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Center for Climate Change Adaptation
Center for Climate Change Adaptation - Research Result (Publication)
FY 2025
Original Paper
A simulation based approach for enhancing automatic detection of cicada songs in challenging chorus conditions
Presenter :
OKAMOTO Ryotaro
,
OGUMA Hiroyuki
Title :
Ecological Informatics, 90(103299): (2025)
Original Paper
Autumn leaf color brightness of Japanese alpine vegetation is projected to decrease under future climate change
Presenter :
KOIDE Dai
, ,
OGUMA Hiroyuki
, , ,
Title :
Scientific Reports, 15:29064 (2025)
Original Paper
Autumn leaf color brightness of Japanese alpine vegetation is projected to decrease under future climate change
Presenter :
KOIDE Dai
, ,
OGUMA Hiroyuki
, , ,
Title :
Scientific Reports, 15:29064 (2025)
Original Paper
Autumn leaf color brightness of Japanese alpine vegetation is projected to decrease under future climate change
Presenter :
KOIDE Dai
, ,
OGUMA Hiroyuki
, , ,
Title :
Scientific Reports, 15:29064 (2025)
Original Paper
Multi-decadal variation and driving factors of the alpine meadow landscape fragmentation on the Qinghai-Tibet Plateau: A case study of Henan County
Presenter :
, , , ,
WANG Qinxue
Title :
CATENA, 259(109308): (2025)
Original Paper
Multi-decadal variation and driving factors of the alpine meadow landscape fragmentation on the Qinghai-Tibet Plateau: A case study of Henan County
Presenter :
, , , ,
WANG Qinxue
Title :
CATENA, 259(109308): (2025)
Original Paper
Enhancing the Explainability of Representation of Surface Downward Shortwave Fluxes from Atmospheric Reanalysis Data Products
Presenter :
,
OKA Kazutaka
,
HIJIOKA Yasuaki
Title :
Artificial Intelligence for the Earth Systems, 4(3):1-22 (2025)
Original Paper
Enhancing the Explainability of Representation of Surface Downward Shortwave Fluxes from Atmospheric Reanalysis Data Products
Presenter :
,
OKA Kazutaka
,
HIJIOKA Yasuaki
Title :
Artificial Intelligence for the Earth Systems, 4(3):1-22 (2025)
Original Paper
Enhancing the Explainability of Representation of Surface Downward Shortwave Fluxes from Atmospheric Reanalysis Data Products
Presenter :
,
OKA Kazutaka
,
HIJIOKA Yasuaki
Title :
Artificial Intelligence for the Earth Systems, 4(3):1-22 (2025)
Original Paper
Enhancing the Explainability of Representation of Surface Downward Shortwave Fluxes from Atmospheric Reanalysis Data Products
Presenter :
,
OKA Kazutaka
,
HIJIOKA Yasuaki
Title :
Artificial Intelligence for the Earth Systems, 4(3):1-22 (2025)
Original Paper
Enhancing the Explainability of Representation of Surface Downward Shortwave Fluxes from Atmospheric Reanalysis Data Products
Presenter :
,
OKA Kazutaka
,
HIJIOKA Yasuaki
Title :
Artificial Intelligence for the Earth Systems, 4(3):1-22 (2025)
Original Paper
Projected compound effects of population aging and climate warming on emergency ambulance demand in Japan
Presenter :
,
OKA Kazutaka
, ,
Title :
Environment International, 202(109619):1-7 (2025)
Original Paper
Projected compound effects of population aging and climate warming on emergency ambulance demand in Japan
Presenter :
,
OKA Kazutaka
, ,
Title :
Environment International, 202(109619):1-7 (2025)
Original Paper
Projected compound effects of population aging and climate warming on emergency ambulance demand in Japan
Presenter :
,
OKA Kazutaka
, ,
Title :
Environment International, 202(109619):1-7 (2025)
Original Paper
Projected compound effects of population aging and climate warming on emergency ambulance demand in Japan
Presenter :
,
OKA Kazutaka
, ,
Title :
Environment International, 202(109619):1-7 (2025)
Original Paper
Projected compound effects of population aging and climate warming on emergency ambulance demand in Japan
Presenter :
,
OKA Kazutaka
, ,
Title :
Environment International, 202(109619):1-7 (2025)
Original Paper
Improvement to simulate plastic dynamics and their relation to biogeochemical cycles in global rivers by considering effect of interaction processes of biofouling and heteroaggregation
Presenter :
NAKAYAMA Tadanobu
Title :
Global and Planetary Change, 253:104917 (2025)
Original Paper
Improvement in understanding of plastic cycle in Japanese urban regions
Presenter :
NAKAYAMA Tadanobu
Title :
Hydrological Processes, 39:e70168 (2025)
Original Paper
Economic burden of ambulance transports for patients with heatstroke under climate change: comparison of the effects of gradual temperature increases and extreme heat events
Presenter :
OKA Kazutaka
,
HE Jinyu
, ,
HIJIOKA Yasuaki
Title :
Environmental Research Communications, 7(041009):1-13 (2025)
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