日本地球惑星科学連合2022年大会

講演情報

[E] 口頭発表

セッション記号 H (地球人間圏科学) » H-TT 計測技術・研究手法

[H-TT16] Geographic Information Systems and Cartography

2022年5月26日(木) 10:45 〜 12:15 301A (幕張メッセ国際会議場)

コンビーナ:小口 高(東京大学空間情報科学研究センター)、コンビーナ:若林 芳樹(東京都立大学大学院都市環境科学研究科)、Liou Yuei-An(National Central University)、コンビーナ:Estoque Ronald C.(Center for Biodiversity and Climate Change, Forestry and Forest Products Research Institute, Japan)、座長:小口 高(東京大学空間情報科学研究センター)、若林 芳樹(東京都立大学大学院都市環境科学研究科)、Yuei-An Liou(National Central University)、Ronald C. Estoque(Center for Biodiversity and Climate Change, Forestry and Forest Products Research Institute, Japan)

10:45 〜 11:00

[HTT16-01] Spatial delineation of climate change impacts and cross-scale adaptation strategies: A case study of Japan

★Invited Papers

*劉 斐1真砂 佳史1 (1.国立環境研究所)

キーワード:適応戦略、気候変動、気候変動適応、日本、空間計画

The chief motivation of this study is to put forward a transdisciplinary, customized, and broadly applicable blueprint for understanding future climate change impacts at regional to national scales and further advancing adaptation planning in Japan. Effective adaptation planning and decision-making call for reliable, comprehensive, and cross-cutting climate-related information. In light of this, we present a reproducible methodological framework that scales and delineates diverse climate change impacts based on spatial analytical technology. Using the K-means multivariate clustering algorithm, seven spatial indicators that reflect national and local interests across different sectors were synthesized to recognize the homogeneous impact zones (HIZs) and produce the analogous impact maps in 2100 under different future scenarios. Results show that each analogous impact map comprises nine HIZs, albeit to varying degrees of diverse impacts. The changes in climatic parameters prominently drove the spatial stratification and configuration of analogous impact maps. Findings from this study can offer a reference for the potential climate-related interventions and options towards a comprehensive, cross-sectoral adaptation pathway.