Religious ambivalence: suppression of pro-social attitudes toward asylum seekers by right-wing authoritarianism

A survey of 168 White Australian community members examined whether ambivalence toward certain social groups by some religious individuals constituted a suppression effect in which authoritarian motivated prejudice suppressed more pro-social attitudes toward asylum seekers. Using mediation analysis, it was found that Christian religious identity was not significantly associated with prejudice at a bivariate level. However, when Right-Wing Authoritarianism (RWA) was taken into account, Christians (compared with non-Christians) were less likely to hold negative attitudes toward asylum seekers in Australia. Inclusion of acculturation ideologies (assimilation, multiculturalism, and color-blindness) in the models indicated that the suppression effect was specific to RWA rather than due to other intergroup attitudes. However, findings suggest that multiculturalism may be one proximal indicator of Christian pro-sociality.

International legal norms on the right to sexual orientation and gender identity: Australian reforms contextualised

At a time when the international momentum for sexual orientation and gender identity rights is strong it is important that scholars and activists remain vigilant to ensure that the discourses framing sexuality rights do not intentionally, or inadvertently, deepen incursions on the rights of individuals of sexual and bodily diversity. This chapter offers a critical examination of selected Australian case law and legal reform for the putative progress t offers sexual minorities. Identifying the entrenched binary determinism at the heart of the law, this chapter echoes the call of queer criminology, concluding that challenging invisibility is but part of the project. Queer scholars need also remain vigilant about the law’s constitutive power, and its role in producing sexual minorities as objects of pathology, perversion and criminality.

The right to supported decision-making for people rarely heard

 This thesis explored supported decision-making for people with severe or profound intellectual disability. The findings provide guidance to supporters and policy makers to assist people with severe or profound intellectual disability to lead maximally autonomous lives, a clear obligation of Australia under the Convention on the Rights of Persons with Disabilities.

Cathodal transcranial Direct Current Stimulation (tDCS) to the right cerebellar hemisphere affects motor adaptation during gait

The cerebellum appears to play a key role in the development of internal rules that allow fast, predictive adjustments to novel stimuli. This is crucial for adaptive motor processes, such as those involved in walking, where cerebellar dysfunction has been found to increase variability in gait parameters. Motor adaptation is a process that results in a progressive reduction in errors as movements are adjusted to meet demands, and within the cerebellum, this seems to be localised primarily within the right hemisphere. To examine the role of the right cerebellar hemisphere in adaptive gait, cathodal transcranial direct current stimulation (tDCS) was administered to the right cerebellar hemisphere of 14 healthy adults in a randomised, double-blind, crossover study. Adaptation to a series of distinct spatial and temporal templates was assessed across tDCS condition via a pressure-sensitive gait mat (ProtoKinetics Zeno walkway), on which participants walked with an induced 'limp' at a non-preferred pace. Variability was assessed across key spatial-temporal gait parameters. It was hypothesised that cathodal tDCS to the right cerebellar hemisphere would disrupt adaptation to the templates, reflected in a failure to reduce variability following stimulation. In partial support, adaptation was disrupted following tDCS on one of the four spatial-temporal templates used. However, there was no evidence for general effects on either the spatial or temporal domain. This suggests, under specific conditions, a coupling of spatial and temporal processing in the right cerebellar hemisphere and highlights the potential importance of task complexity in cerebellar function.