This paper conceptualises tourist idleness as a temporary engagement in slow, slothful and entirely unstructured holiday activities. We aim to extend the studies that prioritise the modalities of holidays in nature that encourage simplified, slower, immersive experiences, and which celebrate mindfulness, slowness and stillness as part of a tourist journey. In framing idleness as a relaxing, creative and recuperative holiday practice, we suggest that creating places of otium which encourage ‘doing nothing’ can in many ways enhance tourist wellbeing. To this end, we discuss the significance of spatial, temporal and existential elements of tourist idleness, whilst arguing that this ‘practice’ should be more celebrated in our modern, high-speed societies.
MULTIFILE
The capacity to deal with digital transformation is a valuable asset for established organizations, and employees play a crucial role in this process. This study contributes to the understanding of employees’ sensemaking of digital transformation in the tour operating industry. Using prior digital transformation research, construal-level theory (CLT), and dynamic change perspectives, our scholarly work focuses on the complexities of organizational change in a digital transformation context. Although employees generally support digital transformation, our findings show that their perceptions change over time across a range of specific challenges experienced during the employee change journey. Our findings stress the importance of adopting a social exchange lens in digital transformation knowledge as this represents deep structure change that might cause well-designed transformation processes to fail. Implications for hospitality and tourism management are discussed.
MULTIFILE
In this paper we outline the design process of TaSST (Tactile Sleeve for Social Touch), a touch-sensitive vibrotactile arm sleeve. The TaSST was designed to enable two people to communicate different types of touches over a distance. The touch-sensitive surface of the sleeve consists of a grid of 4x3 compartments filled with conductive wool. Each compartment controls the vibration intensity of a vibration motor, located in a grid of 4x3 motors beneath the touch sensitive layer. An initial evaluation of the TaSST was conducted in order to assess its capabilities for communicating different types of touch.
