Main Content
FAQ
Access
Sitemap
Link
日本語
About
Institute Overview
Organization
Research Staff
Jobs at NIES
Privacy Policy of NIES
Faclities
Access and Benefit-Sharing of Genetic Resources
Research
Institutional Structure
Strategic Research Program
Long‐term research projects
Research Papers
Social Contributions / External Ties
Facing up to Disasters
Cooperation with Other Research Institutions
International Activities
Collation, Management and Dissemination of Environmental Information
Data / Resources
Database / Tool
NIES Publication
Public Relations
What's New
Event Information
Visit NIES
Home
>
Data / Resources
>
Database / Tool
>
Research Result (Publication)
>
Center for Climate Change Adaptation
Center for Climate Change Adaptation - Research Result (Publication)
FY 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)
View all
Close
Page Top
by FY
FY 2024
FY 2023
FY 2022
FY 2021
FY 2020
Page Top
Data / Resources
Database / Tool
Research Result (Publication)
Earth System Division
Material Cycles Division
Health and Environmental Risk Division
Regional Environment Conservation Division
Biodiversity Division
Social Systems Division
Center for Climate Change Adaptation
FY 2024
FY 2023
FY 2022
FY 2021
FY 2020
Fukushima Regional Collaborative Research Center
Fiscal Year
Research Staff
Research Staff List
