfield complex in southern Africa’, S. Afr. archaeol. Bull. xxix (1974), 3–18.CrossRefGoogle Scholar
25 Humphreys, A. J. B., ‘The Holocene sequence in the northern Cape’. Unpublished Ph.D. thesis, University of Cape Town (1979).Google Scholar
26 Maggs, , ‘Dates’.Google Scholar
27 Humphreys, , ‘Holocene sequence’.Google Scholar
28 Humphreys, A. J. B., ‘The re-excavation of Powerhouse Cave and an assessment of Dr Frank Peabody's work on the Holocene deposits in the Taung area’, Ann. Cape Prov. Mus. (nat. Hist.) xi (1978), 217–43.Google Scholar Some of the determinations from this site were reviewed earlier (Maggs, ‘Dates’).
29 Humphreys, , ‘Holocene sequence’.Google Scholar
30 Horowitz, A., Sampson, C. G., Scott, L. and Vogel, J. C., ‘Analysis of the Voigtspost Site, O.F.S., South Africa’, S. Afr. archaeol. Bull. xxxiii (1978), 152–9.CrossRefGoogle Scholar
31 Humphreys, ‘Holocene sequence’.
32 The first formal statement of the western Cape seasonality hypothesis was made by J. E. Parkington, who has carried out a considerable amount of research in this area which is of relevance. For the general model, see: Parkington, J. E., ‘Seasonal mobility in the Late Stone Age’, African Studies, xxxi (1972), 221–43.Google Scholar
33 Maggs, , ‘Dates’.Google Scholar
34 Robertshaw, P., ‘Excavations at Paternoster, south-western Cape’, S. Afr. archaeol. Bull. xxxii (1977), 63–74.CrossRefGoogle Scholar
35 Robertshaw, P., ‘Archaeological investigations at Langebaan Lagoon, Cape Province’, In van Zinderen Bakker, E. M. (ed.), Palaeoecology of Africa, Vol. 10 (Rotterdam, 1978).Google Scholar
36 Robertshaw, P. and Poggenpoel, C., pers. comm.Google Scholar
37 Smith, A. E. and Ripp, M. R.An archaeological reconnaissance of the Doorn/Tanqua Karoo’, S. Afr. archaeol. Bull. xxxiii (1978), 118–33.CrossRefGoogle Scholar The determinations, as published, have subsequently been corrected and, in addition, two more samples have been processed (Smith, pers. comm.).
38 Maggs, , ‘Dates’.Google Scholar
39 Opperman, H., ‘Excavations in the Buffelskloof rock shelter near Calitzdorp, southern Cape’, S. Afr. archaeol. Bull. xxxiii (1978), 18–38.CrossRefGoogle Scholar
40 Opperman, ‘Buffelskloof’.
41 At the nearby site of Boomplaas the earliest Albany, dated to about 10,000 B.c., is underlain by assemblages of the Robberg Industry, which are absent at Buffelskloof. This longer sequence adds further support to Opperman's interpretation. See Deacon, H. J., Where Hunters Gathered, South African Archaeological Society, 1976.Google Scholar
42 Schweitzer, F. R. and Wilson, M. L., ‘A preliminary report on excavations at Byneskranskop, Bredasdorp district, Cape’, S. Afr. archaeol. Bull. xxxiii (1978), 134–40.CrossRefGoogle Scholar
43 Schweitzer, and Wilson, , ‘Byneskranskop’.Google Scholar
44 Schweitzer, and Wilson, , ‘Byneskranskop’.Google Scholar
45 J. C. Vogel, ‘Radiocarbon dating of the Border Cave sequences; An evaluation of the Pretoria readings’, in Beaumont, P. B., Border Cave. Unpublished M. A. thesis, University of Cape Town (1978).Google Scholar
46 An exception is I. Plug's examination of the assemblages from Bushman's Rock Shelter. See Plug, I., ‘Die latere Steentydperk van die Boesmansrotsskuiling in Oos-Transvaal’, Unpublished M.A. thesis, University of Pretoria (1978).Google Scholar
47 Davies, O., ‘Excavations at Shongweni South Cave: The oldest evidence to date for cultigens in southern Africa’, Ann. Natal Mus. xxii (1975), 627–62.Google Scholar Cited in Maggs, ‘Dates’.
48 Davies, O., pers. comm.Google Scholar
49 The original model, proposing an ‘eastern stream’ of migration which included, among other types, the earliest pottery described here was proposed by Phillipson, D. W. (see for a summary, The Later Prehistory of Eastern and Southern Africa (London, 1977)).Google Scholar This hypothesis has been criticized, and an alternative version proposed, by Huffman, T. N., ‘African Origins’, S. Afr. J. Sci. lxxv (1979), 233–7.Google Scholar
50 Klapwijk, M., ‘An Early Iron Age site near Tzaneen, N.E. Transvaal’, S. Afr. J. Sci. lxix (1973), 324.Google Scholar
51 Maggs, T., ‘The Iron Age sequence south of the Vaal and Pongola Rivers: Some historical implications’, J. Afr. Hist. xxi (1980).Google Scholar
52 These determinations were provided by the Archaeology Section, Eduardo Mondlane University, Maputo. Matola is described by Cruz e Silva, T., A preliminary report on an Early Iron Age site, Matola IV 1/68 (Maputo, 1976).Google Scholar
53 Hall, M. and Vogel, J. C., ‘Enkwazini, fourth century Iron Age site on the Zululand coast’, S. Afr. J. Sci. lxxiv (1978), 70–71.Google ScholarHa‥, M., ‘Enkwazini, an Iron Age site on the Zululand coast’, Ann. Natal Mus. xxiv (1980).Google Scholar
54 The concept of ‘linked dates’ is described by Huffman, T. N., ‘The interpretation of Iron Age radiocarbon dates’, Arnoldia, viii (17), (1977). 1–5.Google Scholar
55 Maggs, T., ‘Mzonjani and the beginnings of the Iron Age in Natal’, Ann. Natal Mus. xxiv (1980).Google Scholar
56 Klapwijk, , ‘An Early Iron Age Site’.Google Scholar
57 Hall, M., The Ecology of the Iron Age in Zululand (in preparation).Google Scholar
58 Phillipson, D. W. (The Later Prehistory) has suggested that his ‘eastern stream’ communities were without cattle and that this resource was brought south by later movements of people. Although this hypothesis is not tenable as it stands, as cattle are among the fauna from a number of sixth, seventh and eighth century sites in Natal and the Transvaal, it is still the case that cattle seem unknown from sites of the Matola TraditionGoogle Scholar. See also: Thorp, C., ‘Cattle from the Early Iron Age of Zimbabwe–Rhodesia’, S. Afr. J. Sci. lxxv (1979), 461.Google Scholar
59 Huffman, T. N. (‘African Origins’)Google Scholar has suggested that there was a complete break between the Matola Tradition and those ceramic styles that followed it and that this hiatus represents the immigration of a new population. It should be noted, however, that some stylistic elements characteristic of the Matola Tradition are also present in pottery marking this ‘second wave’ and it is quite possible to support a counter hypothesis of internal evolution (T. Maggs, pers. comm.).
60 Cattle were among the species identified at the sites of Msuluzi Confluence and Ndondonwana, both in the Tugela River valley. Maggs, T., pers comm., and Msuluzi Confluence, a seventh century Early Iron Age site on the Tugela River', Ann. Natal Mus. xxiv (1980).Google Scholar
61 There has been little agreement on terminology for classifying ceramics of this period. Huffman, for example. refers to a ‘Bambata, Sterkspruit and NC3…stepped continuum’ (‘African Origins’), while Maggs prefers to abandon such labelling completely (Maggs, T., and Michael, M. A., ‘Ntshekane, an Early Iron Age site in the Tugela Basin, Natal’. Ann. Natal Mus. xxii (1976), 705–39).Google Scholar In this review, we follow the older terminology in referring to a ‘Lydenburg Tradition’, a unit which may be taken as the equivalent of Huffman's ‘continuum’.
62 Duarte, R., pers. comm.Google Scholar
63 Evers, T. M., ‘Plaston Early Iron Age site, White River District, Eastern Transvaal, South Africa’, S. Afr. archaeol. Bull. xxxii (1977), 170–89.CrossRefGoogle Scholar
64 Inskeep, R. R. and Maggs, T., ‘Unique art objects in the Iron Age of the Transvaal, South Africa’, S. Afr. archaeol. Bull. xxx (1975), 114–138.CrossRefGoogle Scholar
65 Evers, T. M. and Vogel, J. C., ‘Radiocarbon dates for Iron Age sites at Lydenburg and White River, Eastern Transvaal’, S. Afr. J. Sci. (1980) (in press).Google Scholar
66 Evers, and Vogel, , ‘Lydenburg and White River’.Google Scholar
67 Maggs, and Michael, , ‘Ntshekane’.Google Scholar
68 Maggs, , ‘Msuluzi Confluence’.Google Scholar
69 Maggs, T., pers. comm.Google Scholar
70 Inskeep, and Maggs, , ‘Unique art objects’.Google Scholar
71 Cronin, M., pers. comm.Google Scholar
72 Again, the term ‘Gokomere Tradition’ has been adopted as a general category following terminological disagreements. It is taken to include a number of regional facies, some of which are mentioned in the discussion which follows.
73 Pers. comm., Archaeology Section, Eduardo Mondlane University, Maputo.
74 Pers. comm., Archaeology Section, Eduardo Mondlane University, Maputo.
75 Huffman, T. N., ‘The origins of Leopard's Kopje: An 11th century Difaquane’, Arnoldia viii (33), (1978), 1–23.Google Scholar
76 Rightmire, G. P. and Van, N. J. der Merwe, ‘Two burials from Phalaborwa and the association of race and culture in the Iron Age of southern Africa’, S. Afr. archaeol. Bull. xxxi (1976), 147–52.CrossRefGoogle Scholar
77 Rightmire and Van der Merwe, ‘Two burials’.
78 Robey, T., ‘Mpambanyoni: A late Iron Age site on the Natal south coast’, Ann. Natal Mus. xxiv (1980).Google Scholar
79 Soper, , ‘Dates’.Google Scholar
80 Vogel, , ‘Border Cave sequence’.Google Scholar
81 Maggs, T., pers. comm.Google Scholar
82 Hall, M. and Maggs, T., ‘Nqabeni, a Late Iron Age site in Zululand’, S. Afr. Archaeol. Soc. Goodwin Series, iii (1979), 159–76.CrossRefGoogle Scholar
83 Hall, M., ‘An Iron smelting site in the Hluhluwe Game Reserve, Zululand’, Ann. Natal Mus. xxiv (1980).Google Scholar
84 N. J. Van der Merwe, pers. comm.
85 Hall, and Maggs, , ‘Nqabeni’.Google Scholar
86 T. M. Evers, pers. comm.
87 Maggs, , ‘Dates’.Google Scholar
88 Garlake, P., ‘An investigation of Manekweni, Mozambique’, Azania. xi (1976). 25–48.CrossRefGoogle Scholar
89 Henthorne, D. I., Parkington, J. and Reid, R. C., ‘An archaeomagnetic survey of Mgungundlovu’, S. Afr. Archaeol. Soc. Goodwin Series, iii (1979), 149–58.CrossRefGoogle Scholar
90 Henthorne, , Parkington, and Reid, , ‘Mgungundlovu’.Google Scholar
91 Cited in Maggs, ‘Dates’. See also Maggs, T., Iron Age Communities of the Southern Highveld (Pietermaritzburg, 1976).Google Scholar
92 Taylor, M. O. V., ‘Late Iron Age settlements on the northern edge of the Vredefort Dome’, Unpublished M.A. thesis, University of the Witwatersrand (1980).Google Scholar
93 Type N is an architectural style of stone building, with a surrounding wall and an inner ring of primary enclosures linked by secondary walling. Distribution is concentrated on the Vaal and Klip Rivers, extending north and southwards to areas of prominent hills. See Maggs, Iron Age Communities.
94 Type Z sites are also built of stone and are associated with the Kubung, an offshoot of the Rolong. See Maggs, , Iron Age Communities.Google Scholar
95 Taylor, , Late Iron Age Settlements.Google Scholar
96 Taylor, , Late Iron Age Settlements.Google Scholar
97 Taylor, , Late Iron Age Settlements.Google Scholar
98 Klapwijk, , ‘An Early Iron Age site’.Google Scholar
99 Earlier determinations from Silver Leaves were cited by Maggs (‘Dates’) and the new dates have been provided by M. Klapwijk, pers. comm.
100 Phillipson, , The Later PrehistoryGoogle Scholar, and Huffman, , ‘African origins’.Google Scholar
101 Huffman, T. N., pers. comm.Google Scholar
102 Huffman, T. N., pers. comm.Google Scholar
103 Bambata pottery has been regarded as an adoption by hunting and gathering communities (see Phillipson, , The Later PrehistoryGoogle Scholar) but has subsequently been reincluded within the Lydenburg cluster (Huffman, ‘African origins’). Despite this rather crucial change in status it has never been adequately defined.
104 Huffman, T. N., pers. comm.Google Scholar
105 Similar sites at Coronation Park, Salisbury, have been dated to the tenth century a.d. See Soper, ‘Dates’.
106 Huffman, T. N., pers. commGoogle Scholar. The sample was from an earlier excavation by K. Robinson.
107 Hanish, E., pers. comm.Google Scholar
108 See, for example, Fagan, B. M., Southern Africa during the Iron Age (New York. 1965)Google Scholar, or Robinson, K. R., ‘The Leopard's Kopje culture: its position in the Iron Age of southern Rhodesia’, S. Afr. archaeol. Bull. xxi (1966), 5–51.CrossRefGoogle Scholar
109 Huffman, T. N., ‘The Leopard's Kopje tradition’, Mem, natl. Mus. Rhod. vi (197) 4, 1–150.Google Scholar
110 Huffman, ‘Eleventh century Difaquane’.
111 Sinclair, P., pers. comm.Google Scholar
112 Huffman, T. N., pers comm.Google Scholar
113 Huffman, T. N., pers. comm.Google Scholar
114 Hanisch, E., pers. comm.Google Scholar
115 Hanisch, E., pers. comm.Google Scholar
116 Plug, I., Dippenaar, N. J. and Hanisch, E., ‘Evidence of Rattus rattus (House Rat) from Pont Drift, an Iron Age site in the northern Transvaal’, S. Afr. J. Sci. lxxv (1979), 82.Google Scholar
117 Huffman, , ‘Leopard's Kopje’.Google Scholar
118 Hanisch, E., ‘Excavations at Icon, northern Transvaal’, S. Afr. Archaeol. Soc. Goodwin Series, iii (1979) 72–9.CrossRefGoogle ScholarVoigt, E., ‘Faunal remains from Icon’, S. Afr. Archaeol. Soc. Goodwin Series. iii (1979), 80–5.CrossRefGoogle Scholar
119 Prendergast, M. D., pers. comm. and ‘A new furnace type from the Darwendale Dam Basin’, Rhodesian Prehistory vii (1975), 16–20.Google Scholar
120 M. D. Prendergast, pers. comm.
121 Prendergast, M. D., ‘Stone-reinforced furnaces from Masembura Tribal Trust Land, Rhodesia’, Rhodesian Prehistory vii (1977), 17–18.Google Scholar
122 Prendergast, M. D.. ‘Chisvingo Hill furnace site, northern Mashonaland’, S. Afr. Archaeol. Soc. Goodwin Series, iii (1979), 47–51.CrossRefGoogle Scholar
123 Gardner, G. A., ‘Mapungubwe’, Pretoria (1963).Google Scholar
124 Vogel, J. C., ‘Radiokoolstofdatering van nedersettings uit die ystertydperk op Greefswald’, Unpublished paper.Google Scholar
125 Vogel, , ‘Radiokoolstofdatering’.Google Scholar
126 Vogel, , ‘Radiokoolstofdatering’.Google Scholar
127 Vogel, , ‘Radiokoolstofdatering’.Google Scholar
128 Vogel, , ‘Radiokoolstofdatering’.Google Scholar
129 Fouche, L., Mapungubwe, ancient Bantu Civilization on the Limpopo (Cambridge, 1937).Google Scholar Gardner, Mapungubwe.
130 Voigt, E., ‘The faunal remains from Greefswald as a reflection of Iron Age economic and cultural activities’, Unpublished M.A. thesis, University of Pretoria (1978).Google Scholar
131 For example, Fagan, B. M., ‘Zambia and Rhodesia’, in Shinnie, P. L. (ed.), The African Iron Age (Oxford, 1971).Google Scholar
132 The chronology established on the basis of previous radiocarbon dates is summarized in Garlake, P. S., Great Zimbabwe (London, 1973).Google Scholar
133 Huffman, T. N. and Vogel, J. C., ‘The controversial lintels from Great Zimbabwe’, Antiquity liii (1979), 55–57.Google Scholar
134 Huffman, T. N., pers. comm.Google Scholar
135 Huffman, T. N., pers. comm.Google Scholar
136 Sinclair, P., pers. comm.Google Scholar
137 Vogel, , ‘Radiokoolstofdatering’Google Scholar; Huffman, T. N., pers. comm.Google Scholar