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Santander, February 19th-22nd 2008 - Aranzadi

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72<br />

ALICIA ESTRADA, JOSÉ M. TEJERO, XAVIER MANGADO, MARIA A. PETIT, JOSEP M. FULLOLA, XAVIER ESTEVE & RAÚL BARTROLÍ<br />

Figure 1. Location and plane of Parco's Cave.<br />

Morphologically, Parco’s Cave consists of a cave<br />

that opens to the west into a rockshelter. The cave<br />

gallery is 10.5 m. long. The rockshelter is rectangular<br />

in shape, approximately 5.5 m. wide (Fig. 1).<br />

Level II covers an area of approximately 16 m 2<br />

into the cave and 30 m 2 in the rockshelter (Fullola et<br />

al. 2006).<br />

The site presents a long stratigraphical sequence<br />

corresponding from the Bronze Age to Upper<br />

Magdalenian levels and probably Middle<br />

Magdalenian. In this paper we will present only the<br />

malacofauna data corresponding to the Magdalenian<br />

levels excavated until now. They are dated between<br />

the 13 th and 14 th millennia BP (Table 1).<br />

GEOLOGICAL LEVELS<br />

Level Dates Level Dates Fire pits<br />

II 12,605+60 BP Epigonal Level<br />

12,560+130 BP EC17<br />

12,460+60 BP EC18<br />

13,175+ 60 BP EC19<br />

13,025+ 50 BP EC25<br />

13,090+50 BP EC39<br />

III 13,070+140 BP<br />

IV 12,900+130 BP<br />

v 13,890+130 BP<br />

VIb 13,950+150 BP<br />

VII 13,720+140 BP<br />

XI 14,300+150 BP<br />

Table 1. 14 C datations<br />

ARCHAEOLOGICAL LEVELS<br />

Lithic and bone industry are related to final upper<br />

Magdalenian and upper Magdalenian periods. A<br />

high number of different kinds of fire pits and debris<br />

deposits have been documented.<br />

Lithic assemblage is mainly based on blade technology<br />

to obtain blades and bladelets as supports for<br />

a wide number of different tools as end-scrapers,<br />

burins, retouched and pointed bladelets. Some<br />

microburins and scalene bladelets have been also<br />

documented (Fig. 2).<br />

Raw material analyses allow us to define a double<br />

catchment strategy. On one hand, local chert is the<br />

main raw material used for the manufacture of chipped<br />

stone tools. On the other hand, a regional chert<br />

source is privileged for tool manufacture of retouched<br />

bladelets and some end-scrapers and burins<br />

(Mangado 2005).<br />

The best types represented in the bone industry<br />

are projectiles, needles and ornaments which we<br />

present in this paper (Fig. 2).<br />

A strict correspondence between raw material<br />

and type is observed. The projectile points are made<br />

of red deer antler (Cervus elaphus), whereas for the<br />

needles people used bones more likely obtained<br />

from food remains.<br />

Two types of spear points have been recognized,<br />

both characteristic of this upper Palaeolithic phase:<br />

spear points with simple or double bevel.<br />

MUNIBE Suplemento - Gehigarria 31, 2010<br />

S.C. <strong>Aranzadi</strong>. Z.E. Donostia/San Sebastián

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