Latest Update:2017/12/06 19:21:51

GOTO Daisuke

Researcher Name
GOTO Daisuke
Div (Section) name/title
Center for Regional Environmental Research(Regional Atmospheric Modeling Section)/Senior Researcher
Research Subject
Numerical simulation of atmospheric air pollution using aerosol-chemical transport model coupled to global and regional models
Degree(s)
Ph.D
Professional Qualification(s)
Chemistry,Physics
Environmental Speciality Field
air pollution
Research Subject
  • Fiscal Year: 2017
    • 23819 : A study of air pollution including PM2.5 and its health and toxic effects
    • 23847 : Research program on health and environmental safety
    • 23861 : Climate Change Strategy Collaboration Office
    • 23886 : Refinement of secondary components of PM2.5 by spatially seamless air pollutant transport model
    • 23887 : Interdisciplinary Study on Inhalation Exposure and Risk Assessment focusing on Suspended Particles derived from the Nuclear Accident (Subtheme 5) Development of integrated model of atmospheric diffusion model and exposure model
    • 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
    • 23464 : Development of evaluation system for multiscale air quality change and analysis of change events
    • 23465 : Interdisciplinary Study on Inhalation Exposure and Risk Assessment focusing on Suspended Particles derived from the Nuclear Accident (Subtheme 5) Development of integrated model of atmospheric diffusion model and exposure model
    • 23611 : Improvement of PM2.5 simulation with a new atmospheric transport model covering from global to regional hybrid scales
    • 23709 : Improvement of a simulation model and emission data and evaluation of the aerosol volatilization characteristic for the improvement of the accuracy of PM2.5 forecast
  • Fiscal Year: 2015
    • 23004 : Evaluation of multi-scale air pollution by integration of observation and model
    • 23068 : Improvement of PM2.5 simulation with a new atmospheric transport model covering from global to regional hybrid scales
    • 23115 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
    • 23184 : Improvement of a simulation model and emission data and evaluation of the aerosol volatilization characteristic for the improvement of the accuracy of PM2.5 forecast
    • 23320 : Development of evaluation system for multiscale air quality change and analysis of change events
    • 23321 : Interdisciplinary Study on Inhalation Exposure and Risk Assessment focusing on Suspended Particles derived from the Nuclear Accident (Subthema 5) Development of integrated model of atmospheric diffusion model and exposure model
  • Fiscal Year: 2014
    • 22592 : Evaluation of multi-scale air pollution by integration of observation and model
    • 22838 : A study of air pollutions with high resolution using a global cloud-resolving model
    • 22840 : Improvement of PM2.5 simulation with a new atmospheric transport model covering from global to regional hybrid scales
    • 22856 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
    • 22865 : Improvement of a simulation model and emission data and evaluation of the aerosol volatilization characteristic for the improvement of the accuracy of PM2.5 forecast
    • 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
    • 22452 : Development of Seamless Chemical AssimiLation System and its Application for Atmospheric Environmental Materials (Project SALSA) (2) Development of assimilation and inversion system for air pollutants and dust
    • 22464 : Development of the PM2.5 warning method with the combination of observations and numerical forecasts
  • Fiscal Year: 2012
    • 21747 : Evaluation of multi-scale air pollution by integration of observation and model
    • 21908 : Development of Seamless Chemical AssimiLation System and its Application for Atmospheric Environmental Materials (Project SALSA) (2) Development of assimilation and inversion system for air pollutants and dust
    • 21920 : Intercomparison of chemical transport models using integrated measurements over Asia
Research Result (Publication)
  • all
  • Original Paper
Research Result (Presentation)
  • all
  • Research Presentation
  • Research Lecture
  • Seamless global-to-regional simulation of aerosols with O(10km) grid spacing
    Presenter : Goto D.
    Name of Society : 2nd International Workshop on SLCPs in Asia: Chemistry-climate modeling and its applications (2016)
    Name of Proceedings : -