Introducing inclusive tourism

ABSTACT

Tourism is often understood and experienced as an exclusive activity. In supporting the concept of inclusive tourism, this volume seeks to counter that tendency by seeking out ways in which those who are typically marginalized by, or excluded from tourism can be brought into the industry in ways that directly benefit them, or that they can gain more control over tourism. This introduction to the special issue first presents a conceptual article that defines the concept of inclusive tourism and discusses seven different elements, which may constitute lines of inquiry in investigations of tourism's inclusiveness. It then presents five empirical articles that illustrate some of the ways in which an inclusive tourism approach might inform discussion of the potentials and limitations for tourism to generate wider social and economic benefits. The examples provided are from a wide range of geographical contexts, from Cambodia to Australia, Sweden, Turkey and Spain. Inclusive tourism is offered here as both an analytical concept and an aspirational ideal. We do not ever envisage minimum standards for inclusive tourism. We rather hope that there will be a restless quest to find ways to include new actors and new places in tourism on terms that are equitable and sustainable.     

Recent Excavation and Recording at the New Neolithic Rock Art Site of Vallée Aux Noirs,Buthiers (Seine‐et‐Marne,France)

Following the exceptional discovery of Neolithic engravings on a boulder at Vallée aux Noirs in the Fontainebleau forest, south of Paris, an excavation trench was opened in order to access the buried part of the decorated rock panel and explore the stratigraphic context of the artwork. A palaeosol was found two metres below the modern ground level, underneath multiple layers of sterile sandy soil forming a very compact sequence from which only one archaeological artefact was recovered – an Iron Age fibula (c.200–300 BC). Dating of the palaeosol was attempted through two different methods: AMS dates from charcoal suggest a significant span from the Early Bronze Age to the Iron Age, while two more consistent OSL dates point to formation of the palaeosol during the Late Neolithic (3500–3000 cal BC). The entire engraved rock surface (16 m²), including its buried part, was fully recorded. Four main semiotic groups were identified: a typical fifth‐millennium crook‐hafted axe with a ring, two boats with steering oars, and a central, very tall human figure dominating the composition from its 3.5‐metre height.     

Can the Raman spectrum of anatase in artwork and archaeology be used for dating purposes? Identification by Raman microscopy of anatase in decorative coatings on Neolithic (Yangshao) pottery from Henan,China

Scanning electron microscopy/energy dispersive X-ray analysis has earlier shown that the white background layer (slip) on painted pottery sherds (Yangshao culture, Henan, China, 4200 BC) is composed of kaolinitic clay containing titanium in the assumed form of TiO₂ at just 1 wt%. The same samples of white slip have now been studied by Raman microscopy, revealing bands characteristic of anatase, but none from the majority species, the matrix of kaolinitic clay. These results highlight the extraordinarily intense Raman scattering from even trace amounts of anatase and thus the need to recognise that, although the colours of archaeological artefacts are almost always determined by the nature of the matrix, the Raman spectrum may be determined by a highly scattering trace component such as anatase. The significance of anatase as a potential date-marker pigment on works of art and archaeological artefacts is discussed.     

The Old and the New: Qualifying City Systems in the World with Classical Models and New Data

Zipf's rank‐size rule, lognormal distribution, and Gibrat's urban growth models are considered as summarizing fundamental properties of systems of cities. In this article, they are used as statistical benchmarks for comparing the shapes of urban hierarchies and evolutionary trends of seven systems of cities in the world including BRICS, Europe, and United States. In order to provide conclusions that avoid the pitfalls of too small samples or uncontrolled urban definitions, these models are tested on some 20,000 urban units whose geographically significant delineations were harmonized in each country over 50 years between 1960 and 2010. As a result, if the models appear not always statistically valid, their usefulness is confirmed since the observed deviations from empirical data remain limited and can often be interpreted from the geohistorical context of urbanism proper to each world region. Moreover, the article provides new free software which authorizes the reproducibility of our experiments with our data bases as well as with complementary data.     

Ultrathin sectioning techniques

Epoxy mixtures incorporating Araldite available in Australia have been used to embed Recent organisms, fossils and sedimentary rocks. Resultant sections of embedded material may be less than 10 micrometres thick and give increased resolution of fine structures. Mixtures used and sectioning techniques are described.