Research on Wuhan's tourism flow network structure based on digital footprint interaction

doi:10.14088/j.cnki.issn0439-8114.2021.12.032

Abstract

Abstract: By means of the digital footprint analysis method and the research idea of point-plane interaction, the structure of Wuhan's tourism flow network was studied. The results showed that the regularity of Wuhan's tourism digital footprint was relatively conspicuous. Spring and summer were the peak tourist seasons, with the most concentrated period from March to May, and the average stay of 2.8 days. The geographical spatial distribution of nodes in Wuhan's tourism flow network was unbalanced, the driving effect of some nodes was not enough to realize comprehensive and coordinated development of nodes. The spatial structure of Wuhan's tourism flow network was stratified obviously. The connection between the core area and the edge area was low. The overall density of Wuhan's tourism flow network was low, and the development in the region was unbalanced. It was necessary to further play the role of important nodes and core regions to realize the coordinated development of point-plane interaction of Wuhan's tourism flow network.

Key words: tourism digital footprint, point-plane interaction, tourism flow network, Wuhan city

CLC Number:

F327
F57

ZHOU Ting, XIANG Jing-wei, LI Jiang-feng. Research on Wuhan's tourism flow network structure based on digital footprint interaction[J]. HUBEI AGRICULTURAL SCIENCES, 2021, 60(12): 165-171.

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