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In 1990, testing revealed the existence of benzene in the municipal water supply of a community named Three Lakes, a residential subdivision of Houston, Texas. The water was quickly changed to a clean supply, but residents were not notified that there had been a problem until five months later. This provoked much anger within the community, along with concerns over present and future health problems. A grassroots group formed in response to this problem, but lasted only one year. The failure of this social movement organization left community residents to fend for themselves. In the words of one resident, the community reacted “like someone stepping on an anthill – everyone running in different directions.”

The post-Cold War period allowed the U.S. nuclear legacy of ecocide to be declassified and made public. The policy of nuclear secrecy, evident in Russia (see Mironova et al., this volume), was not merely an eastern practice. Western nuclear releases were kept equally under wraps. In England, for example, the Windscale disaster was not fully disclosed until 1987.¹ Likewise, releases from the Hanford Nuclear Reservation, in Washington State, and other U.S. nuclear sites were kept undercover until the same period. The irony was that Americans learned of many of the nuclear skeletons in their closet around the time that Russians learned of theirs (see Mironova et al., this volume). It would appear that glasnost was contagious.

In this chapter we explore some of the intriguing questions raised by contaminated communities. Is there a connection between exposure to environmental hazards and psychological distress? If yes, how best can it be measured? What kinds of psychological problems are aggravated by this kind of life stress? How do we know that victims are truly experiencing increased problems such as anxiety, depression and fears about their health?

Local landfills in communities across the US are the battlegrounds in the conflict between our desire to consume goods at an extraordinary rate and our inability to deal with waste that is a by-product of this consumption. Despite efforts to reduce the amount of wastes generated through source reduction, in 2003, US residences, businesses, and institutions produced more than 236 million tons of municipal solid waste (trash and garbage), approximately 4.5 pounds of waste per person per day (EPA, 2003a). Also in 2003, 16,694 generators of regulated hazardous waste accounted for more than 30 million tons of hazardous wastes, more than half a pound of hazardous wastes per person per day (EPA, 2003b).

The purpose of this paper is to deploy the concept of the “glass slipper” to unpack the construction of systematic patterns of inclusion and exclusion along the lines of gender, age and class in the emerging, female-dominated profession of psychological counselling in Russia.

The study draws on an analysis of 26 in-depth qualitative interviews with practising counsellors in Russia.

Drawing on the glass slipper concept, the article demonstrates how seemingly neutral discursive “rules” of professional conduct articulated by counsellors create an association between a collective professional identity and the social identities of typical practitioners, making this profession appear most suitable for middle-aged, middle-class women. The findings also show how certain embodied identities – in this case masculinity – may be able to “fit” into a slipper that was not made for them.

The paper extends the understanding of the dynamics of inequality patterns in a feminized profession in the Russian context by unveiling previously underexplored patterns of marginalization along the lines of class and age. It also strengthens the collective-associative view of occupational identity and extends the glass slipper concept by exposing the mechanisms of body-work association in this profession and demonstrating that certain identity characteristics may be more universally privileged in the construction of professional identities.

Volumetric air receivers experience high thermal stress as a consequence of the intense radiation flux they are exposed to when used for heat and/or power generation. This study aims to propose a proper design that is required for the absorber and its holder to ensure efficient heat transfer between the fluid and solid phases and to avoid system failure due to thermal stress.

The design and modeling processes are applied to both the absorber and its holder. A multi-channel explicit geometry design and a discrete model is applied to the absorber to investigate the conjugate heat transfer and thermo-mechanical stress levels present in the steady-state condition. The discrete model is used to calibrate the initial state of the continuum model that is then used to investigate the transient operating states representing cloud-passing events.

The steady-state results constitute promising findings for operating the system at the desired airflow temperature of 700°C. In addition, we identified regions with high temperatures and high-stress values. Furthermore, the transient state model is capable of capturing the heat transfer and fluid dynamics phenomena, allowing the boundaries to be checked under normal operating conditions.

Thermal stress analysis of the absorber and the steady/transient-state thermal analysis of the absorber/holder were conducted. Steady-state heat transfer in the explicit model was used to calibrate the initial steady-state of the continuum model.

Maria Amoamo is a post-doctoral fellow in Te Tumu, the School of Māori Pacific and Indigenous Studies at University of Otago in New Zealand. Maria's research interests include the representation of indigenous, cultural and heritage tourism. Her PhD thesis examined the issue of identity in relation to Māori regional tourism within a post-colonial framework. She is currently examining the economic value of identity in relation to determining ‘what is the profile of Māori tourism in Dunedin?’ Maria is also examining the issue of social vulnerability and resilience of Pacific Island communities in relation to tourism.

The main aim of this chapter is to analyse whether recent economic developments in Central and Eastern European countries have been subjected to a typical process of Dutch Disease (DD). We investigate the impact of foreign aid and other external inflows on the economies of these countries through their effect on the real exchange rate (RER).

After a review of the literature on the DD, we apply robust new generation augmented Dickey-Fuller (ADF) tests, and autoregressive distributed lag models following the methodology of Arellano and Bond (1991) and Blundell and Bond (1998) to establish the impact of capital inflows on output growth for the period 2003–2013.

We find no significant role for financial costs in the determination of the RER in the integration process of these countries. The evidence supports a positive influence of external capital inflows, and in particular European structural funds, on the determination of RER. This positive influence also extends to non-tradable goods and public investments.

In order to promote medium-long run sustainability, Central and Eastern European countries should carefully apply European funds in a way that does not bring about higher internal prices, or, if possible, control the nominal exchange rate in accordance. They must invest more in the higher qualification of human resources, research and development, innovation, entrepreneurship and industrial clusters, in view of the development of the tradable sector.

It is the first chapter that analyses the presence of DD originated by European structural funds and external inflows of funds for this group of countries.