A Study on the Influence of Spatial Forms of Traditional Villages of the Dong Ethnic Group in Southeast Guizhou on Tourists'Footprint Behaviour
Traditional village tourism is flourishing in the context of rural revitalisation.Paying attention to the footprint behaviour of tourists is crucial to the tourism development of traditional villages.In this paper,we take the traditional villages of the Dong ethnic group in Guizhou as an example,construct a logical framework of spatial cognition from the perspective of debugging human-land relationship,establish a model of the influence of spatial forms of traditional villages on the footprint behaviour of tourists using multi-source data and MNL method,and seek a more balanced relationship between the supply of tourist sites and the demand of tourists in traditional villages in Guizhou by quantitatively analysing the coupling relationship between spatial forms of the Dong ethnic group's traditional villages and the footprint behaviour of tourists,with a view to providing a reference for the dynamic conservation and development of tourism.The model is designed to provide a reference for the dynamic protection of traditional villages and the development of tourism.The study found that:(1)the development of village tourism resources is limited and uncoordinated,and the misalignment of tourism supporting service facilities and tourists'footprints is essentially due to the diversification of spatial subjects;(2)the spatial forms of Dong traditional villages strengthens the tourism agglomeration effect of the functional core space,and the permeability of the road network is poor,with the lack of tourist attractions on the edge of the villages.In the face of the lag in the development of spatial tourism in Dong traditional villages,it is appropriate to promote the cooperation of multiple subjects,and balance the"authenticity"and"commercialisation"of the conceptual,real and living space among the subjects.
Dong traditional villages in southeast Guizhouspatial formtourist footprint behaviourMultinomial Logit Model