Janus Pannonius Múzeum Évkönyve 46-47 (2001-2002) (Pécs, 2003)

Régészet - Katalin T. Bíró–Zsolt Schléder–Judit Antoni–György Szakmány: Baranya megyei csiszolt kőeszközök petroarcheológiai vizsgálata II. Zengővárkony: adatok a csiszolt kőeszközök készítéséhez, használatához és nyersanyagforgalmához

60 A Janus Pannonius Múzeum évkönyve 46-47 (2001-2002) Figure captions Fig. 1. Frequent raw material types among the Zengővárkony polished stone tools according to Z. Almády Fig. 2. Raw material of polished stone tools at Zengővárkony 2a Bulk categories 2b Detailed categories Fig. 3. Distribution of most important polished stone tool types at Zengővárkony Fig. 4. Most important polished stone tool types illustrated by drawings of J. Antoni 1. JPM 11/33-1938 axe with shaft-hole; 2. JPM 5/3-1939 hammer with shaft-hole; 3. JPM 5/48-1939 hoe with shaft-hole; 4. JPM 11/44-1938 trapeze form chisel; 5. JPM 1/81-1938 triangular/rounded butt chisel; 6. JPM 2/2-1933 shoe-last form chisel Fig. 5. Main polished stone tool types and raw material at Zengővárkony Fig. 6. Size and weight correlation of stone tools Fig. 7. Length and weight correlation of stone tools Fig. 8. Weight distribution of igneous stone tools Fig. 9. Size distribution of igneous stone tools Fig. 10. Weight distribution of igneous stone tools: half-product and stone tools found in graves Fig. 11. Size distribution of igneous stone tools: half-product and stone tools found in graves Fig. 12. Weight distribution of sedimentary stone tools Fig. 13. Size distribution of sedimentary stone tools Fig. 14. Weight distribution of sedimentary stone tools found in graves Fig. 15. Size distribution of sedimentary stone tools found in graves Fig. 16. Weight distribution of metamorphic stone tools Fig. 17. Size distribution of metamorphic stone tools Fig. 18. Weight distribution of metamorphic stone tools found in graves Fig. 19. Size distribution of metamorphic stone tools found in graves Fig. 20. Relation of size and raw material of stone tools at Zengővárkony Map 1. Phonolite, phono-tephrite from known archaeological sites Key: 1. Zengővárkony; 2. Miháldy-collection, Veszprém county (North of Mezőkomárom); 3. Hódmezővásárhely-Gorzsa; 4. Zics, Szükszűr-dűlő; 5. Szálka-Pincehegy; 6. Samatovci; 7. Malo Koronevo. Full squares indictate items examined by petrographical microscopy, open squares with macroscopic identification alone Map 2. Zengővárkony: possible connections of the site on the basis of polished stone tool raw materials Key: 1. Zengővárkony; 2. Kisújbánya (phonolite, siliceous limestone, basalt); 3. Hosszúhetény (phonolite, tephrite, radiolarite); 4. Pécsbánya (bituminous limestone); 5. Villány Mts. (limestone); 6. Balaton highlands, basalt; 7. Little Hungarian Plain, basalt; 8. Nógrád-Gömör Mts., basalt; 9. Felsőcsatár (greenschist); 10. Bernstein (serpentinite); 11. Moravian greenschist; 12. Croatian serpentinite?; 13. Serbian serpentinite? 14. Hornfels, banatite. Circle: archaeological site, full rhombes: raw material source identified with certainty, open rhombes: potential raw material sources