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Title page
Contents
Acknowledgements 8
Foreword 9
Abbreviations 11
CHAPTER 1. Introduction: The results of comprehensive research on cultural heritage and sustainable tourism sector (CHST) and climate change 12
CHAPTER 2. Vision, Progress, and the Future: Tourism and Heritage Policy on Climate Change Responses in Korea 24
Introduction 25
International and national context 25
Detailed methods and practical achievements 32
SWOT analysis based on the policy review 39
Lessons learned and conclusions: Remaining challenges and the way forward 42
CHAPTER 3. Seoul Case Study: Utilizing Heritage Sites as Mitigation and Adaptation Instruments of Climate Change 45
Introduction 46
Case study rationale and description 46
Using Seoul's cultural heritage as a tool to counter emerging threats and challenges from climate change 50
Strategies, responses and actions: Application of cultural heritage as a tool for climate-change mitigation and adaptation in Seoul 54
Lessons learned from Seoul's climate-change mitigation and adaptation actions 73
Replicability of tested climate actions in Seoul, particularly for developing countries 74
CHAPTER 4. Suwon Case Study: Suwon's Experience in Cities, Culture and Climate Change 76
Introduction 77
Case study description and rationale 77
Major challenges and threats to climate-change action in Suwon City 80
Strategies and actions for climate-change mitigation and adaptation in Suwon 82
Lessons learned from tested climate actions in Suwon City 88
Replicability of tested climate actions in Suwon, particularly for developing countries 89
CHAPTER 5. Jeju Island Case Study: Sustainable Island and Sustainable Tourism 97
Introduction 98
Case study rationale and description 99
Current and emerging threats and impacts from climate change 101
Climate strategies and actions for mitigation and adaptation 104
Lessons learned from tested climate actions 116
Replicability of Jeju Island's climate actions, particularly for developing countries 118
Notes 120
References 124
Figure 1.1. Share of tourism industry's carbon emissions, by domain 14
Figure 1.2. Share of travel sector's carbon emissions, by mode of transportation 14
Figure 1.3. Framework for climate-change adaptation and mitigation in CHST 16
Figure 1.4. Three key aspects of a low-carbon tourism model 17
Figure 1.5. Climate actions to support slow tourism in CHST 17
Figure 1.6. Disaster-risk management (DRM) phases and activities 18
Figure 1.7. Framework for disaster-risk calculation for cultural heritage sites 20
Figure 2.1. Hahoe Village: Development of new renewable energy-based village-unit using micro-grid technology 31
Figure 2.2. Korea Dulle-gil Trail courses 37
Figure 2.3. Technologies to support heritage management: Drone photography and 3D digital recording with LiDAR 38
Figure 3.1. Comparing the existing built environment (left) to heritage-based built environment, which encourages sharing systems between nature and human society 47
Figure 3.2. Projected average annual temperature and precipitation in Seoul, 2071~2100 48
Figure 3.3. European Green Deal targets (top) plus recommendations for climate-neutral buildings in Europe by 2050 (bottom) 50
Figure 3.4. Link between GHG mitigation and climate-change adaptation strategies 51
Figure 3.5. Rainwater storage(retention) tank and sewage box in Seongjongneung Royal Tomb, a World Heritage site, to mitigate flooding 52
Figure 3.6. Relocation works of the reservoir sewage box in the Seongjongneung Royal Tomb, a World Heritage site 53
Figure 3.7. Cultural heritage as a tool for mitigating and adapting to the climate crisis 55
Figure 3.8. Seoullo 7017 Overpass 57
Figure 3.9. Gyeongui-Gyeongchun Line Forest Park, various images 59
Figure 3.10. Siplast Green Roof System applied to the former Yongsan Railway Hospital 62
Figure 3.11. Reinforcement of the H-beam and C-beam for the structurally vulnerable building framework at Dilkusha heritage site 64
Figure 3.12. Location of Joseon Royal Tombs 65
Figure 3.13. Before (left) and after (right) restoration of forest areas around the World Heritage Sites Taeneung and Gangreung, Royal Tombs of the Joseon Dynasty 67
Figure 3.14. Topographical map depicting before (left) and after (right) restoration of Uireung Royal Tombs of the Joseon Dynasty 68
Figure 3.15. Topographical map depicting before (left) and after (right) restoration of Heonlleung and Illeung Royal Tombs of the Joseon Dynasty 69
Figure 3.16. Green energy project combining climate-change mitigation and adaptation: Namsangol Hanok Village rainwater reservoir 69
Figure 3.17. Climate-change mitigation: Restoration of abandoned streamlets, formed in premodern era, using a water reservoir system against heavy rainfall... 70
Figure 3.18. Restoring green axis between Changdeok Palace and Jongmyo Shrine with a pedestrian path, a carbon neutrality goal 71
Figure 3.19. Mandalay's schematic of a hydraulic system 74
Figure 4.1. Suwon City administrative districts 77
Figure 4.2. Suwon City's historic Haenggung-dong district: low economic activity and high elderly population 79
Figure 4.3. Effect of solar heat on roofing styles 83
Figure 4.4. Promotional vehicle of Energy Opportunity Income Village, 2023 84
Figure 4.5. Promotional vehicle for mini solar power generator installation, 2022 86
Figure 4.6. Annual carbon sequestration in green areas in Ansan City 95
Figure 5.1. 2030 CFI (Carbon Free Island): Jeju's core values 99
Figure 5.2. Four policy goals of the 2030 CFI 100
Figure 5.3. Traffic congestion costs on Jeju Island, 2011-2018 100
Figure 5.4. Tourism area life cycle theory 101
Figure 5.5. Total GHG emissions, by selected tourism industry sector 110
Figure 5.6. Estimates of life-cycle GHG emissions from electricity generation technologies 111
Figure 5.7. Cumulative climate impact over the lifetime of a commercial building, in carbon kgs 113
Figure 5.8. Pathways for sequestration of macroalgae carbon into the deep sea 114
Photos
Photo 2.1. ECO Party activities: Local product market, walking trails, local food tasting, and natural heritage tour using traditional rafts 33
Photo 2.2. Gangneung Ojuk Hanok Village 35
Photo 2.3. Traditional culture experience in Gangneung Ojuk Hanok Village 35
Photo 2.4. First national convention of Dangsan Tree Grandfathers 38
Photo 3.1. Vertical Garden at Donuimun Museum Village, an ecological network linked with neighboring green areas 57
Photo 3.2. Seoullo 7017, 1970-2020, prior to (top) and post (bottom) green remodelling, with structural reinforcement 58
Photo 3.3. Seoullo 7017 walkable path, post green remodelling 59
Photo 3.4. Gyeongui-Gyeongchun Line Forest Park 60
Photo 3.5. Rooftop gardening of the former Yongsan Railway Hospital 61
Photo 3.6. Application of original bricks and structures to represent the original state at the Yongsan Railway Hospital 62
Photo 3.7. Post-repair of Dilkusha heritage site 63
Photo 3.8. Conservation works of Rat Trap bond to maintain insulation function and structural stability 64
Photo 3.9. Before (left) and after (right) restoration of forest areas around the World Heritage Sites Taeneung and Gangreung, Royal Tombs of the Joseon Dynasty 66
Photo 3.10. Before (left) and after (right) restoration of Uireung Royal Tombs of the Joseon Dynasty (see A, C, and E areas for details of new forested areas) 67
Photo 3.11. Before (left) and after (right) restoration of the Heonlleung and Illeung Royal Tombs of the Joseon Dynasty 68
Photo 3.12. Adaptation approach: Changdeok Palace walls, reconstructed using more than 20% of the stones excavated during the restoration, and six-lane... 71
Photo 3.13. Six of Seoul's eco-friendly travel destination spots 72
Photo 4.1. Bike-sharing system 85
Photo 5.1. Whitening event on rocks in the sea off the coast of Jeju Island 102
Photo 5.2. Tourists trekking along the Olle hiking trail 106
Photo 5.3. Jeju Haenyeo cooking freshly-caught seafood and selling it to tourists 107
Photo 5.4. Diving Experience Tour program, where visitors gather marine trash 108
Photo 5.5. Art exhibition using collected marine debris 109
Photo 5.6. Wind power plant off the coast of Jeju Island 112
Photo 5.7. Energy-saving insulation glass and natural light employed for inside lighting 114
Photo 5.8. Process of forming a marine forest under the sea 116
Maps
Map 2.1. Gyeongpoho Lake travel route after lagoon wetlands restoration projects 34
Map 5.1. Distribution of general disaster vulnerability ratings 103
Map 5.2. Distribution of wind power generation on Jeju Island 112
Map 5.3. Distribution of marine forest formation along Jeju Island's coast, 2009-2022 115
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