Defrauding Daughters Turning Deviant Wives? Reading Female Agency in The Merchant of Venice

Brabantio’s words “Look to her, Moor, if thou hast eyes to see:| She has deceived her father, and may thee” ( Othello , 1.3.292–293) warn Othello about the changing nature of female lo yalty and women’s potential for deviancy. Closely examining d aughters caught in the conflict between anxious fathers and husbands-to- be, this article departs from such paranoid male fa ntasy and instead sets out to explore female deviancy in its legal and dramatic implications with reference to Shakespeare ’s The Merchant of Venice . I will argue that Portia’s and Jessica’s struggle to evade male subsidiarity results in their conscio us positioning themselves on the verge of illegality. Besides occa sioning productive exploration of marriage, law and justice within what Morss (2007:183) terms “the dynamics of human desir e and of social institutions,” I argue that female agency, s een as temporary deviancy and/or self-exclusion, reconfigures the ma le domain by affording the inclusion of previous outsiders (Anto nio, Bassanio and Lorenzo) .

Personal Exposure to Grass Pollen: Relating Inhaled Dose to Background Concentration

Background Very few studies on human exposure to allergenic pollen have been conducted using direct methods, with background concentrations measured at city center monitoring stations typically taken as a proxy for exposure despite the inhomogeneous nature of atmospheric pollen concentrations. A 2003 World Health Organization report highlighted the need for an improved understanding of the relation between monitoring station data and actual exposure. Objective To investigate the relation between grass pollen dose and background concentrations measured at a monitoring station, to assess the fidelity of monitoring station data as a qualitative proxy for dose, and to evaluate the ratio of dose rate to background concentration. Methods Grass pollen dose data were collected in Aarhus, Denmark, in an area where grass pollen sources were prevalent, using Nasal Air Samplers. Sample collection lasted for approximately 25 to 30 minutes and was performed at 2-hour intervals from noon to midevening under moderate exercise by 2 individuals. Results A median ratio of dose rate to background concentration of 0.018 was recorded, with higher ratio values frequently occurring at 12 to 2 pm, the time of day when grass species likely to be present in the area are expected to flower. From 4 to 8 pm, dose rate and background concentration data were found to be strongly and significantly correlated (rs = 0.81). Averaged dose rate and background concentration data showed opposing temporal trends. Conclusion Where local emissions are not a factor, background concentration data constitute a good quantitative proxy for inhaled dose. The present ratio of dose rate to background concentration may aid the study of dose–response relations.