With the increase in large-scale cruise tourism worldwide, researchers have highlighted the inauthenticity of the cruise experience and the reconstruction of space. This research deals with new aspects: fast tourism through time-space compression, and the formation of enclosed, customized ‘tourist bubbles’ that confine the tourists and promote a constructed authenticity of the experience on-shore. The second aim is to advance applied research in slower cruise excursions, especially in emerging cruise destinations. The research is based on extensive field work conducted during nine cruise-excursions to the sand desert and an oasis in the Sultanate of Oman. Oman is in the early stages of developing mega-cruise tourism while having received little attention in tourism research. For this study, in-depth interviews were conducted with German-speaking cruise tourists, cruise employees as well as with local cultural brokers and the Minister of Tourism. Moreover, participant observation, travel ethnography and photography were applied. Results indicate while moving from one customized ‘tourist bubble’ to the next one, time is controlled and enhanced through fast modes of transportation and a tight schedule of the excursion. The tourists and their cultural brokers are ‘contained’ in time and space, while some are struggling for more authentic experiences. They are shielded off from the local environment, ‘grazing’ destinations within a short time.
The concept of biodiversity, which usually serves as a shorthand to refer to the diversity of life on Earth at different levels (ecosystems, species, genes), was coined in the 1980s by conservation biologists worried over the degradation of ecosystems and the loss of species, and willing to make a case for the protection of nature – while avoiding this “politically loaded” term (Takacs, 1996). Since then, the concept has been embedded in the work of the Convention on Biological Diversity (CBD, established in 1992) and of the Intergovernmental science-policy Platform on Biodiversity and Ecosystem Services (IPBES, aka ‘the IPCC for biodiversity’, established in 2012). While the concept has gained policy traction, it is still unclear to which extent it has captured the public imagination. Biodiversity loss has not triggered the same amount of attention or controversy as climate change globally (with some exceptions). This project, titled Prompting for biodiversity, investigates how this issue is mediated by generative visual AI, directing attention to both how ‘biodiversity’ is known and imagined by AI and to how this may shape public ideas around biodiversity loss and living with other species.
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As people age, physiological changes affect their thermal perception, sensitivity and regulation. The ability to respond effectively to temperature fluctuations is compromised with physiological ageing, upsetting the homeostatic balance of health in some. As a result, older people can become vulnerable at extremes of thermal conditions in their environment. With population ageing worldwide, it is an imperative that there is a better understanding of older people’s thermal needs and preferences so that their comfort and wellbeing in their living environment can be optimised and healthy ageing achieved. However, the complex changes affecting the physiological layers of the individual during the ageing process, although largely inevitable, cannot be considered linear. They can happen in different stages, speeds and intensities throughout the ageing process, resulting in an older population with a great level of heterogeneity and risk. Therefore, predicting older people’s thermal requirements in an accurate way requires an in-depth investigation of their individual intrinsic differences. This paper discusses an exploratory study that collected data from 71 participants, aged 65 or above, from 57 households in South Australia, over a period of 9 months in 2019. The paper includes a preliminary evaluation of the effects of individual intrinsic characteristics such as sex, body composition, frailty and other factors, on thermal comfort. It is expected that understanding older people’s thermal comfort from the lens of these diversity-causing parameters could lead to the development of individualised thermal comfort models that fully capture the heterogeneity observed and respond directly to older people’s needs in an effective way. (article starts at page 13)
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