This article centers on a group of upper-middle-class gentrifiers living in a neighborhood in the South End of Boston, and their complex attitude towards diversity. I use data from my fieldwork in the South End, based on ethnographic observation and 77 interviews with residents active in local organizations, such as neighborhood associations. These residents explicitly stress their endorsement of diversity, in terms of class, race, but also sexual orientation, and their commitment to maintaining it. I examine the meaning they give to this principle, the actions they take in its name and the kind of relations they establish with those 'others' who embody such diversity. I argue that the gentrifiers' love of diversity, which cannot be reduced to sheer hypocrisy, is intrinsically linked to their capacity to control it, thus shedding light on the changing definition of social distinction in upper-middle-class culture.

This article examines the role of animals in the processes of social inclusion and exclusion in a gentrifying neighborhood. Residents who move into mixed‐income, inner‐city neighborhoods generally express a taste for diversity while simultaneously attempting to distance themselves from “undesirables.” Dogs allow newcomers to manage these tensions. The urge to control public spaces leads to the creation of new and quasi‐exclusionary places, such as dog runs. At the same time, in the process of creating them, residents produce the neighborhood's image as a “diverse community.” Based on fieldwork conducted in a neighborhood of a large city in the northeastern United States, the author uses a wide range of discourse settings and genres to demonstrate that discursive production is part‐and‐parcel of the process of making places.

Six years after banning pupils from wearing a hijab in public high schools, in July 2010, French deputies passed a law that forbids women from wearing the “integral veil” (or niqab, an outfit hiding the entire face except the eyes) in public spaces. This article examines why such a repressive policy toward Muslim women was unanimously embraced by the conservative majority and some left-wing leaders with so little protest. It aims at underscoring the specific phenomena that, on the basis of a new “orientalism,” contribute in France to institutionalizing a category of people on the basis of race and gender.

For more than a decade, the integration of human and environmental risk assessment (RA) has become an attractive vision. At the same time, existing European regulations of chemical substances such as REACH (EC Regulation No. 1907/2006), the Plant Protection Products Regulation (EC regulation 1107/2009) and Biocide Regulation (EC Regulation 528/2012) continue to ask for sector-specific RAs, each of which have their individual information requirements regarding exposure and hazard data, and also use different methodologies for the ultimate risk quantification. In response to this difference between the vision for integration and the current scientific and regulatory practice, the present paper outlines five medium-term opportunities for integrating human and environmental RA, followed by detailed discussions of the associated major components and their state of the art. Current hazard assessment approaches are analyzed in terms of data availability and quality, and covering non-test tools, the integrated testing strategy (ITS) approach, the adverse outcome pathway (AOP) concept, methods for assessing uncertainty, and the issue of explicitly treating mixture toxicity. With respect to exposure, opportunities for integrating exposure assessment are discussed, taking into account the uncertainty, standardization and validation of exposure modeling as well as the availability of exposure data. A further focus is on ways to complement RA by a socio-economic assessment (SEA) in order to better inform about risk management options. In this way, the present analysis, developed as part of the EU FP7 project HEROIC, may contribute to paving the way for integrating, where useful and possible, human and environmental RA in a manner suitable for its coupling with SEA.

Abstract