• Journal of Resources and Ecology
  • Vol. 11, Issue 2, 191 (2020)
Yunyun LI1、2、3, Haiyang LIU4, and Ling-en WANG1
Author Affiliations
  • 1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101, China
  • 2University of Chinese Academy of Sciences, Beijing 100049, China
  • 3Center for Animal Health and Productivity, School of Veterinary Medicine, University of Pennsylvania, Kennett Square, Pennsylvania 19348, USA
  • 4College of Geography and Environmental Science, Northwest Normal University, Lanzhou 730070, China
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    DOI: 10.5814/j.issn.1674-764x.2020.02.007 Cite this Article
    Yunyun LI, Haiyang LIU, Ling-en WANG. Spatial Distribution Pattern of the Catering Industry in A Tourist City: Taking Lhasa City as A Case[J]. Journal of Resources and Ecology, 2020, 11(2): 191 Copy Citation Text show less
    Location of study area
    Fig. 1. Location of study area
    Distribution of catering providers in the study area Note: (a) the spatial distribution of catering providers in Lhasa’s main city area; (b) the proportions of different kinds of catering providers; and (c) the proportions of the different cuisines of catering providers.
    Fig. 2. Distribution of catering providers in the study area Note: (a) the spatial distribution of catering providers in Lhasa’s main city area; (b) the proportions of different kinds of catering providers; and (c) the proportions of the different cuisines of catering providers.
    Standard deviational ellipse of catering providers for (a) different kinds of catering providers and (b) different cuisine types provided by the various kinds of catering providers
    Fig. 3. Standard deviational ellipse of catering providers for (a) different kinds of catering providers and (b) different cuisine types provided by the various kinds of catering providers
    Kernel density estimation of catering providers’ different cuisines types: (a) local; (b) Sichuan; (c) Halal and (d) all others.
    Fig. 5. Kernel density estimation of catering providers’ different cuisines types: (a) local; (b) Sichuan; (c) Halal and (d) all others.
    Buffer analysis for different kinds of roads: (a) main roads; (b) secondary roads and (c) branch roads.
    Fig. 6. Buffer analysis for different kinds of roads: (a) main roads; (b) secondary roads and (c) branch roads.
    (a) Kernel density estimation of scenic spots and (b) the spatial distribution of different kinds of scenic spots
    Fig. 7. (a) Kernel density estimation of scenic spots and (b) the spatial distribution of different kinds of scenic spots
    Buffer analysis of (a) all scenic spots within the 500 m buffer range, (b) all scenic spots within the 1000 m buffer range, (c) 2A level and above scenic spots in the 1000 m buffer range and (d) 2A level and above scenic spots in the 2000 m buffer range.
    Fig. 8. Buffer analysis of (a) all scenic spots within the 500 m buffer range, (b) all scenic spots within the 1000 m buffer range, (c) 2A level and above scenic spots in the 1000 m buffer range and (d) 2A level and above scenic spots in the 2000 m buffer range.
    Spatial distribution of (a) population in the main city area of Lhasa, and the distribution of population overlaid with (b) all catering providers, (c) local restaurants, (d) Sichuan restaurants and (e) Halal restaurants.
    Fig. 9. Spatial distribution of (a) population in the main city area of Lhasa, and the distribution of population overlaid with (b) all catering providers, (c) local restaurants, (d) Sichuan restaurants and (e) Halal restaurants.
    Population heat map in the Main City Area of Lhasa.
    Fig. 10. Population heat map in the Main City Area of Lhasa.
    Catering providersObserved mean distance (m)Expected mean distance (m)Nearest neighbour ratioz-scoreP-value
    All catering providers26.8839113.39630.237079-95.2162450
    Different kinds of catering providersChinese restaurant18.828886.91810.216627-127.5524060
    Chinese fast food restaurant82.0259300.01830.273403-34.2749090
    Tea house67.0662209.32360.320395-45.9482440
    Western restaurant323.4324903.77870.357867-10.0552620
    Pastry shop139.0467358.84350.387486-24.1569270
    Snack bar186.8654451.04860.414291-18.3776020
    Beverage shop355.9832802.39840.443649-9.8127160
    Cafe293.8510646.34420.454635-11.9413510
    Western fast food restaurant385.0135816.94460.471285-9.1592450
    Hotel467.4488877.95110.532431-7.5371180
    Different cuisines of catering providesLocal restaurant26.0471108.88460.239218-98.8835600
    Other catering providers50.1552167.18340.300001-59.2563150
    Halal restaurant213.3069520.50370.409809-16.0472070
    Sichuan restaurant153.8062341.96100.449777-22.7715460
    Table 1.

    Average nearest neighbor analysis results for different kinds of catering providers

    Buffer areaNumber of catering providersProportion (%)
    150 m range buffer of main road176824.41
    100 m range buffer of secondary road573779.20
    50 m range buffer of branch road544275.12
    Table 2.

    Catering provider quantities in buffer areas of different levels of roads and their proportions within the total number of catering providers.

    Buffer rangeNumber of catering providersProportion (%)
    500 m396054.67
    1000 m619685.59
    Above 2A-level 1000 m150920.83
    Above 2A-level 2000 m355849.12
    Table 3.

    Catering provider distribution within varying buffer ranges of the scenic spots.

    Yunyun LI, Haiyang LIU, Ling-en WANG. Spatial Distribution Pattern of the Catering Industry in A Tourist City: Taking Lhasa City as A Case[J]. Journal of Resources and Ecology, 2020, 11(2): 191
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