Latest Update:2017/10/05 16:15:52

OGURA Tomoo

Researcher Name
OGURA Tomoo
Div (Section) name/title
Center for Global Environmental Research(Climate Modeling and Analysis Section)/Senior Researcher
Research Subject
climate projection with numerical models
Degree(s)
Doctor of Philosophy in Science
Professional Qualification(s)
Physics,Computer Science,Earth Science
Environmental Speciality Field
global warming,climate projection,meteorology
Keyword(s)
global climate model,parameterization
Career
2002 March Graduated, Department of Earth and Planetary Science, University of Tokyo, Ph.D. in Science
2002 May Researcher, Center for Climate System Research, University of Tokyo
2003 July Researcher, National Institute for Environmental Studies
2006 January-November Visiting scientist, Met Office Hadley Centre
2008 July Senior Researcher, National Institute for Environmental Studies
URL
http://www.nies.go.jp/researchers-e/100120.html
Membership of Academic Society
Meteorological Society of Japan,American Geophysical Union
Research Subject
  • Fiscal Year: 2017
    • 23836 : Studies of global climate risks based on integrated assessment of climate change projections, impact and response options
    • 24014 : Understanding and reducing uncertainty related to climate sensitivity
    • 24015 : Uncertainty in tropospheric cloud adjustment and instantaneous radiative forcing
    • 24092 : A Research for Validity Evaluation of HFC and GHG Reducing Measure for Ozone Layer Recovery
  • Fiscal Year: 2016
    • 23400 : Studies of global climate risks based on integrated assessment of climate change projections, impact and response options
    • 23562 : Towards reducing uncertainty in climate sensitivity
    • 23700 : Program for generation of climate change risk information
  • Fiscal Year: 2015
    • 22993 : Study on global risks related to climate change
    • 23131 : Towards reducing uncertainty in climate sensitivity
    • 23278 : Program for generation of climate change risk information
  • Fiscal Year: 2014
    • 22581 : Study on global risks related to climate change
    • 22634 : Towards reducing uncertainty in climate sensitivity
    • 22845 : Program for generation of climate change risk information
    • 22907 : Improvement of coupled general circulation models based on validations of Arctic climate reproducibility and on mechanism analysis of Arctic climate change and variability
  • Fiscal Year: 2013
    • 22165 : Study on global risks related to climate change
    • 22219 : Program for generation of climate change risk information
    • 22240 : Towards reducing uncertainty in climate sensitivity
    • 22242 : Understanding and constrains of physics parameter uncertainty in climate sensitivity
    • 22530 : Improvement of coupled general circulation models based on validations of Arctic climate reproducibility and on mechanism analysis of Arctic climate change and variability
  • Fiscal Year: 2012
    • 21736 : Study on global risks related to climate change
    • 21786 : Understanding and constrains of physics parameter uncertainty in climate sensitivity
    • 22072 : Improvement of coupled general circulation models based on validations of Arctic climate reproducibility and on mechanism analysis of Arctic climate change and variability
    • 22113 : Program for Generation of Climate Change Risk Information
    • 22128 : Towards reducing uncertainty in climate sensitivity
  • Fiscal Year: 2011
    • 21293 : Study on global risks related to climate change
    • 21374 : Understanding and constrains of physics parameter uncertainty in climate sensitivity
    • 21438 : Developing and communicating comprehensive climate change scenarios
    • 21486 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2010
    • 20987 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 20988 : Developing and communicating comprehensive climate change scenarios
    • 21016 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2009
    • 20561 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
    • 20661 : Developing and communicating comprehensive climate change scenarios
    • 20662 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
  • Fiscal Year: 2008
    • 20099 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 20115 : Developing and communicating comprehensive climate change scenarios
    • 20260 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2007
    • 10390 : A study on the mechanisms which control the climate sensitvity of the atmosphere-ocean coupled system
    • 10485 : Development of Super GCM and a study on change in meso-scale phenomena under climate change
    • 10576 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
    • 10747 : Developing and communicating comprehensive climate change scenarios
    • 10753 : Study on near-term climate change prediction using a high-resolution coupled ocean-atmosphere general circulation model
  • Fiscal Year: 2006
    • 10022 : Study on future climate change projection using a high-resolution coupled ocean-atmosphere general circulation model
    • 10037 : A study on the mechanisms which control the climate sensitvity of the atmosphere-ocean coupled system
    • 10058 : Impact assessment of future climate change using high-resolution climate change scenarios including extreme events
    • 10232 : Development of Super GCM and a study on change in meso-scale phenomena under climate change
    • 10309 : Assesment of Climate Risk based on Integrated Climate, Impact, and Land Use Models
  • Fiscal Year: 2005
    • 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
    • 9486 : A study on the mechanisms which control the climate sensitvity of the atmosphere-ocean coupled system
    • 9531 : Impact assessment of future climate change using high-resolution climate change scenarios including extreme events
  • Fiscal Year: 2004
    • 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
    • 9204 : A study on the mechanisms which control the climate sensitvity of the atmosphere-ocean coupled system
    • 9282 : Impact assessment of future climate change using high-resolution climate change scenarios including extreme events
  • Fiscal Year: 2003
    • 8651 : Study on integration of climate model and impact/mitigation measure evaluation model for synthetic analysis of global warming
    • 8903 : Study on improvement of the climate model aiming at projections of water and energy cycle change in the atmosphere
    • 8918 : Study on future climate change projection using a high-resolution coupled ocean-atmosphere general circulation model
    • 8934 : A study on the mechanisms which control the climate sensitvity of the atmosphere-ocean coupled system
Research Result (Publication)
  • all
  • Original Paper
  • Review
  • Other Publications
Research Result (Presentation)
  • all
  • Research Presentation
  • Research Lecture
  • Implementation of COSP in MIROC and its current application
    Presenter : Ogura T.
    Name of Society : COSP Workshop (2017)
    Name of Proceedings : -
  • A new version of the atmosphere-ocean coupled GCM ‘MIROC’ for climate change simulation
    Presenter : Ogura T., Watanabe S., Takemura T., Chikira M., Mochizuki T., Emori S., Sudo K., Nishimura T., Watanabe M., Kimoto M.
    Name of Society : 6th Tripartite Pres.Meet.among NIER, CRAES and NIES (2009)
    Name of Proceedings : Abstracts, 239-248