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Stone Tools of Simon' Town

Stone Tools of Simon' Town

Stone Tools of Simon' Town

Stone Tools of Simon' Town

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Stone tools have been found at different sites in Simonstown, including at Sayers Lane.

Stone Tools: Early History in Simon' Town

by Monique Niekerk

Stone tools have been found at different sites in Simonstown, including at Sayers Lane. Researchers refer to the period when weapons and tools were made of stone or organic material (such as wood, bone and horn) as the Stone Age. Stone tools are still around today because they are much more resilient than other materials used at the time. Researchers and archeologists have long thought that the technologies and innovations were “a significant step toward the profound technological adaptation accomplished by the human species” (Nonaka, T., Bril, B., & Rein, R., 2010;155). Which basically means that stone tools were a significant step towards building the tools and technology we use today. The Stone Age ended about 10 kya, when people started metalworking. The Stone Age has been divided into three “ages” based on distinctive tool designs. These tools, most of which were made of stone, give us an insight into how early humans lived and survived.

Flintknapping was a technique used throughout the Stone Age to make flakes and blades from a core stone. ”A flintknapper is a person who is capable of producing a potentially efficient stone tool for a specific task(s)” (Flenniken, 1984; 187). They would hold a hammerstone in their dominant hand and bang it onto the edge of the core stone in their other hand, causing fractures and thin flakes coming off the core. These flakes marked the core with ‘negative scares’ that show where the blades and flakes were once attached. We can see the ‘working’ or ‘shaping’ by the negative marking on each stone, where a flake was removed. These markings look very different to what would happen naturally. Natural wear and tear tends to be more scratchy and has less precision, whereas manmade markings leave very specific and repeated scares on the tools. Hammerstones are some of our earliest known technologies. They were usually rounded cobble stones with medium-grains, such as quartzite or granite. Holding these hammerstones  you would feel how much heavier and much stronger they are than core stones. Flintknapping was used to shape and modify stones into various tools such as handaxes, scrapers and modified stones.

The Early Stone Age(ESA) began about 2.6 million years ago. The ESA started with what is referred to as the Oldowan industry, rough cobble cores and simple flakes. The flakes are quite sharp and were used for cutting meat and skinning, most likely animals. “Many scientists believe Homo habilis produced them”(Pre-colonial history of Southern Africa | South African History Online, 2019). Thereafter, saw the introduction of Acheulian tools about 1.4 million years ago, which include handaxes, cleavers and core tools. “The hominids that made Acheulian tools can confidently be identified as Homo ergaster (formerly called Homo erectus)”(Pre-colonial history of Southern Africa | South African History Online, 2019). These handaxes tend to be symmetrical along their longitudinal axis, they are mostly shaped like a raindrop, a pointed end and rounded base. Handaxes were likely used to butcher animals, to chop wood and remove tree bark; to throw at prey. Similarly, cleavers were large and oblong like handaxes. We can see these characteristics clearly on the tools found at Sayers Lane, which are now being kept at the Simonstown museum. These handaxes and cleavers are very clearly a lot larger and less worked than the tools made in the later ages. Their main difference was that cleavers had a transverse, wide sharp end, instead of a point. This sharp edge was used to cut and cush food and bone.

The Middle Stone Age(MSA) lasted from 300 ka till about 20 ka, anatomically and behaviorally modern humans started emerging during this period, and had begun hunting effectively. MSA artifacts mainly differ from those in the ESA because of the absence of large bifaces (such as handaxe and cleavers). Goodwin & Van Riet Lowe (1929) said that the MSA is archaeologically characterized by stone points and flakes made on prepared cores. This is called Levallois technology, “Levallois technology is a means of core reduction aimed at the production of predetermined flakes” (Wilkins, J., Pollarolo, L. and Kuman, K., 2010:1280). This process would aid in the creation of the desired tool. Using prepared cores meant that the resulting tool could “be used in a variety of ways, further shaped into a specific form”(Wilkins, J., Pollarolo, L. and Kuman, K., 2010:1280) that would only need minor touch ups. These prepared cores were likely shaped into points, had a similar raindrop shape as handaxes but are much smaller. Points tend to be about 5 cm or about the size of a palm. Points were used in “bow-and-arrow technology developed in sub-Saharan Africa between c. 100–50 kya(Lombard, M., & Haidle, M. N., 2012; 238)”. This helped with long distance hunting. A significant number of points was found at Sayers lane.

The Later Stone Age (LSA) began between approximately 40 and 20 ka. The LSA is characterized archaeologically by rock art, burials, and a diversity of artifact types that include bored stones, ostrich eggshell beads, and bone and wooden tools. The most common stone tools used during this period were blades and backed blades. A blade is defined as a flake that is at least twice as long as it is wide. They can have 2 sharp, parallel sides or can have reworked blunt sides, which are known as backed blades. Bored stones are categorized by the hole in the center, and fixed onto a digging stick. They are very heavy and were used to weigh down digging sticks. Bored stones were used by women who worked on land where the soil was hard and tough to dig down in. The weight made digging easier to dig in hard ground. Lastly, “ostrich eggshells were sometimes made into water flasks by having a mouth (about 10 mm in diameter) neatly ground at one end”(Walker, N., 1994; 5). These were likely used because they are very lightweight and durable. The further back in time we go, the simpler the technology gets, this trend can also be seen in our current technological developments. Our techniques are constantly evolving as we attempt to make our lives easier and more comfortable, while trying to survive and fight off the elements. Looking abk at these techniques is always very interesting, we get an understanding of how our ancestors lived and how ideas advanced over time to get to where we are today.



References

Flenniken, J.J.,1984. The past, present, and future of flintknapping: an anthropological perspective. Annual Review of Anthropology, 13(1), pp. 187-203

Goodwin, A.J.H. and Lowe, C.V.R., 1929. The stone age cultures of South Africa. AMS Press.

Lombard, M., & Haidle, M. N., 2012. Thinking a Bow-and-arrow Set: Cognitive Implications of Middle Stone Age Bow and Stone-tipped Arrow Technology. Cambridge Archaeological Journal, 22(02), 237–264. doi:10.1017/s095977431200025x

Nonaka, T., Bril, B., & Rein, R. 2010. How do stone knappers predict and control the outcome of flaking? Implications for understanding early stone tool technology. Journal of Human Evolution, 59(2), 155–167. doi:10.1016/j.jhevol.2010.04.006

Sahistory.org.za. 2019. Pre-colonial history of Southern Africa | South African History Online. [online] Available at: <https://www.sahistory.org.za/article/pre-colonial-history-southern-africa> [Accessed 10 July 2021].

Walker, N., 1994. The late stone age of Botswana: Some recent excavations. Botswana Notes & Records, 26(1), pp.1-35.

Wilkins, J., Pollarolo, L. and Kuman, K., 2010. Prepared core reduction at the site of Kudu Koppie in northern South Africa: temporal patterns across the Earlier and Middle Stone Age boundary. Journal of Archaeological Science, 37(6), pp.1279-1292.




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