Latest Update:2017/10/05 16:16:24

NAGASHIMA Tatsuya

Researcher Name
NAGASHIMA Tatsuya
Div (Section) name/title
Center for Regional Environmental Research(Regional Atmospheric Modeling Section)/Senior Researcher
Research Subject
Numerical modeling studies on the structure of regional air pollution and the the control measure of it.
Degree(s)
Doctor of Science
Professional Qualification(s)
Physics,Computer Science,Earth Science
Environmental Speciality Field
regional air pollution,global warming,stratospheric ozone
Membership of Academic Society
Meteorological Society of Japan,AGU,Japanese Society for Atmospheric Environment,Japan Geoscience Union,The Japan Society of Amospheric Chemistry
Research Subject
  • Fiscal Year: 2017
    • 23816 : Studies on development of global and Asian sustainability scenarios
    • 23819 : A study of air pollution including PM2.5 and its health and toxic effects
    • 23846 : Environment-Economy-Society Integration Research Program
    • 23847 : Research program on health and environmental safety
    • 23861 : Climate Change Strategy Collaboration Office
    • 23863 : Social Dialogue and Co-production Office
    • 24021 : Establishment of a Reference Modeling for Source Apportionment and Effective Strategy Making to Suppress Secondary Air Pollutants
    • 24063 : Establishment of methods for biological and environmental monitoring of forest ecosystem
    • 24164 : Development of evaluation system for multiscale air quality change and analysis of change events
  • Fiscal Year: 2016
    • 23414 : Research program on health and environmental safety
    • 23420 : A study of air pollution including PM2.5 and its health and toxic effects
    • 23423 : Environment-Economy-Society Integration Research Program
    • 23424 : Studies on development of global and Asian sustainability scenarios
    • 23464 : Development of evaluation system for multiscale air quality change and analysis of change events
    • 23562 : Towards reducing uncertainty in climate sensitivity
    • 23688 : Establishment of methods for biological and environmental monitoring of forest ecosystem
    • 23722 : Establishment of a Reference Modeling for Source Apportionment and Effective Strategy Making to Suppress Secondary Air Pollutants
  • Fiscal Year: 2015
    • 23004 : Evaluation of multi-scale air pollution by integration of observation and model
    • 23115 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
    • 23131 : Towards reducing uncertainty in climate sensitivity
    • 23178 : Biological and environmental monitoring for the conservation of mountainous forest ecosystem
    • 23320 : Development of evaluation system for multiscale air quality change and analysis of change events
  • Fiscal Year: 2014
    • 22592 : Evaluation of multi-scale air pollution by integration of observation and model
    • 22628 : International working group in Pan-Asia for global atmospheric chemistry research
    • 22634 : Towards reducing uncertainty in climate sensitivity
    • 22843 : Biological and environmental monitoring for the conservation of mountainous forest ecosystem
    • 22856 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
    • 22950 : Development of evaluation system for multiscale air quality change and analysis of change events
  • Fiscal Year: 2013
    • 22176 : Evaluation of multi-scale air pollution by integration of observation and model
    • 22240 : Towards reducing uncertainty in climate sensitivity
    • 22317 : Source-receptor analysis of air pollutant and estimation of its sensitivity to emission control measures
    • 22464 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
    • 22488 : Biological and environmental monitoring for the conservation of mountainous forest ecosystem
  • Fiscal Year: 2012
    • 21747 : Evaluation of multi-scale air pollution by integration of observation and model
    • 21897 : Source-receptor analysis of air pollutant and estimation of its sensitivity to emission control measures
    • 22128 : Towards reducing uncertainty in climate sensitivity
  • Fiscal Year: 2011
    • 21305 : Evaluation of multi-scale air pollution by integration of observation and model
    • 21486 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
    • 21601 : Source-receptor analysis of air pollutant and estimation of its sensitivity to emission control measures
    • 21640 : Study on formation mechanism of ozone and secondary particles in Asian megacities
  • Fiscal Year: 2010
    • 20877 : Development of Evaluation Methods of Atmospheric Environment in Asia
    • 20987 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 20991 : Study on formation mechanism of ozone and secondary particles in Asian megacities
    • 21016 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
    • 21017 : Detection of historical climate change signals and attribution of their causes
    • 21155 : Source-receptor analysis of air pollutant and estimation of its sensitivity to emission control measures
  • Fiscal Year: 2009
    • 20424 : Development of Evaluation Methods of Atmospheric Environment in Asia
    • 20443 : Study on formation mechanism of ozone and secondary particles in Asian megacities
    • 20561 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
    • 20562 : Detection of historical climate change signals and attribution of their causes
    • 20662 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 20674 : Source-receptor analysis of air pollutant and estimation of its sensitivity to emission control measures
  • Fiscal Year: 2008
    • 20099 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 20126 : Development of Evaluation Methods of Atmospheric Environment in Asia
    • 20240 : Change in the atmospheric ozone : 20th century simulation with a chemistry-climate model
    • 20241 : A numerical study on the chemistry-climate interaction
    • 20257 : Numerical modeling studies on the long-term climate variavility aimed at detecting anthropogenic signals on the climate change
    • 20259 : Detection of historical climate change signals and attribution of their causes
    • 20260 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2007
    • 10398 : A numerical study on the chemistry-climate interaction
    • 10496 : An estimate of the influence of mixing-state of the carbonaceous aerosols on the 20th century climate
    • 10550 : Numerical modeling studies on the long-term climate variavility aimed at detecting anthropogenic signals on the climate change
    • 10553 : Change in the atmospheric ozone : 20th century simulation with a chemistry-climate model
    • 10576 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 10586 : Development of Evaluation Methods of Atmospheric Environment in Asia
    • 10616 : Detection of historical climate change signals and attribution of their causes
    • 10753 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2006
    • 10010 : Research on explantion of long-term trend and prediction of future change of ozone layer
    • 10022 : Study on future climate change projection using a high-resolution coupled ocean-atmosphere general circulation model
    • 10093 : A numerical study on the chemistry-climate interaction
    • 10238 : An estimate of the influence of mixing-state of the carbonaceous aerosols on the 20th century climate
    • 10291 : Change in the atmospheric ozone : 20th century simulation with a chemistry-climate model
    • 10295 : Numerical modeling studies on the long-term climate variavility aimed at detecting anthropogenic signals on the climate change
    • 10309 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 10319 : Development of Evaluation Methods of Atmospheric Environment in Asia
    • 10350 : Detection of historical climate change signals and attribution of their causes
  • Fiscal Year: 2005
    • 9425 : Research on explantion of long-term trend and prediction of future change of ozone layer
    • 9451 : Study on improvement of the climate model aiming at projections of water and energy cycle change in the atmosphere
    • 9470 : Study on future climate change projection using a high-resolution coupled ocean-atmosphere general circulation model
    • 9568 : A numerical study on the chemistry-climate interaction
  • Fiscal Year: 2004
    • 9070 : A-1 Research on explanation of long-term trend and prediction of future change of ozone layer
    • 9168 : Study on improvement of the climate model aiming at projections of water and energy cycle change in the atmosphere
    • 9188 : Study on future climate change projection using a high-resolution coupled ocean-atmosphere general circulation model
    • 9318 : A numerical study on the chemistry-climate interaction
Research Result (Publication)
  • all
  • Original Paper
  • Other Publications
Research Result (Presentation)
  • all
  • Research Presentation
  • Research Lecture
  • Studies on the structure of air pollution
    in East Asia
    Presenter : Nagashima T.
    Name of Society : ACAP Seminar (2014)
    Name of Proceedings : -
  • Current status and issues of the regional air quality modelling studies in East Asia (大気汚染物質の広域輸送モデル研究の現状と課題)
    Presenter : Nagashima T.
    Name of Society : CNEAS Symposium on Air Pollution, Climate Change and Energy in Northeast Asia(東北アジアの大気汚染、気候変動、エネルギーに関するシンポジウム) (2015)
    Name of Proceedings : -