Royal tombs of the Joseon Dynasty were designated as a UNESCO world heritage site in 2009 in recognition of their outstanding universal value, integrity and authenticity. The fact that not only the royal tombs itself but also the historic landscape forest was designated as a cultural heritage site reflects the unique cultural features of the royal tombs of the Joseon Dynasty. The original historic landscape forest is based on a pine forest, so maintenance plans and projects to manage and restore it are being actively carried out, but the effects of climate change on pine trees are currently not being considered. However, the damage to the ecosystem caused by recent climate change is serious. Pine wilt disease one of the deadliest diseases and is expected to spread throughout the South Korea due to climate change. Therefore, this study aimed to predict the risk of outbreaks of pine wilt disease, which causes fatal damage to pine trees which are important elements of the landscape around royal tombs of the Joseon Dynasty. We applied species distribution models to predict potential risk of pine wilt disease. The results showed an increased risk of pine wilt disease in the royal tombs of the Joseon Dynasty under all climate scenarios. To prevent this, we proposed biological, chemical and constant surveillance as counter measures for sustainable management of the royal tombs and historic landscape forest under the climate change.
목차
Abstract Introduction Materials and Methods Study site Modeling methods Application of species distribution models (SDMs) Establishment of prevention measures for royal tombs of Joseon Dynasty Results and Discussion Selecting suitable model and prediction of future distribution Predicted results around royal tombs in Seoul metropolitan areas Predicted results of individual tomb Selecting prevention measures and applications Conclusion Acknowledgements References
키워드
species distribution modelworld heritageprevention measurespine treeslandscape management
저자
Sunyong Sung [ Department of Traditional Landscape Architecture, College of Science and Technology, Korea National University of Heritage, Buyeo 38541, Republic of Korea ]
Corresponding Author
Jeonghun Jeon [ Garden Design & Construction Center, Sejong National Arboretum, Sejong 30106, Republic of Korea ]