Search

The landscape–tourism nexus has been the subject of many scientific contributions that differ in nature and methodological approach. Beyond sectorial planning assessments and impact evaluations, which often fail to grasp this complex relationship, this paper draws on conceptual frameworks in the social sciences and humanities that define the nexus through the productive potential of mobilities, bodily presences and interactions to investigate tourist landscapes in pandemic times. More precisely, the blended concept of dwelling-in-motion is adopted to explore tourist landscapes as evolving constellations of intertwined places and practices of people engaging with empty spaces, redescribing their functions and values and defining new forms of proximity tourism. This study focuses on the Brenta Riviera in northeastern Italy between Padua and Venice—an extremely dense area in terms of landscape stratifications and an exemplary local case where the effects of COVID-19 restrictions have been reshaping physical orderings, social relations and cultural meanings. During the third wave of the pandemic in Italy, a mapping process based on an online survey collected significant georeferenced landscapes among visitors, residents and operators, unveiling multiple and often unexpected Riviera landscapes as expressions of changing attitudes and behaviours towards neighbouring places. Calling for intimate well-being or collective involvement, 'newcomers-on-the-move' have been blurring the lines between daily, recreational and tourist landscapes, leading to a reconsideration of who can be a tourist and what can be a tourist landscape in a (post-)COVID-19 world. From a tourism policy perspective, tracing these trajectories is one of the starting points for rethinking destination recovery and addressing sustainable goals. [ABSTRACT FROM AUTHOR]

Although overshadowed by visual information, sound plays a central role in how people perceive an environment. The effect of a landscape is enriched by its soundscape, that is, the stratification of all the acoustic sources that, often unconsciously, are heard. This paper presents a framework for archiving, browsing, and accessing soundscapes, either remotely or on-site. The framework is based on two main components: a web-based interface to upload and search the recordings of an acoustic environment, enriched by in- formation about geolocation, timing, and context of the recording; and a mobile app to browse and listen to the recordings, using an interactive map or GPS information. To populate the archive, we launched two crowdsourcing initiatives. An initial experiment examined the city of Padua's soundscape through the participation of a group of undergraduate students. A broader experiment, which was proposed to all people in Italy, aimed at tracking how the nationwide COVID-19 lockdown was dramatically changing the soundscape of the entire country. [ABSTRACT FROM AUTHOR]

In February 2020, the municipality of Vo', a small town near Padua (Italy) was quarantined due to the first coronavirus disease 19 (COVID-19)-related death detected in Italy. To investigate the viral prevalence and clinical features, the entire population was swab tested in two sequential surveys. Here we report the analysis of 87 viral genomes, which revealed that the unique ancestor haplotype introduced in Vo' belongs to lineage B, carrying the mutations G11083T and G26144T. The viral sequences allowed us to investigate the viral evolution while being transmitted within and across households and the effectiveness of the non-pharmaceutical interventions implemented in Vo'. We report, for the first time, evidence that novel viral haplotypes can naturally arise intra-host within an interval as short as two weeks, in approximately 30% of the infected individuals, regardless of symptom severity or immune system deficiencies. Moreover, both phylogenetic and minimum spanning network analyses converge on the hypothesis that the viral sequences evolved from a unique common ancestor haplotype that was carried by an index case. The lockdown extinguished both the viral spread and the emergence of new variants. [ABSTRACT FROM AUTHOR]