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<p>Literary allusions are a living gene pool for contemporary literary landscape inheritance. Focusing on the Qiantang River Poetry Road literary heritage corridor, this study innovatively constructing the Element Mining-Network Connection-Scenario Reconstruction analytical framework for poetic literary allusions. It develops a watershed literary gene map (228 standard allusion terms, 4229 allusion-related connection groups) to visualize implicit links between allusions and between allusions and their environments. Key findings: 1) Allusions and landscape elements show significant correlations; the upper, middle, and lower reaches have distinct allusion image clusters: boat hermitage, fishing hermitage, and tidal culture narrative systems. 2) Top-recognized scenarios: Autumn Waters Canoeing (44Wd), Misty Rain Solitary Angling (48Wd), Tidal Thunder Resonance (86Wd). 3) At the watershed-scale, patterns of Shared Allusion Motifs, Divergent Scene Typologies and Shared Scene Archetypes, Divergent Allusion Themes emerge. This study provides a context-specific reference model for the protection and activation of river-basin-based regional literary heritage corridors.</p>

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Element mining, network associations and scene reconstruction of qiantang river poetry road literary allusion landscapes

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年2月28日

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  • Danping Han,
  • Tao Xu,
  • Jue Li,
  • Qingqing Yu,
  • Wenbin Nie,
  • Jiayan Li

摘要

Literary allusions are a living gene pool for contemporary literary landscape inheritance. Focusing on the Qiantang River Poetry Road literary heritage corridor, this study innovatively constructing the Element Mining-Network Connection-Scenario Reconstruction analytical framework for poetic literary allusions. It develops a watershed literary gene map (228 standard allusion terms, 4229 allusion-related connection groups) to visualize implicit links between allusions and between allusions and their environments. Key findings: 1) Allusions and landscape elements show significant correlations; the upper, middle, and lower reaches have distinct allusion image clusters: boat hermitage, fishing hermitage, and tidal culture narrative systems. 2) Top-recognized scenarios: Autumn Waters Canoeing (44Wd), Misty Rain Solitary Angling (48Wd), Tidal Thunder Resonance (86Wd). 3) At the watershed-scale, patterns of Shared Allusion Motifs, Divergent Scene Typologies and Shared Scene Archetypes, Divergent Allusion Themes emerge. This study provides a context-specific reference model for the protection and activation of river-basin-based regional literary heritage corridors.