Drifters, Party Boys and Incumbents: The life patterns of male street-based sex workers

This paper is based on a qualitative study of male street-based prostitution. It suggests that the street-based sector is more varied, with sellers adopting a wider range of working practices, than is commonly acknowledged in the literature on male prostitution. Drawing on data from Manchester, England I identify a number of ‘life patterns’ among male street sellers that reflect varied working practices based on issues around rational decision-making and the sex worker’s relationship to place and environment. The discussion has implications for urban policies around street-based sex work but also for a more general understanding of male sex work in international and comparative perspective.

Physico-geochemical and mineral composition of neem tree soils and relation to organic properties

The Neem tree, the oil of which has a long history of pesticide, fertilizer and medicinal use in India, has been studied extensively for its organic compounds. Here we present a physical, mineralogical and geochemical database resulting from the analyses of two Neem soil profiles (epipedons) in India. Neem tree derivatives are used in the manufacture of a variety of products, from anti-bacterial drugs and insecticides to fertilizers and animal feeds. A preliminary geochemical and mineralogical analysis of Neem soils is made to explore the potential for chemical links between Neem tree derivatives and soils. Physical soil characteristics, including colour, texture and clay mineralogy, suggest the two pedons formed under different hydrological regimes, and hence, are products of different leaching environments, one well-drained site, the other poorly drained. Geochemically, the two Neem soils exhibit similarities, with elevated concentrations of Th and rare earth elements. These elements are of interest because of their association with phosphates, especially monazite and apatite, and the potential link to fertilizer derivatives. Higher concentrations of trace elements in the soils may be linked to nutritional derivatives and to cell growth in the Neem tree.