8589356538
FUNT MINING OF CENTRAL EL ROPĘ 29
Fig. 38. Krasnoye Selo, Volkovysk dist. Shaft No 2 from excavation I
Aftcr N.N.Gurina
thc bottom. In the Southern part of the shaft thcrc was an exploitation front 1.1 m long, 1.3 m wide with a height 75-80 cm (Fig. 38 b). The base of the exploitation front was 70 cm bclow the shaft bottom. From the east, the expIoitation front and the adjacent short gallery werc divided by Cretaceous rocks which were not extracted. The shaft wali on the west was widened further on into a gallery. It connected shaft No 2 with shaft No 1. The lcngth of this exploitation front was approx. 1.4 ni, the width at the exit from shaft No 2 — 80 cm, the height — 90 cm. The passage from the gallery to shaft No 1 was circular in section, and 70 cm diamcter. Its bottom rosc steeply in the direction of shaft No 1 (Fig. 38c). The shaft walls were formed by relatively strongly weathered Cretaceous rocks (Gurina 1976, 137).
Shaft No 20 was adjoining from the west shaft No 44, from the north shaft No 21 and from the north-east shaft No 13 (Fig. 39). The opcning was oval with a diamcter l.l-1.7m. The larger measurement ran from the west to thc east. The shaft was 2.7 m deep. The shaft walls from the west, north and south are relatively even. In the eastern part of the shaft there was an exploitation front 1 m long, 1.2 m high and 1 m wide (Gurina 1976, 150). Its presence was decisive for including the shaft in our category of minę workings.
Shaft No 124 had 1.5 m diameter and was 2.2 ni deep. The vertical part of the shaft was surrounded by
Fig. 39. Krasnoye Scio, Volkovysk dist. Shaft No 20 from excava-
lion III
Aftcr N.N.Gurina
Wyszukiwarka
Podobne podstrony:
38 JACEK LECH Fig. 59. Krasnoye Sclo, Volkovysk dist. Shaft No 17 from excavation IV Aftcr N.N.GurinFLINT MINING OF CENTRAL EUROPE 15 Fig. 13. Gorzów Wielkopolski-Chwalęcice. Kłodawka rivcr gap at morFLINT MINING OF CENTRAL EUROPE 17 as “chains” (Fig. 16). Very big nodules (approx. 40 cm) are vcry rFLINT MINING OF CENTRAL EUROPE 21 Fig. 20. Gorodok, Rovnc dist. Visncvaya Góra sile / — Plan of thcFLINT MINING OF CENTRAL EUROPE 27 Fig. 34. Kalvśria Hill. Tata. Section of shaft 2 / - from thc SoutFLINT MINING OF CENTRAL EUROPE 31 FLINT MINING OF CENTRAL EUROPE 31 Fig. 43. TuSimicc, Chomutov distFLINT MINING OF CENTRAL EUROPE 35 Fig. 51. Rijckholt—St.Geertruid, Maastricht dist. Schematic sccticFLINT MINING OF CENTRAL EUROPE 41 rounded; the other one is transversely “cut”, for use as a hammerFLINT MINING OF CENTRAL EUROPE 19 IV. REMARKS ON THE TER MS “MINĘ” AND “MINING” IN THE RESEARCH ONFLINT MINING OF CENTRAL EUROPE 23 towards this view recently (1971, 120 f.; 1975, 162). As can be seFLINT MINING OF CENTRAL EUROPE 25 loam laycrs to sandstone. Quartzite was extruded from thc sandstonFLINT MINING OF CENTRAL F.UROPE 33 5. UNDERGROUND SHAFTS WITH NICHES Underground shafts with niche wFLINT MINING OF CENTRAL EUROPE 7 meration in the earth crust could bc rccognizcd as a de-posit. In pFLINT MINING OF CENTRAL HUROPE 37 tion as a result of connccting the workings of three ad-jacent shaFLINT MINING OF CENTRAL EUROPE 39 1973, 185 187) and obscrvations madę by S. Krukowski at KrzemionkiFLINT MINING OF CENTRAL EUROPE 49 Tablc 2. Radiocarbon dates from other areas of prehistorie flint mFLINT MINING OF CENTRAL EUROPE 51 sia, in Opava Silesia, and in north-wcst Moravia. Jasper exploitat53 FLINT MINING OF CENTRAL EUROPE Damon P.E., Łono A. 1962 Arizona Radiocarbon Dat es III, “RadiocarFLINT MINING OF CENTRAL F.UROPEof chief siliceous rocks, mincs and probable min es in Central Europęwięcej podobnych podstron