Geographical Research, Volume. 39, Issue 7, 1654(2020)

Spatio-temporal evolution of tourist attractions and formation of their clusters in China since 2001

Zhizhong NING1, Ting WANG1、*, and Xuechun YANG2
Author Affiliations
  • 1Institute of Geographic Sciences and Natural Resources Research, CAS, Beijing 100101, China
  • 2College of Resource Environment and Tourism, Capital Normal University, Beijing 100048, China
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    Figures & Tables(13)
    Spatial distribution of A-grade tourist attractions of China in 2001-2016
    Standard deviation elliptic variogram of A-grade tourist attractions of China in 2001-2016
    Kernel density of A-grade tourist attractions of China in 2001-2016
    Nearest neighbor index of A-grade tourist attractions of China in 2001-2016
    The relationship between the kernel density of A-grade tourist attractions of China and the per capita GDP of each province in 2016
    Spatio-temporal evolution of the kernel density of Beijing and South Jiangsu tourist attraction clusters in 2001-2016
    The layer structure of kernel density of tourist attraction clusters of China in 2016
    • Table 1. [in Chinese]

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      Table 1. [in Chinese]

      总数量5A4A3A2A1A
      2001年550018710821342
      2006年1740062352653160
      2011年5573130181418401661128
      2016年9820228303341102344105
    • Table 2. The number of tourist attractions of China on the east and west sides of Hu Line

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      Table 2. The number of tourist attractions of China on the east and west sides of Hu Line

      胡焕庸线以东胡焕庸线以西
      景区数量(个)占比(%)景区数量(个)占比(%)
      2001年48988.916111.09
      2006年150386.3823713.62
      2011年484686.9672713.04
      2016年861287.70120812.30
    • Table 3. Gravity change of A-grade tourist attractions of China

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      Table 3. Gravity change of A-grade tourist attractions of China

      2001年2006年2011年2016年
      中心坐标113.699°E, 33.249°N114.082°E, 33.822°N113.802°E, 33.963°N114.073°E, 34.036°N
      移动方向北偏东西北东偏北
      移动距离(km)72.932730.226826.2666
    • Table 4. The parameters calculation results of standard deviation ellipse

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      Table 4. The parameters calculation results of standard deviation ellipse

      2001年2006年2011年2016年
      生成椭圆面积(km2280.672324.883346.299363.110
      转角θ(°)64.13666.65576.57175.081
      沿x轴标准差(km)7.2158.3888.7318.959
      沿y轴标准差(km)12.38412.33012.62612.902
      扁率0.4170.3200.3080.305
    • Table 5. [in Chinese]

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      Table 5. [in Chinese]

      10~2020~4040~6060~8080~100>100
      2001年31
      2006年1531
      2011年201622
      2016年192211622
    • Table 6. The quantity and reception of Beijing and South Jiangsu tourist attraction clusters

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      Table 6. The quantity and reception of Beijing and South Jiangsu tourist attraction clusters

      北京景区群苏南景区群合计
      数量(个)占全国景区数量比例(%)接待量(亿人次)占全国景区接待量比例(%)数量(个)占全国景区数量比例(%)接待量(亿人次)占全国景区接待量比例(%)占全国景区数量比例(%)占全国景区接待量比例(%)
      2001年853.751.196.141175.161.588.158.9114.29
      2006年1032.511.394.701854.512.197.407.0212.10
      2011年1432.571.774.312944.473.217.757.0412.06
      2016年1992.031.813.533463.523.697.115.5510.64
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    Zhizhong NING, Ting WANG, Xuechun YANG. Spatio-temporal evolution of tourist attractions and formation of their clusters in China since 2001[J]. Geographical Research, 2020, 39(7): 1654

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    Paper Information

    Received: May. 29, 2019

    Accepted: --

    Published Online: Apr. 23, 2021

    The Author Email: WANG Ting (wangting@igsnrr.ac.cn)

    DOI:10.11821/dlyj020190452

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