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Flaked rhyolite from Jettböle: attempts at an experimental explanation The general trend is that the amount of splinters grows higher as the size of the hammerstone diminishes. The fragmentation in general follows the same trendline. The high speed fracture is marginally more common than the heaviest hammerstone. This is interesting, since the presupposition (judging from the archaeological material) was that the fragmentation would be higher using a larger hammerstone. It seems likely that the nature of the rhyolite, being a very hard, elastic kind of rock, is best reduced with a heavy hammerstone that can produce enough energy to allow the fracture to travel low 10 grams within the different series has been used as a relative measure ment to express this. Since the experiments were carried out with the goal of of multiple fractures. 80 60 40 20 0 Exp 1 Exp 2 Exp 3 Total Experimental 405 Number the degree of multiple fractures. result of multiple fractures, is large with hammerstone 1 and diminishes with the size of the hammerstone. This is not necessarily a result of the weight of the hammerstone. The hammerstones used are made of different material. The granite of Hs 1 has the largest crystalline structure, and is therefore %
Kim Darmark hammerstones retain a relatively smooth surface even after usage. The ex Comparisons between the experiments and the archaeological material The experiments now enable us to look upon the archaeological material through a frame of reference. Figure 4 gives us the following information regarding Jettböle: to the sum of the experiments. Since the hammerstones from Jett böle range from 200 to 2300 grams, this result is very encouraging. The amount of fragments from Jettböle is lower than in the expe rimental series. Above all, this applies to the lateral fracture frag ments. The percentage of splinters is somewhat higher than all the experi mental series show. Bergmanstorp (n=302) Jettböle (n=2109) Total experimental (n=460) Exp 3 (n=119) Exp 2 (n=78) Exp 1 (n=263) 18 24 24 22 30 27 11 6 9 12 13 12 9 16 14 12 10 20 0% 20% 40% 60% 80% 100% Figure 4. The experimental series compared with the lithics from the discussed sites. 406 59 51 55 53 49 28 Complete Flakes Lateral Fract. High Speed Fract. Unclassified Splinters
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Skilled Production and Social Repro
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Contents Acknowledgements .........
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Kim Akerman High tech-low tech: lit
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Authors Kim Akerman 4 Dorset St Moo
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Introduction
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Jan Apel and Kjel Knutsson command
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Jan Apel and Kjel Knutsson Fig. 1.
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Jan Apel and Kjel Knutsson It was i
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Jan Apel and Kjel Knutsson how this
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Jan Apel and Kjel Knutsson dimensi
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Jan Apel and Kjel Knutsson ties. Ex
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Jan Apel and Kjel Knutsson valuable
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Marcia-Anne Dobres Fig. 1. Dominant
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• knowledge and know how Marcia-A
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Marcia-Anne Dobres Because material
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Marcia-Anne Dobres “theoretical
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Chapter 1 Experiments and Experienc
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Jacques Pelegrin et al. 1975, Kelt
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Jacques Pelegrin from a comparative
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Jacques Pelegrin Morphological char
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Jacques Pelegrin Fig. 2. Top: 4 rep
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Jacques Pelegrin 46
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Archaeological results Jacques Pele
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Jacques Pelegrin In one of the rich
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Jacques Pelegrin 52 Fig. 6. Blades
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Jacques Pelegrin length of 34.5 cm.
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Jacques Pelegrin The large blades f
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Jacques Pelegrin Large blades found
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Jacques Pelegrin a slightly concave
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Jacques Pelegrin panding in the dis
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Jacques Pelegrin piqueteur”; Gesl
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Jacques Pelegrin in prep.). It is
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Jacques Pelegrin pressure blades pr
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Hugo Nami core preparation was us
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Hugo Nami on the leg (Fig. 3a, 4a)
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Hugo Nami kes resulting in the Firs
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Hugo Nami During the entire core re
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Hugo Nami this reason, some archaeo
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Hugo Nami nodule morphology, mate
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Greg R. Nunn Archaeological evidenc
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Prior research Greg R. Nunn Prior r
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Greg R. Nunn Type 1C Attribute Tabl
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Type 1C Attribute Table Table 7. Da
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Greg R. Nunn Figure 6. Holding posi
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Greg R. Nunn 92 Figure 9. (a) Ishi
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Overview Greg R. Nunn The knapper m
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Greg R. Nunn explained in stage f
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Greg R. Nunn Sandstone slabs were p
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Greg R. Nunn the preform will need
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Greg R. Nunn if one pushes too har
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Greg R. Nunn 104 Figure 18. Stage s
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Greg R. Nunn of 5 cm, and the grea
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Greg R. Nunn apprentices. In additi
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Figure 24. Original Type 1C ground
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Greg R. Nunn After the handle and r
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Apel, J. & Knutsson, K., 2006. Skil
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Figure 3. Replica of Type I-C dagge
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Figure 9. The infamous Skatelöv da
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Figure 14. Original Stage 4 Seconda
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Neolithic Danish Daggers: an experi
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Figure 28. Side view of same prefor
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Figure 34. Finished Stage 5 Final P
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Figure 48. Author grinding dagger r
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Notes Neolithic Danish Daggers: an
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Hugo Nami Archaeological background
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Experimental study Hugo Nami Most
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Stage 1. Obtaining the blank Hugo N
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Figure 8. Stage 2 made on a tabular
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Hugo Nami the platforms by formin
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Final considerations Hugo Nami I co
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Figure 1. The archaeologist under a
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A genealogy of reflexivity: the ski
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Continuity of place: actions and na
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Ritual deposits Continuity of place
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Skill and experimental archaeology
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Figure 4. Relationship between theo
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Knowledge and know-how in the Oldow
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Cores Knowledge and know-how in the
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Discussion Knowledge and know-how i
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Tuija Rankama, Mikael A. Manninen,
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Conclusion Tuija Rankama, Mikael A.
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Skill and the question of blade cra
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Mikkel Sørensen perspective A lit
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Mikkel Sørensen regular and irregu
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Mikkel Sørensen The new dynamic te
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Mikkel Sørensen within the last ph
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Mikkel Sørensen blades are, du
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Mikkel Sørensen included removals
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Mikkel Sørensen to this, this auth
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Mikkel Sørensen Explaining the tec
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Mikkel Sørensen historic events an
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Acknowledgements Mikkel Sørensen T
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Manifesting microliths: insights an
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Some remarks on contacts between La
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Kim Akerman recognise six or seven
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Kim Akerman Antiquity of human occu
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Kim Akerman head and lashing the t
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Kim Akerman Jarung and ilera were c
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Kim Akerman describe margin tre
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Kim Akerman es) would bring herds
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Kim Akerman lashing the stone elem
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Kim Akerman calyptus trees. Once th
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Kim Akerman end protrudes to form a
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Kim Akerman tural factors that ensu
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Kim Akerman more obtuse than the
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Kim Akerman in the paper. L-R: sil
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Per Falkenström • Implications w
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Per Falkenström 1987:68). Other f
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Per Falkenström amounts of stone,
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Page 362 and 363: Apel, J. & Knutsson, K., 2006. Skil
Page 364 and 365: Ground stone hammer axes in Sweden
Page 386: Ground stone hammer axes in Sweden
Page 389 and 390: Witold Migal 1983) (Figs. 6, 7) and
Page 391 and 392: Witold Migal Figure 4. Core from th
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Page 397 and 398: Witold Migal with a wooden pole lev
Page 399 and 400: Witold Migal Among others, Russian
Page 401 and 402: Kim Darmark 63f.). However, the pre
Page 403 and 404: Kim Darmark The amount of splinter
Page 405: 100% 80% 60% 40% 20% 0% 49 10 13 27
Page 409 and 410: Kim Darmark Jettböle differs from
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Page 455: Skilled production and Social Repro
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