Fuelling the panic: The societal reaction to boy racers

This article is part of the Moral Panic Studies Working Paper Series, edited by Amanda Rohloff of Brunel University. The series disseminates the work of a network of international researchers on all areas of moral panic studies.Fuelled by media coverage of reckless, irresponsible and anti-social driving, young (male) motorists are an area of concern for politicians, police and citizens more generally. In media and popular discourses the symbol of the boy racer has come to represent deviance, anti-social behaviour, criminality and risk on the roads. This paper focuses on a local moral panic concerning boy racers in the city of Aberdeen, Scotland. Five elements, which characterise a moral panic, are identified and include: concern, hostility, consensus, disproportion and volatility (Goode and Ben- Yehuda 2009[1994]). Urban regeneration played a key part in this particular moral panic in terms of class, cultural and intergenerational clashes between racers and outside groups. The moral panic was further institutionalised through the use of measures such as anti-social behaviour legislation. Moreover, it was symptomatic of wider societal concern regarding the regulation of young (male) motorists and the related governance of urban space and incivilities. The discussion draws on data collected via participant observation with the drivers, semi-structured interviews with members of the outside groups and content analysis of media reports which focus on the culture

Relationships between land use and nitrogen and phosphorus in New Zealand lakes

Developing policies to address lake eutrophication requires an understanding of the relative contribution of different nutrient sources and of how lake and catchment characteristics interact to mediate the source–receptor pathway. We analysed total nitrogen (TN) and total phosphorus (TP) data for 101 New Zealand lakes and related these to land use and edaphic sources of phosphorus (P). We then analysed a sub-sample of lakes in agricultural catchments to investigate how lake and catchment variables influence the relationship between land use and in-lake nutrients. Following correction for the effect of co-variation amongst predictor variables, high producing grassland (intensive pasture) was the best predictor of TN and TP, accounting for 38.6% and 41.0% of variation, respectively. Exotic forestry and urban area accounted for a further 18.8% and 3.6% of variation in TP and TN, respectively. Soil P (representing naturally-occurring edaphic P) was negatively correlated with TP, owing to the confounding effect of pastoral land use. Lake and catchment morphology (zmax and lake : catchment area) and catchment connectivity (lake order) mediated the relationship between intensive pasture and in-lake nutrients. Mitigating eutrophication in New Zealand lakes requires action to reduce nutrient export from intensive pasture and quantifying P export from plantation forestry requires further consideration

Practical Office Therapy of Hypertension

Because of the sheer number of patients and because of their location, the community practitioner is in a position to deal with the vast majority of problems that occur in hypertension. The trend in hypertension therapy is toward individualizing the work-up of the hypertensive patient, which with many patients can be very simple. When emphasizing aspects of practical office care of the hypertensive, one of the first questions that comes to mind is: what exactly is the blood pressure? There is not any one universally accepted definition of hypertension. Until such a one is adopted, we have put together a Medical College of Virginia definition, using the opinions of several of us in the Department of Medicine

Fermi Paper Model (Formerly GLAST Paper Model)

This paper model provides a short description of the scientific instruments on board GLAST as well as links to other resources about the GLAST instruments. There is also a short description of how GLAST detects gamma-rays with the Large Area Telescope as well as the GLAST Burst Monitor detectors. The product includes three pages of parts that can be cut out and easily assembled using common household items. Note: In 2008, the Gamma-ray Large Area Space Telescope (GLAST) was renamed Fermi, for the physicist Enrico Fermi. Educational levels: Informal education, General public

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