Latest Update：2026/04/23 16:47:39

NAKADA Satoshi

Researcher Name: NAKADA Satoshi

Div (Section) name/title: Regional Environment Conservation Division（Marine Environment Section）／Senior Researcher

Research Subject

Fiscal Year: 2025
- 27221 : Study for sustainable society based on regional collaboration
- 27234 : Research on Advancement of Climate Change Impact Assessment Methodology
- 27247 : Regional Environment Conservation Domain: Foresight and Advanced Basic Research
- 27249 : Biodiversity Domain: Policy-Oriented Research
- 27326 : Development and implementation of the estuarine and coastal ecosystem digital twin
- 27363 : Intellectual research infrastructure development：Systematic monitoring, development of information on impact prediction and adaptation, and development of tools in the field of climate change adaptation
- 27439 : Research on the distribution and ecology of the native fishes of Lake Biwa
- 27477 : Policy-oriented research on conservation and restoration of water environment of Lake Biwa
- 27486 : Research on water and lake-bottom environment for soundness evaluation of Lake Biwa
- 27487 : Long-term monitoring for the regional freshwater quality
- 27500 : Establishing index of the red-soil runoff reduction in Okinawa Prefecture to reduce combined impacts of climate changes and local environmental loads on coral reef ecosystems
Fiscal Year: 2024
- 26836 : Study for sustainable society based on regional collaboration
- 26849 : Research on Advancement of Climate Change Impact Assessment Methodology
- 26864 : Regional Environment Conservation Domain: Foresight and Advanced Basic Research
- 26867 : Biodiversity Domain: Policy-Oriented Research
- 26913 : Development of assessment method for nutrient management in specific sea areas
- 26915 : Development and implementation of the estuarine and coastal ecosystem digital twin
- 26934 : Research on the distribution and ecology of the native fishes of Lake Biwa
- 27020 : Long-term monitoring for the regional freshwater quality
- 27022 : Policy-oriented research on conservation and restoration of water environment of Lake Biwa
- 27025 : Research on water and lake-bottom environment for soundness evaluation of Lake Biwa
- 27053 : Establishing index of the red-soil runoff reduction in Okinawa Prefecture to reduce combined impacts of climate changes and local environmental loads on coral reef ecosystems
- 27100 : Intellectual research infrastructure development：Systematic monitoring, development of information on impact prediction and adaptation, and development of tools in the field of climate change adaptation
Fiscal Year: 2023
- 26425 : Study for sustainable society based on regional collaboration
- 26436 : Research on Advancement of Climate Change Impact Assessment Methodology
- 26453 : Regional Environment Conservation Domain: Foresight and Advanced Basic Research
- 26455 : Biodiversity Domain: Policy-Oriented Research
- 26633 : Policy-oriented research on conservation and restoration of water environment of Lake Biwa
- 26634 : Research on water and lake-bottom environment for soundness evaluation of Lake Biwa
- 26658 : Long-term monitoring for the regional freshwater quality
- 26661 : Research on the distribution and ecology of the native fishes of Lake Biwa
- 26723 : Development of assessment method for nutrient management in specific sea areas
- 26736 : Intellectual research infrastructure development：Systematic monitoring, development of information on impact prediction and adaptation, and development of tools in the field of climate change adaptation
Fiscal Year: 2022
- 25989 : Study for sustainable society based on regional collaboration
- 26002 : Research on Advancement of Climate Change Impact Assessment Methodology
- 26010 : Regional Environment Conservation Domain: Foresight and Advanced Basic Research
- 26013 : Biodiversity Domain: Policy-Oriented Research
- 26030 : Development of assessment method for nutrient management in specific sea areas
- 26203 : Research on the distribution and ecology of the native fishes of Lake Biwa
- 26208 : Policy-oriented research on conservation and restoration of water environment of Lake Biwa
- 26225 : Research on water and lake-bottom environment for soundness evaluation of Lake Biwa
- 26226 : Long-term monitoring for the regional freshwater quality
- 26293 : Intellectual research infrastructure development：Systematic monitoring, development of information on impact prediction and adaptation, and development of tools in the field of climate change adaptation
- 26377 : Prediction of climate change impacts on enclosed coastal sea environments
Fiscal Year: 2021
- 25522 : Study for sustainable society based on regional collaboration
- 25536 : Research on Advancement of Climate Change Impact Assessment Methodology
- 25613 : Prediction of Climate Change Impacts on Enclosed Coastal Sea Environment and Adaptations
- 25674 : Intellectual research infrastructure development：Systematic monitoring, development of information on impact prediction and adaptation, and development of tools in the field of climate change adaptation
- 25713 : Regional Environment Conservation Domain: Foresight and Advanced Basic Research
- 25810 : Biodiversity Domain: Policy-Oriented Research
- 25828 : Long-term monitoring for the regional freshwater quality
- 25842 : Policy-oriented research on conservation and restoration of water environment of Lake Biwa
- 25844 : Research on water and lake-bottom environment for soundness evaluation of Lake Biwa
- 25868 : Research on the distribution and ecology of the native fishes of Lake Biwa
Fiscal Year: 2020
- 25432 : Research into Observation, Monitoring and Detection of Climate Change and Resultant Impacts
- 25438 : Studies on conservation and ecosystem management of Lake Biwa
- 25439 : Prediction of Climate Change Impacts on Enclosed Coastal Sea Environment and Adaptations
Fiscal Year: 2019
- 24792 : Studies on conservation and ecosystem management of Lake Biwa
- 25056 : Research into Observation, Monitoring and Detection of Climate Change and Resultant Impacts
- 25075 : Prediction of Climate Change Impacts on Enclosed Coastal Sea Environment and Adaptations
Fiscal Year: 2018
- 24543 : Assessment of impact of climate change on the environment of an enclosed sea in Japan

View all

Research Result (Publication)

all
Original Paper
Book

Original Paper
Wind‐induced near‐inertial motions as a driver of turbulence in a stratified temperate lake

Presenter : Kawaguchi Y., Shinozaki M., Son E.Y., Nakada S., Satou T., Lin X.
Title : , Limnology and Oceanography, 71(1):1-15 (2026)
Original Paper
Statistical definition and visualization of vortices for large-scale 3D ocean simulation

Presenter : Arita S., Nakada S., Kamisaka S., Kawahara S., Miyachi H., Hasegawa K., Takatori S., Li L., Tanaka S.
Title : , Journal of Visualization, 1-12 (2025)
Original Paper
Vortex pairs formed by tidal currents in the Naruto Strait: effects of bottom topography, density stratification, and coastline geometry

Presenter : Nakamura T., Yamaguchi T., Nakada S., Matsumura Y.
Title : , Journal of Oceanography, 80(2):85-97 (2023)
Original Paper
What interrupted monomictic mixing in Lake Biwa? Heat budget analysis using a circulation model

Presenter : Nakada S., Imai A., Shimotori K., Yamada K., Yamamoto H., Okamoto T.
Title : , Hydrological Sciences Journal, 68(16):2298-2316 (2023)
Original Paper
Opacity-Gradation-Based Visualization of Vortices for Large-Scale Ocean Simulation

Presenter : Kamisaka S., Nakada S., Kawahara S., Miyachi H., Hasegawa K., Li L., Tanaka S.
Title : , AsiaSim 2022: Methods and Applications for Modeling and Simulation of Complex Systems, 1712:227-238 (2022)
Original Paper
High-resolution flow simulation in Typhoon 21, 2018: massive loss of submerged macrophytes in Lake Biwa

Presenter : Nakada S., Haga H., Iwaki M., Mabuchi K., Takamura N.
Title : , Progress in Earth and Planetary Science, 8(1):1-19 (2021)
Original Paper
Visualization of riverine water and vortex dynamics around the Naruto Strait based on high-resolution ocean simulation and satellite images

Presenter : Nakada S., Morimoto I., Hasegawa K., Tanaka S.
Title : , Journal of Advanced Simulation in Science and Engineering, 7(1):214-225 (2020)
Original Paper
Estimation of spatial distribution of coastal ocean primary production in Hiroshima Bay, Japan, with a geostationary ocean color satellite

Presenter : Asaoka S. , Nakada S., Umehara A. , Ishizaka J. , Nishijima W.
Title : , Estuarine, Coastal and Shelf Science, 244:106897 (2020)
Original Paper
Observation and Modeling of Seawater Exchange in a Strait-Basin System in the Seto Inland Sea, Japan

Presenter : Kobayashi S., Nakada S., Futamura A., Nagamoto K., Fujiwara T.
Title : , Journal of Water and Environment Technology, 17(3):141-152 (2019)
Book
Estimate of Water Quality Change in Osaka Bay Caused by the Suspension of Marine Sediment with Mega Tsunami

Presenter : Hayashi M., Nakada S., Koshimura S., Kobayashi E.
Title : , Oceanography Challenges to Future Earth (2019)
Original Paper
A simulation study on effects of suspended sediment through high riverine discharge on surface river plume and vertical water exchange

Presenter : Hoshiba Y., Matsumura Y., Hasumi H., Itoh S., Nakada S., Suzuki W.K.
Title : , Estuarine, Coastal and Shelf Science, 228:106352 (2019)
Original Paper
Port-resolving, tsunami, and tidal simulations to locate “tsunami vortexes” for safe vessel evacuation planning

Presenter : Nakada S., Hayashi M., Koshimura S., Kobayashi E.
Title : , International Journal of Modeling, Simulation, and Scientific Computing, 9(3):1840007-1-1840007-14 (2018)
Original Paper
High-resolution surface salinity maps in coastal oceans based on geostationary ocean color images: quantitative analysis of river plume dynamics

Presenter : Nakada S., Kobayashi S., Hayashi M., Ishizaka J., Akiyama S., Fuchi M., Nakajima M.
Title : , Journal of Oceanography, 74(3):287-304 (2018)
Original Paper
Transportation of Sediment and Heavy Metals Resuspended by a Giant Tsunami Based on Coupled Three-Dimensional Tsunami, Ocean, and Particle-Tracking Simulations

Presenter : Nakada S., Hayashi M., Koshimura S.
Title : , Journal of Water and Environment Technology, 16(4):161-174 (2018)

View all

Wind‐induced near‐inertial motions as a driver of turbulence in a stratified temperate lake

Presenter : Kawaguchi Y., Shinozaki M., Son E.Y., Nakada S., Satou T., Lin X.
Title : , Limnology and Oceanography, 71(1):1-15 (2026)
Statistical definition and visualization of vortices for large-scale 3D ocean simulation

Presenter : Arita S., Nakada S., Kamisaka S., Kawahara S., Miyachi H., Hasegawa K., Takatori S., Li L., Tanaka S.
Title : , Journal of Visualization, 1-12 (2025)
Vortex pairs formed by tidal currents in the Naruto Strait: effects of bottom topography, density stratification, and coastline geometry

Presenter : Nakamura T., Yamaguchi T., Nakada S., Matsumura Y.
Title : , Journal of Oceanography, 80(2):85-97 (2023)
What interrupted monomictic mixing in Lake Biwa? Heat budget analysis using a circulation model

Presenter : Nakada S., Imai A., Shimotori K., Yamada K., Yamamoto H., Okamoto T.
Title : , Hydrological Sciences Journal, 68(16):2298-2316 (2023)
Opacity-Gradation-Based Visualization of Vortices for Large-Scale Ocean Simulation

Presenter : Kamisaka S., Nakada S., Kawahara S., Miyachi H., Hasegawa K., Li L., Tanaka S.
Title : , AsiaSim 2022: Methods and Applications for Modeling and Simulation of Complex Systems, 1712:227-238 (2022)
High-resolution flow simulation in Typhoon 21, 2018: massive loss of submerged macrophytes in Lake Biwa

Presenter : Nakada S., Haga H., Iwaki M., Mabuchi K., Takamura N.
Title : , Progress in Earth and Planetary Science, 8(1):1-19 (2021)
Visualization of riverine water and vortex dynamics around the Naruto Strait based on high-resolution ocean simulation and satellite images

Presenter : Nakada S., Morimoto I., Hasegawa K., Tanaka S.
Title : , Journal of Advanced Simulation in Science and Engineering, 7(1):214-225 (2020)
Estimation of spatial distribution of coastal ocean primary production in Hiroshima Bay, Japan, with a geostationary ocean color satellite

Presenter : Asaoka S. , Nakada S., Umehara A. , Ishizaka J. , Nishijima W.
Title : , Estuarine, Coastal and Shelf Science, 244:106897 (2020)
Observation and Modeling of Seawater Exchange in a Strait-Basin System in the Seto Inland Sea, Japan

Presenter : Kobayashi S., Nakada S., Futamura A., Nagamoto K., Fujiwara T.
Title : , Journal of Water and Environment Technology, 17(3):141-152 (2019)
A simulation study on effects of suspended sediment through high riverine discharge on surface river plume and vertical water exchange

Presenter : Hoshiba Y., Matsumura Y., Hasumi H., Itoh S., Nakada S., Suzuki W.K.
Title : , Estuarine, Coastal and Shelf Science, 228:106352 (2019)
Port-resolving, tsunami, and tidal simulations to locate “tsunami vortexes” for safe vessel evacuation planning

Presenter : Nakada S., Hayashi M., Koshimura S., Kobayashi E.
Title : , International Journal of Modeling, Simulation, and Scientific Computing, 9(3):1840007-1-1840007-14 (2018)
High-resolution surface salinity maps in coastal oceans based on geostationary ocean color images: quantitative analysis of river plume dynamics

Presenter : Nakada S., Kobayashi S., Hayashi M., Ishizaka J., Akiyama S., Fuchi M., Nakajima M.
Title : , Journal of Oceanography, 74(3):287-304 (2018)
Transportation of Sediment and Heavy Metals Resuspended by a Giant Tsunami Based on Coupled Three-Dimensional Tsunami, Ocean, and Particle-Tracking Simulations

Presenter : Nakada S., Hayashi M., Koshimura S.
Title : , Journal of Water and Environment Technology, 16(4):161-174 (2018)

View all

Estimate of Water Quality Change in Osaka Bay Caused by the Suspension of Marine Sediment with Mega Tsunami

Presenter : Hayashi M., Nakada S., Koshimura S., Kobayashi E.
Title : , Oceanography Challenges to Future Earth (2019)

View all

Research Result (Presentation)

all
Research Presentation
Research Lecture

Research Presentation
Simulating the Impact of Heavy Rainfall on Coastal Marine Environment for the Case with No River Discharge Data

Presenter : Kobayashi S., Nakada S., Okuno J. , Senbokuya K.
Name of Society : The Water and Environment Technology Conference 2020 (2020)
Name of Proceedings : Abstracts
Research Lecture
Visualization of river plumes in coastal seas using satellite observations and land-sea simulations

Presenter : Nakada S.
Name of Society : The 38th JSST(Japan Society for Simulation and Technology) Annual International Conference on Simulation Technology (2019)
Name of Proceedings : Extended abstracts
Research Presentation
High-resolution observation of river plume in Seto Inland Sea using geostationary ocean color images

Presenter : Nakada S.
Name of Society : The 15th Korea-Japan (Japan-Korea) Joint Seminar in the Ocean and the Atmosphere (2018)
Name of Proceedings : Abstracts

View all

Simulating the Impact of Heavy Rainfall on Coastal Marine Environment for the Case with No River Discharge Data

Presenter : Kobayashi S., Nakada S., Okuno J. , Senbokuya K.
Name of Society : The Water and Environment Technology Conference 2020 (2020)
Name of Proceedings : Abstracts
High-resolution observation of river plume in Seto Inland Sea using geostationary ocean color images

Presenter : Nakada S.
Name of Society : The 15th Korea-Japan (Japan-Korea) Joint Seminar in the Ocean and the Atmosphere (2018)
Name of Proceedings : Abstracts

View all

Visualization of river plumes in coastal seas using satellite observations and land-sea simulations

Presenter : Nakada S.
Name of Society : The 38th JSST(Japan Society for Simulation and Technology) Annual International Conference on Simulation Technology (2019)
Name of Proceedings : Extended abstracts

View all

NAKADA Satoshi

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