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Center for Climate Change Adaptation - Research Result (Publication)
FY 2024
- Original Paper
Impact of the urban heat island on heat-related mortality in the Tokyo Metropolitan Area, JapanPresenter : HE Jinyu, , , , , OKA Kazutaka, ,
Title : Environmental Research: Health, 3(015003):1-10 (2024) - Original Paper
Impact of the urban heat island on heat-related mortality in the Tokyo Metropolitan Area, JapanPresenter : HE Jinyu, , , , , OKA Kazutaka, ,
Title : Environmental Research: Health, 3(015003):1-10 (2024) - Original Paper
Impact of the urban heat island on heat-related mortality in the Tokyo Metropolitan Area, JapanPresenter : HE Jinyu, , , , , OKA Kazutaka, ,
Title : Environmental Research: Health, 3(015003):1-10 (2024) - Original Paper
Impact of the urban heat island on heat-related mortality in the Tokyo Metropolitan Area, JapanPresenter : HE Jinyu, , , , , OKA Kazutaka, ,
Title : Environmental Research: Health, 3(015003):1-10 (2024) - Original Paper
Impact of the urban heat island on heat-related mortality in the Tokyo Metropolitan Area, JapanPresenter : HE Jinyu, , , , , OKA Kazutaka, ,
Title : Environmental Research: Health, 3(015003):1-10 (2024) - Presenter : , , , , , , , , , , , , , , , , , , YOSHIDA Yuki
Title : Ecology and Society, 29(4):18 (2024) - Presenter : , , , , , , , , , , , , , , , , , , YOSHIDA Yuki
Title : Ecology and Society, 29(4):18 (2024) - Original Paper
Proposing adjustments to heat safety thresholds for junior high and high school sports clubs in JapanPresenter : OYAMA Takahiro, , FUJII Minoru, NAKAJIMA Kenichi, HIJIOKA Yasuaki
Title : International Journal of Biometeorology (2024) - Original Paper
Proposing adjustments to heat safety thresholds for junior high and high school sports clubs in JapanPresenter : OYAMA Takahiro, , FUJII Minoru, NAKAJIMA Kenichi, HIJIOKA Yasuaki
Title : International Journal of Biometeorology (2024) - Original Paper
Proposing adjustments to heat safety thresholds for junior high and high school sports clubs in JapanPresenter : OYAMA Takahiro, , FUJII Minoru, NAKAJIMA Kenichi, HIJIOKA Yasuaki
Title : International Journal of Biometeorology (2024) - Presenter : , , , , OKA Kazutaka, , , , ,
Title : The Lancet Regional Health - Western Pacific, 52(101214):1-13 (2024) - Presenter : , , , , OKA Kazutaka, , , , ,
Title : The Lancet Regional Health - Western Pacific, 52(101214):1-13 (2024) - Presenter : , , , , OKA Kazutaka, , , , ,
Title : The Lancet Regional Health - Western Pacific, 52(101214):1-13 (2024) - Presenter : , , , , OKA Kazutaka, , , , ,
Title : The Lancet Regional Health - Western Pacific, 52(101214):1-13 (2024) - Presenter : , , , , OKA Kazutaka, , , , ,
Title : The Lancet Regional Health - Western Pacific, 52(101214):1-13 (2024) - Presenter : OKA Kazutaka, HE Jinyu, , HIJIOKA Yasuaki
Title : Environmental Research, 263(120066):1-10 (2024) - Presenter : OKA Kazutaka, HE Jinyu, , HIJIOKA Yasuaki
Title : Environmental Research, 263(120066):1-10 (2024) - Presenter : OKA Kazutaka, HE Jinyu, , HIJIOKA Yasuaki
Title : Environmental Research, 263(120066):1-10 (2024) - Presenter : OKA Kazutaka, HE Jinyu, , HIJIOKA Yasuaki
Title : Environmental Research, 263(120066):1-10 (2024) - Presenter : OKA Kazutaka, HE Jinyu, , HIJIOKA Yasuaki
Title : Environmental Research, 263(120066):1-10 (2024) - Other Publications
Emergent constraints on future changes in several climate variables and extreme indices from global to regional scalesPresenter : SHIOGAMA Hideo, HAYASHI Michiya, HIROTA Nagio, OGURA Tomoo
Title : SOLA, 20:122-129 (2024) - Original Paper
Impact of global major reservoirs and lakes on plastic dynamics by using a process-based eco-hydrology modelPresenter : NAKAYAMA Tadanobu
Title : Lakes & Reservoirs: Science, Policy and Management for Sustainable Use, 29:e12463 (2024) - Original Paper
Relationship between fish traits and the methane-derived carbon contribution to fish in a shallow lakePresenter : TSUCHIYA Kenji, MATSUZAKI Shin-Ichiro, KOZU Ayato
Title : Freshwater Biology, 69(10):1468-1478 (2024) - Presenter : , , , , , , HANASAKI Naota, , , ,
Title : Hydrological Research Letters, 18(2):58-65 (2024) - Presenter : AMANUMA Eri, FUJII Minoru, NAKAJIMA Kenichi, HIJIOKA Yasuaki
Title : Environmental Research Letters, 19(8):083004 (2024) - Presenter : HAYASHI Michiya, SHIOGAMA Hideo, ISHIZAKI Noriko,
Title : Scientific Online Letters on the Atmosphere, 20:207-216 (2024) - Presenter : HAYASHI Michiya, SHIOGAMA Hideo, ISHIZAKI Noriko,
Title : Scientific Online Letters on the Atmosphere, 20:207-216 (2024) - Presenter : AMANUMA Eri, FUJII Minoru, NAKAJIMA Kenichi, HIJIOKA Yasuaki
Title : Environmental Research Letters, 19(8):083004 (2024) - Presenter : , , , , , , , , , , , , , HANASAKI Naota, , , , , , YOKOHATA Tokuta,
Title : Environmental Research Letters, 1-13 (2024) - Presenter : ABE Hiroya, HAYASHI Seiji, , YAMANO Hiroya
Title : Estuarine, Coastal and Shelf Science, 303:108797 (2024) - Presenter : ABE Hiroya, HAYASHI Seiji, , YAMANO Hiroya
Title : Estuarine, Coastal and Shelf Science, 303:108797 (2024) - Presenter : ABE Hiroya, HAYASHI Seiji, , YAMANO Hiroya
Title : Estuarine, Coastal and Shelf Science, 303:108797 (2024) - Original Paper
Prediction of ambulance transport system collapse under extremely high temperatures induced by climate changePresenter : OKA Kazutaka, , HIJIOKA Yasuaki
Title : Environmental Research: Health, 2(035002):1-12 (2024) - Original Paper
Prediction of ambulance transport system collapse under extremely high temperatures induced by climate changePresenter : OKA Kazutaka, , HIJIOKA Yasuaki
Title : Environmental Research: Health, 2(035002):1-12 (2024) - Original Paper
Prediction of ambulance transport system collapse under extremely high temperatures induced by climate changePresenter : OKA Kazutaka, , HIJIOKA Yasuaki
Title : Environmental Research: Health, 2(035002):1-12 (2024) - Original Paper
Prediction of ambulance transport system collapse under extremely high temperatures induced by climate changePresenter : OKA Kazutaka, , HIJIOKA Yasuaki
Title : Environmental Research: Health, 2(035002):1-12 (2024) - Original Paper
Prediction of ambulance transport system collapse under extremely high temperatures induced by climate changePresenter : OKA Kazutaka, , HIJIOKA Yasuaki
Title : Environmental Research: Health, 2(035002):1-12 (2024)