Material StudiesThe particular climatic conditions that prevail along the central coast of Peru allow an excellent preservation of all kinds of archaological material (ceramic, wood, textiles, human and animal remains, plants, metals, etc.). It is essential that the amount of material collected during each field season be properly studied. Both Peruvian and foreign specialists have taken charge of the analysis of the various kinds of material. These are: Ceramic studies : Dr Jane Feltham (University of Liverpool) and Dr Peter Eeckhout (ULB) |
Mould for a ceramic figurine found in Pyramid n°3 (field season 2000-2001). |
pair of stirrup-spout bottles in the local Chimu-Inca style (field season 1999). |
Anthropological studies : Dr Lawrence Owens (University of London) Voices from the Past: The Human Remains from Pachacamac At the site we have thousands of loose bones and fragments that testify to the unfortunately widespread habit of grave-robbing. We have also recovered a number of intact mummies which will enable us to examine specific issues in ancient Peruvian society as well as “big questions” such as the human effects of urbanism, the evolving role of women, or the development of modern diseases. Individuals ranging from the newly born to the very old have been excavated, and we know from accompanying grave goods that all strata of society are represented, from the very poor to the extremely wealthy. The analysis is still in its infancy, but we already have a fairly good idea about what the people who lived here were like. We know that most of them died before they even reached adulthood, and that those who did usually did not live past 40 years of age. They were of compact build, with a varied diet, and seem to have enjoyed a generally healthy lifestyle. However, there was also evidence of sickness – such as syphilis, arthritis and rickets – as well as indications that some individuals had their skulls deformed in childhood, died at the hands of their fellows, or were even buried alive…” Lawrence S. Owens
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mummy E-20, Temple of the Monkey (field season 2000-2001). |
mummy of a child that was buried alive (field season 2004) |
Paleo-ichtyological studies: Dr Philippe Béarez (Museum d'Histoire Naturelle, Paris) http://www.ifeanet.org/publicaciones/articulo.php?1314 Malacological studies: Manuel Gorriti (Universidad Nacional Mayor de San Marcos, Lima) http://www.ifeanet.org/publicaciones/articulo.php?1314 Textile studies: Dr Jane Feltham (University of Liverpool) |
detail of a textile with a bird motif (field campaign 2004) |
detail of a feather mosaic headdress representing “the decapitator” (field season 1995) |
Absolute Dating : Dr Anna Pazdur and Dr Adam Michzinski (Silesian
University of Technology,Gliwice) Archaeobotanical studies : Dr Alexandre Chevalier (University of California, Berkeley) Anthracological studies : Fanny Moutarde (Université Paris I) Adobe Studies: Dimitri Ajenjo (Sainsbury Center for Visual Arts, University of Norwich, UK) As part of our field strategy, we have initiated the
analysis of the adobe bricks that are used over the entire site of Pachacamac.
Our seriation procedure stems from the observation that hundreds of thousands
of adobes used in the construction of the buildings show a tendency to
change their shape, appearance and dimensions according to the period
in which they were manufactured. By establishing a representative corpus
of bricks, and defining shape-types whose age is known through their
excavation context, and through statistical studies of shape-types in
the various structures, it is possible to date quite precisely the sequence
of the buildings and even the successive construction phases. The methodology
has several advantages. Amongst other things it is a lot cheaper and
faster than large-scale excavations. It has been tested with some success
by North American teams working at the monumental sites of Chan Chan
and Pacatnamú, on the North Coast
of Peru. Since 1995, we have begun to apply it to Pyramid n°3, but
for the study to be productive, we must widen our database to include
adobes from all of the pyramidal compounds.
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