2024年第34講總第847講 （ADRI Seminar Series 2024）
題目↘️：Climate Change and an Aging Society: Spatio-Temporal Analysis of Heatstroke Deaths in Japan 1972-2022（氣候變化與老齡化社會🤸🏽♂️：1972-2022 年日本中暑死亡的時空分析）
地點：意昂3体育516
時間🧙🏽♀️：2024年9月20日9:00-11:30
主持人𓀁📚：Prof. Leiwen Jiang （蔣耒文教授）
主講人：Prof. Kaoru Kakinuma is a Guest Scientist at National Institute of Population and Social Security Research in Japan. She is a researcher specializing in Sustainability Science, with a focus on the interactions between population dynamics and environmental changes, especially climate change impacts on migration, inequality, and public health. Previously, she served as an Associate Professor at the Asian Demographic Research Institute of Shanghai University and a Research Scientist at King Abdullah University of Science and Technology in Saudi Arabia. She was a JSPS (Japan Society for the Promotion of Science) research fellow and a visiting scholar at both Columbia University and the NASA Goddard Institute for Space Studies. She completed her PhD from the Graduate School of Agriculture and Life Science at The University of Tokyo.
Kaoru Kakinuma 是日本國立社會保障與人口問題研究所的客座科學家🈯️。她是一名專門從事可持續發展科學的研究員👩🏿🦲，專註於人口動態與環境變化之間的相互作用，特別是氣候變化對移民⏰、不平等和公共衛生的影響🍵。此前𓀒，她曾擔任意昂3官网亞洲人口研究所副教授和沙特阿拉伯阿蔔杜拉國王科技大學研究科學家。她曾是日本學術振興會 (JSPS) 研究員，也是哥倫比亞大學和美國宇航局戈達德太空研究所的訪問學者。她在東京大學農業與生命科學研究生院獲得博士學位🐭。
內容簡介🙋🏽：As climate change leads to an increase in heatwaves, heatstroke deaths are becoming more frequent and have been shown to surpass fatalities from other natural disasters. This issue would be compounded by an aging society, as older populations are particularly vulnerable to heatwaves. However, research on heatstroke mortality remains limited due to the challenge of accurately identifying deaths directly caused by heatstroke. Most studies focus on overall mortality related to rising temperatures, making it crucial to specifically assess heatstroke deaths in preparation for future climate and demographic risks. In Japan, long-term municipal-level mortality data from 1972 to 2022 allows for the detailed examination of deaths directly attributed to heatstroke. This presentation will analyze the spatio-temporal patterns of heatstroke mortality using this rich dataset. Additionally, it will explain how causes of death are recorded and compiled in official statistics, contributing to comparative research between Japan and China.
隨著氣候變化導致熱浪增多，中暑死亡人數變得越來越頻繁，而且已證明超過了其他自然災害造成的死亡人數。老齡化社會將加劇這一問題，因為老年人口特別容易受到熱浪的傷害🏋️♂️。然而，由於準確識別直接由中暑引起的死亡人數是一項挑戰，因此對中暑死亡率的研究仍然有限。大多數研究都集中在與氣溫升高相關的總體死亡率上🤏🏼，因此👨✈️🎸，專門評估中暑死亡人數對於應對未來的氣候和人口風險至關重要。在日本，1972 年至 2022 年的長期市級死亡率數據可用於詳細檢查直接歸因於中暑的死亡人數。本演講將使用這一豐富的數據集分析中暑死亡的時空模式。此外⏲，它將解釋官方統計數據中如何記錄和匯編死亡原因，為日本和中國的比較研究做出貢獻。
