An ethnoarchaeological inductive model for predicting archaeological site location: A case-study of pastoral settlement patterns in the Val di Fiemme and Val di Sole (Trentino,Italian Alps)

In this paper I propose a novel integration of inductive predictive modelling and ethnoarchaeology. The case study concerns seasonal upland pastoral settlement patterns in the eastern Italian Alps. A sample of modern pastoral sites has been selected, and their relationships with environmental variables have been analyzed in order to create a model to predict the location of archaeological upland pastoral sites. The model has been tested with modern and archaeological control samples. It has proved to be useful for predicting the location of specific site categories. Ethnoarchaeological fieldwork has been carried out in the same alpine sample area, which has enhanced the interpretative potential of the proposed model, suggesting that the spatial of the analyzed sites could well be related to their dairying function. The creation of ethnoarchaeological locational models with a predictive potential may be very important not only in helping to tackle some theoretical and methodological problems in predictive modelling, but also in enhancing the importance of ethnoarchaeology in landscape archaeology projects.     

Massive storage in As Laias/O Castelo (Ourense,NW Spain) from the Late Bronze Age/Iron Age transition to the Roman period: a palaeoethnobotanical approach

The highest platforms of As Laias, a settlement located in northwest Iberia, were used for storage during the Iron Age and until the turn of the Era. In this time-span, the whole hilltop – the croa – was a walled enclosure mostly used for storage and due to recurrent fires affecting the settlement's terraces, abundant plant remains were preserved in overlying wattle and daub storage structures.     

Severe vertebral collapse in a juvenile from the graveyard (13th/14th–19th centuries) of the São Miguel church (Castelo Branco,Portugal): differential palaeopathological diagnosis

Diseases that culminate into vertebral collapse are of intricate diagnosis both in palaeopathology and modern clinical practice. When analysing human skeletal remains from the archaeological record this difficulty is amplified due to the absence of complementary medical diagnostic information. This is especially evident when the distinction between tuberculous and pyogenic spondylitis is intended. Taking into consideration this challenging task and based on the macroscopic and radiological study of the skeleton number 8, a specimen exhumed from the East necropolis (13th/14th to 19th centuries) of the São Miguel church, at the Portuguese city of Castelo Branco, the aims of the work here presented are to discuss the range of possible aetiological factors, especially infectious ones, ascribable to the striking pathological changes noticed on this 12‐year‐old individual. These included alterations on the axial skeleton, namely extensive vertebral destruction, presenting as a gibbus deformity, and correlated thoracic deformities. Consubstantiated on palaeopathological and clinical research, tuberculous spondylitis seems to be the most probable cause for the reported lesions. However, the scrutiny between this condition and other pyogenic spinal infections is of extreme complexity when analysing ancient human remains and deserves in‐depth future investigations. Within the framework of the Portuguese archaeological record, the specimen here presented is of major relevance since the pattern and severity of the spinal osseous changes observed were not previously reported. Further, if tuberculous spondylitis is assumed as the most probable diagnosis, the case here presented represents one of the earliest skeletal evidence of this condition in Portugal. Copyright © 2009 John Wiley & Sons, Ltd.