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This dataset contains the observations of air quality collected within one experimental campaign conducted in August 2018 at Lazzaretto campus of the University of Bologna to verify the effectiveness of photocatalytic coatings in reducing pollutant concentrations. The dataset also contains the meteorological data collected during non-synoptic periods, representing the ideal condition to assess the behavior of the local circulation and turbulence. This experimental field campaign was conducted under WP3 (“Planning and evaluation of PCS solutions”) of the iSCAPE project. Briefly, two parallel street canyons were instrumented for measurements of meteorology and turbulence variables at two height levels, while pollutant concentrations were monitored at ground level inside both canyons. After a first period of parallel contemporary measurements to verify the presence of intrinsic differences between the two canyons, one of the two canyons (Canyon A) was painted with photocatalytic coatings, while the other (Canyon B) was left untouched and used as reference canyon. This dataset is linked to the paper “The effect of photocatalytic coatings on NOx concentrations in real-world street canyons” by Brattich E. et al., which has been submitted for publication on “Science of the Total Environment” edited by Elsevier. If you use this dataset for your research or work purposes, we ask that you acknowledge us in the use of your data, which can be done by including a proper citation in any documents or publications using these data.

This dataset contains the observations of air quality collected within two experimental campaigns conducted in summer 2017 (07 August 2017-26 September 2017) and winter 2018 (15 January 2018-15 February 2018) in two street canyons in the city of Bologna, to verify the effectiveness of vegetation in altering ventilation levels and pollutant concentration in real-world street canyons. The dataset also contains the meteorological data collected during non-synoptic periods, representing the ideal condition to assess the behavior of the local circulation and turbulence. The experimental field campaigns were setup under WP3 (“Planning and evaluation of PCS solutions”) and conducted under WP5 (“Monitoring and Evaluation of the Interventions”) of the iSCAPE project. Briefly, two parallel urban street canyons characterized by a different occurrence of vegetation, i.e. one almost free of vegetation (Marconi St.) and one with a tree line along both sides of the street (Laura Bassi St.), were instrumented for measurements of meteorology and turbulence variables at three height levels, while pollutant concentrations were monitored at ground level inside both canyons. This dataset is linked to the paper “Disentangling the effect of vegetation on ventilation and air quality in urban street canyons: the Bologna iSCAPE experimental campaigns” by Di Sabatino et al., which will be submitted for publication on “Science of the Total Environment” edited by Elsevier, and to the paper “Characteristic Scales for Turbulent Exchange Processes in a Real Urban Canopy” by Barbano et al., which is under review for publication on “Boundary-Layer Meteorology” edited by Springer. If you use this dataset for your research or work purposes, we ask that you acknowledge us in the use of your data, which can be done by including a proper citation in any documents or publications using these data.

The Peruvian government has supported community-based tourism (CBT) for the last ten years seeking to improve the well-being of marginalized rural communities sustainably. Yet, the notion of sustainability among these CBT providers has not been formally assessed, nor the impact of different managerial models in such a notion. Thus, we interviewed members of seven CBT initiatives operating in the Peruvian Andes to evaluate their level of understanding of sustainability and their awareness of the impacts their activities produce. Analysis yielded five themes and 17 sub-themes which altogether illustrate interviewees’ understanding of sustainability attained throughout their path of developing CBT. Findings revealed these CBT initiatives implement many sustainable practices, likely due to the training they receive from supporting agencies. Notably, they assert CBT should remain complementary to agricultural livelihoods as to allow benefits to outweigh negative impacts. Findings also show management and networking inefficiencies in need of improvement to increase sustainability.

The demand and offer of recreational activities on farms has increased over the last decades and promises increased growth in the future because of the benefits it brings to farmers and visitors. Despite this growth, a breadth of names (e.g., agritourism, farm visit) are used interchangeably to depict this activity. Such inconsistency reflects a lack of industry branding which diminishes marketing effectiveness and hinders stakeholders’ collaboration. Therefore, a study was conducted to evaluate the Memorability, Distinctiveness, Relevance and Flexibility and overall preference of eight typical names associated with recreation on farms among farmers and visitors. The multimodal approach employed reveals that efforts are needed to standardize and diffuse a brand name for recreation on farms because of reduced Memorability. Although “Agritourism” appears suitable to brand recreation on farms given its Distinctiveness, Relevance, and Flexibility, results are inconclusive and call for further efforts for educating the public about its meaning.