针对这一独特的中国现象,《Boundless Big Beauty--Boundary Studies on the National Parks in China(英文版)》作者Lianyong Wang通过 多年的采访、调研和数据收集,经实证研究后发现, 在全国208处***风景名胜区中,零散组合类边界 案例多达76处,其中包括40处群星组合型风景名胜区 ,此外还有跨界类风景名胜区68处。复杂的资源结构 和空间布局,给日常管理带来了严峻挑战,年度面积 统计数据也因此出现了巨大波动
Foreword by Alastair M. Morrison
Foreword by Steven J. Hollenhorst
Foreword by the author
Acknowledgements
1Introduction
1.1From the Obscurity of Park Boundaries to a Framework of Theoretical Hypothese
1.2Literature Review in Geographies
1.2.1Boundary studies within the human geography
1.2.2Studies on borderland. outbound or inbound tourism
1.2.3National park boundary studies around the globe
1.2.4Boundary studies pertinent to Chinas nature reserves and national parks
1.2.5Studies on dynamic boundaries and boundary dynamics
1.2.6A summary on boundary studies
1.3Research Goals. Contents and Methodologies
1.4Innovative FindingsForeword by Alastair M. Morrison
Foreword by Steven J. Hollenhorst
Foreword by the author
Acknowledgements
1Introduction
1.1From the Obscurity of Park Boundaries to a Framework of Theoretical Hypothese
1.2Literature Review in Geographies
1.2.1Boundary studies within the human geography
1.2.2Studies on borderland. outbound or inbound tourism
1.2.3National park boundary studies around the globe
1.2.4Boundary studies pertinent to Chinas nature reserves and national parks
1.2.5Studies on dynamic boundaries and boundary dynamics
1.2.6A summary on boundary studies
1.3Research Goals. Contents and Methodologies
1.4Innovative Findings
2Boundary-Bounding Mechanism Based on Natural Conditions and Social Contexts
2.1Introduction
2.1.1Patch or Segmentation Related Concepts and Applications
2.1.2Island Biogeography and the SLOSS Debate
2.1.3Geographical Studies on Boundary Shapes and Structures
2.2Park Classification Based on Boundary Shapes and Structures
2.2.1Two major classes
2.2.2Class Is detailed classification
2.2.3Class IIs detailed classification
2.3Interpreting Boundary-Bounding Mechanism Based on the Natural Conditions and Social Contexts
2.3.1Boundary-bounding by mountain topologies
2.3.2Boundary-bounding by the course of rivers/gorges
2.3.3Boundary-bounding by sporadic cultural landscapes
2.3.4Affected by previous land uses
2.4Considering the Constraints of Administrative Divisions on the Resource Management
3Check and Balance Functions of Administrative Boundaries over Park Boundarise
3.1Introduction
3.1.1Park boundaries to demonstrate national sovereignty
3.1.2Trans-boundary peace parks around the globe
3.1.3Studies on the trans-boundary tourist areas in China
3.2Classes of Trans-Border Parks and Close-to-Border Parks
3.2.1Spatial interaction related to trans-border parks
3.2.2Spatial interaction related to close-to-border parks
3.2.3Mathematical measurement on spatial interactions
3.3Analysis on the Administrative Boundarys Check and Balance
3.3.1Administrative boundarys hard-core regulation
3.3.2Rationale of the trans-border park boundary growth
3.3.3Place name identity contributes to the park boundary demarcation
3.3.4Spatial re-organization in order to remove the institutional obstacles
3.3.5The contradictions between the hard-core constraining and the soft growth
3.4Seeking a Breakthrough to Understand the Stability and Legal Effectiveness of the Soft Boundaries
4Boundarys Dynamic Evolution Based on the Undulating Areal Statistics
4.1Introduction
4.1.1Studies on the area-boundary relationship with perspectives of landscape ecology
4.1.2Studies on area-boundary relationship related to national parks in other nations than China
4.1.3Studies of area-boundary relationship related to National Park of China
4.2Classification of the Statistical Data
4.2.1Longitudinal studies based on the incomplete data set
4.2.2Longitudinal studies based on the complete data set
4.3How Much Does the Areal Statistics Relate to Boundarys Dynamic Evolution?
4.3.1Interpreting null-data and one-year fresh data groups
4.3.2Interpreting the data coherency and completeness
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