Abstract

The “Sima del Elefante” (TE site) (Atapuerca, Spain) is a major cave infill with a stratigraphic succession 25 m thick and 15 m wide, wealthy in animal bones and evidences of human occupation at different Pleistocene ages. TE site is under systematic excavation since 1996, and the inferior and superior levels are being dug up independently. The exposed section has been divided into 21 lito-stratigraphic units defined by major unconformities. Concerning the cave history, at least three main infill phases have been identified. The lower phase (TE8-TE14) is dated to Early Pleistocene (between 1.1 and 1.4 million years ago) on the basis of inverse paleomagnetics and belonging to the later Early Pleistocene on the basis of biochronology. The TE lower phase is providing a rich faunal assemblage, and shows evidence of human occupation. A set of stone tools of flint, and possibly, calcareous, is being found at these levels. Hence, the lower part of the TE section documents early presence of hominids in Europe and constituted an important element in the understanding of human dispersions out-of-Africa. The middle phase (TE15-TE19) dated to Middle Pleistocene and it is further sud-divided into a basal part (TE15-TE17), still largely unexplored, but no vertebrate fossil record is present at this levels. Units TE18, and mainly TE19 unit, date to late Middle Pleistocene, and contain an abundant record of large mammals as well as stone tools included in calcareous breccias. The TE19 G level contains abundant pieces of charcoal, though verification of its antropic character is pending. Finally, the third and last sedimentary phase (TE20 and TE21) date to Last Pleistocene and it defined the final infilling of the cavity and soil formation. The chronological intervals represented in the fertile levels of the Sima del Elefante enlarge the temporal and biostratigraphic local succession at the Atapuerca Hill complex. The lower phase was deposited in a time previous to the lower levels from Gran Dolina site (TD4), whereas the TE upper levels possibly correspond to a moment later than the sedimentation of Galeria GIII/GIV, and Gran Dolina TD10/TD11. In addition, the structural features of the TE site together with its sedimentary and arqueo-paleontological record allow the eventual exploration of problems that remain unresolved in other Atapuerca cave sites.

Highlights

  • The Sima del Elefante (TE site), at Atapuerca Hill (Burgos, Spain), is currently providing solid confirmation of human settlement in the Iberian Peninsula much before 1 My ago

  • Together with the rich faunal assemblage found at the same levels, makes of the TE site (TE9-TE14 units) a fundamental reference for the understanding of the physical, ecological and cultural factors that governed the initial dispersion of hominids into Europe

  • Fig. 4.—Profile of the south end railway-trench with a general outline of the sediments belonging to a nearby valley in-between the two areas of the Atapuerca Trench, and the topographic profile of the Sima del Elefante site

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Summary

Introduction

The Sima del Elefante (TE site), at Atapuerca Hill (Burgos, Spain), is currently providing solid confirmation of human settlement in the Iberian Peninsula much before 1 My ago. The north drill shows that bellow the current Trinchera ground level there are 6 m of sedimentary succession At this depth, caves floor was identified by the presence of a 40 cm thick limestone layer, underneath of which lower karst level sediments were found (see text). Fig. 4.—Profile of the south end railway-trench with a general outline of the sediments belonging to a nearby valley in-between the two areas of the Atapuerca Trench, and the topographic profile of the Sima del Elefante site. The aforementioned geologic drills performed at the base of the TE site detect both an empty cavity as well as fluvial terrace sediments present in Peluda and Silo caves (GEE: Martín-Merino et al, 1981). Vulpes cf V. alopecoides Lynx cf Lynx cf L. issodorensis Ursus dolinensis Panhtera gombaszoegensis Canis cf C. arnensis/mosbachensis Cf. Barangale antiqua.

C Cervidae indet
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Discussion and Conclusions
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