Latest Update:2017/12/06 19:20:54

AKIYOSHI Hideharu

Researcher Name
AKIYOSHI Hideharu
Div (Section) name/title
Center for Global Environmental Research(Climate Modeling and Analysis Section)/Head
Research Subject
Research on the ozone layer destruction and associated variations in atmospheric constituents using chemistry-climate model
Degree(s)
Doctor of Science
Professional Qualification(s)
Physics,Earth Science,Computer Science
Environmental Speciality Field
ozone layer,global warming
Membership of Academic Society
Meteorological Society of Japan,Japan Geoscience Union,American Geophysical Union,The Japan Society of Atmospheric Chemistry
Research Subject
  • Fiscal Year: 2017
    • 23877 : Long-term monitoring and database for global environmental research and supporting for related activities
    • 23916 : A study on comprehensive data analysis technique for atmospheric environmental risks
    • 24088 : Study on the effect of solar proton events on the ozone layer and earth climate using a chemistry-climate model
    • 24090 : Research project on stratospheric ozone changes
    • 24092 : A Research for Validity Evaluation of HFC and GHG Reducing Measure for Ozone Layer Recovery
  • Fiscal Year: 2016
    • 23470 : Long-term monitoring and database for global environmental research and supporting for related activities
    • 23566 : A study on comprehensive data analysis technique for atmospheric environmental risks
    • 23596 : Study on the effect of solar proton events on the ozone layer and earth climate using a chemistry-climate model
    • 23634 : Research project on stratospheric ozone changes
  • Fiscal Year: 2015
    • 23074 : A study on comprehensive data analysis technique for atmospheric environmental risks
    • 23282 : Effects of additional CFC regulation on fragility of ozone layer under future global warming
    • 23283 : Development of middle atmosphere science through improvement of the satellite observation data by Superconducting Submilimeter-Wave Limb-Emission Sounder
    • 23284 : Research project on stratospheric ozone changes
  • Fiscal Year: 2014
    • 22686 : A study on comprehensive data analysis technique for atmospheric environmental risks
    • 22821 : Effects of additional CFC regulation on fragility of ozone layer under future global warming
    • 22822 : Development of middle atmosphere science through improvement of the satellite observation data by Superconducting Submilimeter-Wave Limb-Emission Sounder
    • 22823 : Research project on stratospheric ozone changes
    • 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
    • 22259 : A study on comprehensive data analysis technique for atmospheric environmental risks
    • 22304 : Research project on stratospheric ozone changes
    • 22305 : A study on the interactions between the ozone layer variations and the stratopshere-troposphere variations
    • 22309 : Effects of additional CFC regulation on fragility of ozone layer under future global warming
    • 22530 : Improvement of coupled general circulation models based on validations of Arctic climate reproducibility and on mechanism analysis of Arctic climate change and variability
    • 22568 : Development of middle atmosphere science through improvement of the satellite observation data by Superconducting Submilimeter-Wave Limb-Emission Sounder
  • Fiscal Year: 2012
    • 21967 : A study on the interactions between the ozone layer variations and the stratopshere-troposphere variations
    • 21996 : Research project on stratospheric ozone changes
    • 22072 : Improvement of coupled general circulation models based on validations of Arctic climate reproducibility and on mechanism analysis of Arctic climate change and variability
    • 22077 : A study on comprehensive data analysis technique for atmospheric environmental risks
  • Fiscal Year: 2011
    • 21385 : Estimation of the stratospheric ozone influence on the tropospheric climate using long term projection of the chemistry climate model.
    • 21400 : A study on the interactions between the ozone layer variations and the stratopshere-troposphere variations
    • 21401 : Development of a system for monitoring atmopheric environment and estimating emissions
    • 21403 : A study of dependence of the ozone layer destructon on halogen amount using a chemistry-climate model
    • 21549 : Research project on stratospheric ozone changes
  • Fiscal Year: 2010
    • 20865 : A study on the long-term variation of the Arctic ozone layer through the N2O concentration distribution
    • 20866 : A study on the interactions between the ozone layer variations and the stratopshere-troposphere variations
    • 20871 : Development of a system for monitoring atmopheric environment and estimating emissions
    • 20874 : A development of chemistry-climate model built on MIROC 3.2-AGCM
    • 21251 : Estimation of the stratospheric ozone influence on the tropospheric climate using long term projection of the chemistry climate model.
  • Fiscal Year: 2009
    • 20429 : A study on the long-term variation of the Arctic ozone layer through the N2O concentration distribution
    • 20430 : A study on the interactions between the ozone layer variations and the stratopshere-troposphere variations
    • 20442 : Development of a system for monitoring atmopheric environment and estimating emissions
    • 20656 : Variability of stratospheric processes and uncertainties in prediction of future change of stratospheric ozone
  • Fiscal Year: 2008
    • 20043 : A study on the long-term variation of the Arctic ozone layer through the N2O concentration distribution
    • 20044 : Study on long-term variations in the atmospheric constituent dustributions using 3-dimensional models
    • 20294 : Variability of stratospheric processes and uncertainties in prediction of future change of stratospheric ozone
  • Fiscal Year: 2007
    • 10388 : Development of portable millimeter-wave radiometer for measuring atmospheric trace species (2) Analysis and modeling of ozone, ClO and water vapor variations
    • 10400 : Study on long-term variations in the atmospheric constituent dustributions using 3-dimensional models
    • 10707 : Variability of stratospheric processes and uncertainties in prediction of future change of stratospheric ozone
    • 10742 : A study on the long-term variation of the Arctic ozone layer through the N2O concentration distribution
  • Fiscal Year: 2006
    • 10010 : Research on explantion of long-term trend and prediction of future change of ozone layer
    • 10034 : Development of portable millimeter-wave radiometer for measuring atmospheric trace species (2) Analysis and modeling of ozone, ClO and water vapor variations
    • 10063 : A study on elucidating mechanisms of polar ozone depletion using satellite measurement data
    • 10084 : Study on the year-to-year variation of the Arctic airmass mixing with the mid-latitude air using the N2O concentration distribution
    • 10095 : Study on long-term variations in the atmospheric constituent dustributions using 3-dimensional models
  • Fiscal Year: 2005
    • 9328 : Global Environmental Monitoring
    • 9425 : Research on explantion of long-term trend and prediction of future change of ozone layer
    • 9481 : Development of portable millimeter-wave radiometer for measuring atmospheric trace species (2) Analysis and modeling of ozone, ClO and water vapor variations
    • 9551 : Study on the year-to-year variation of the Arctic airmass mixing with the mid-latitude air using the N2O concentration distribution
    • 9564 : Study on long-term variations in the atmospheric constituent dustributions using 3-dimensional models
  • Fiscal Year: 2004
    • 9070 : A-1 Research on explanation of long-term trend and prediction of future change of ozone layer
    • 9200 : Development of portable millimeter-wave radiometer for measuring atmospheric trace species (2) Analysis and modeling of ozone, ClO and water vapor variations
    • 9302 : Study on the year-to-year variation of the Arctic airmass mixing with the mid-latitude air using the N2O concentration distribution
    • 9314 : Study on long-term variations in the atmospheric constituent dustributions using 3-dimensional models
  • Fiscal Year: 2003
    • 8603 : Study on photochemical-radiative-dynamical interactive processes in the stratosphere by 3-dimensional models
    • 8652 : A study on investigating the mechanism of ozone layer change using satellite remote sensing data
    • 8683 : Study on variation in stratospheric water vapor amount and surface area of polar stratospheric clouds in future atmosphere
    • 8769 : A study on ozone transport processes using chemical transport model
    • 8786 : A-1 Research on explanation of long-term trend and prediction of future change of ozone layer
    • 8930 : Development of portable millimeter-wave radiometer for measuring atmospheric trace species (2) Analysis and modeling of ozone, ClO and water vapor variations
  • Fiscal Year: 2002
    • 8312 : Development of instruments with SIS mixer receiver for measuring atmospheric minor constituents (3)Modeling and analysis of variation of ozone and ClO
    • 8327 : Development of a high resolution chemical GCM and study on transport in the stratosphere.
    • 8330 : Study on photochemical-radiative-dynamical interactive processes in the stratosphere by 3-dimensional models
    • 8355 : Study on modeling aerosol-, water cycle-, and vegetation-processes in the climate system for improving performances of future projection of climate variability
    • 8435 : A study on investigating the mechanism of ozone layer change using satellite remote sensing data
    • 8469 : Study on variation in stratospheric water vapor amount and surface area of polar stratospheric clouds in future atmosphere
    • 8582 : Research on explanation of long-term trend and prediction of future change of ozone layer
  • Fiscal Year: 2001
    • 8011 : Development of Instruments with SIS mixer receiver for measuring atmospheric minor constituents <br>(3)Modeling and analysis of variation of ozone and ClO
    • 8043 : A-1 Research on the factors to influence the future ozone layer
    • 8071 : Development of a high resolution chemical GCM and study on transport in the stratosphere.
    • 8075 : Study on photochemical-radiative-dynamical interactive processes in the stratosphere by 3-dimensional models
    • 8106 : B-1 Study on modeling aerosol-,water cycle-,and vegetation-processes in the climate system for improving performances of future projection of climate variability
    • 8176 : FS-1 A preliminary study on the development of models for predictions of future behaviour of ozone and their validation
    • 8218 : A-10 A study on investigating the mechanism of ozone layer change using satellite remote sensing data
    • 8248 : Study on variation in stratospheric water vapor amount and surface area of Polar Stratospheric Clouds in future atmosphere
Research Result (Publication)
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Research Result (Presentation)
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