More recently, Maoz and Bekerman (2010, p. 426) describe backpackers as ‘relatively young tourists who tend to gather in ghettos or enclaves: places where large numbers congregate to experience home comforts and the company of tourists of similar interests.’ This latter enclavic focus reflects an institutionalisation of the backpacking phenomenon, a mainstreaming decried by some authors (Cohen, 2003; O’Reilly, 2006) for its alignment with the stigma of mass tourism. The homogenisation of backpacking with the rubric of mass tourism, however, is derailed by scholarship that teases out heterogeneity from within the backpacker umbrella concept (Ateljevic & Doorne, 2005; Uriely, Yonay, & Simchai, 2002). Sørensen (2003) calls for continued research on specific subtypes within the backpacker market. Westerhausen (2002, p. 146) notes ‘for a sizeable minority, being on the road becomes a preferred way of life to which they will return whenever the opportunity presents itself
We hereby of the 5.8S rRNA gene, the internal transcribed sequences (ITS), describe a method that also allows for the quantification of the ITS1 and ITS2, are located [1]. In order to preserve the amounts of different alleles containing heterogeneities caused by functionality of multicopy genes, concerted evolution is at play. indel events. We use the ITS sequences of the freshwater sponge However, homogenisation of all the gene variants is not always Ephydatia fluviatilis as an example, and describe intra-individual complete [2]. Divergent copies may interfere in obtaining heterogeneity in this species for the first time. Our method enables adequate results from phylogenetic [3] or phylogeographic to distinguish between individuals by compiling a specific profile analysis [4]
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