Shoddy heap: a material history between waste and manufacture

This essay uses a present-day mountain of textile waste known as ‘shoddy’ as an entry point into the history and ramifications of the development of wool recycling technology in West Yorkshire, England. It is argued that this entity, produced since the early nineteenth century by means of the collection, shredding, and re-spinning of old and discarded wool rags, emerged as both technological innovation and raw material. Its history, defined in part by its precarious position at the nexus of waste and manufacture, is that of a reconfiguration of technology with simultaneously ethical, political, and environmental dimensions.     

The Origin of St. Valentine's Day

Jubilee Congress of the Folk-Lore Society; Papers and Transactions. (24 Papers.) William Glaisher, Ltd., 1930. Pp. 319- 8?" x 5 5/16". 5 pl., 2 text ill. 21s.     

Primatological potpourri

Russell H. Tuttle, ed. Primate Functional Morphology and Evolution. The Hague and London: Mouton Publishers, 1975. A volume in the World Anthropology Series, Sol Tax, general editor. Distributed in North America by Aldine Publishing Co. xv 1583 pp. Tables, figures, illustrations, biographical notes, and indexes. $34.50.     

Possible neurofibromatosis in a Scythian period individual from the cemetery of Aymyrlyg,Tuva, South Siberia

The article presents evidence of possible neurofibromatosis in a female cranium discovered in a Scythian period (7th–2nd century BC ) context from the cemetery complex of Aymyrlyg, Tuva, south Siberia. The diagnosis of neurofibromatosis has been suggested on the basis of enlarged orbits, signs for the presence of a soft tissue tumour in the left orbit, facial abnormalities and the survival age of the individual. Neurofibromatosis is a congenital condition which, to the best of the authors' knowledge, has previously been described in only one other instance in the palaeopathological literature. Differential diagnoses includes angiomata, dermoid cysts and developmental glaucoma. © 1998 John Wiley & Sons, Ltd.     

Early hominid hunting,butchering, and carcass-processing behaviors: Approaches to the fossil record

A major aim of paleoanthropology is to learn what ancient behaviors were related to the acquisition, processing, and consumption of meat and when these behaviors arose. For this reason, studies focusing on purported early hominid hunting and butchery sites are important if rigorous criteria for recognizing such sites are used. Different criteria currently used as evidence of hominid involvement with ancient bones are reviewed and it is concluded that the presence of cutmarks, verified by scanning electron microscope (SEM) inspection, is the most reliable. Successful application of this criterion depends upon a thorough knowledge of the normal variations in microscopic morphology of different types of marks that are found on bones. Therefore, variations in microscopic and gross morphology within and among a large sample of known stone tool cutmarks, carnivore tooth scratches, and rodent gnawing marks are documented. The effects of sedimentary abrasion, as caused by fluvial transport of bones, are also presented. Guidelines are presented for using microscopic criteria to identify unknown marks on fossils and possible applications of this approach are discussed. Further, it is suggested that evidence of hominid carcass-processing activities can be placed into one of three ranked categories of certainty according to the type of data used. Explicitly stating the category and type of evidence used to deduce hominid activities, and by extension to define site types (i.e., butchery, kill, base camp), may improve the clarity of hypotheses about and interpretations of early hominid behaviors.