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Ozone depletion / Atmosphere / Environmental chemistry / Oxygen / Atmospheric thermodynamics / Ozone layer / Ozone / Stratosphere / Atmospheric chemistry / Atmospheric sciences / Earth / Environment


Intensive Ozonesonde Observation at Fairbanks and Comparison with Three-Dimensional Chemical Transport Model YAMAMORI Miho, MURAYAMA Yasuhiro, SHIBASAKI Kazuo, MURATA Isao, KAGAWA Akiko, KASAI Yasuko, and MIYAZAKI Kazuyu
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Document Date: 2013-11-21 20:02:33


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Company

Fujitsu Fip Corporation / R. Swinbank / Kubota / Japan Agency for Marine-Earth Science / /

Country

Japan / /

Currency

Rs / /

Facility

National Institute of Polar Research / Nara Women’s University / National Institute of Information / Meteorological Research Institute / /

IndustryTerm

chemical transport model / chemical reactions / transportation / chemical transport data / satellite observations / observation site / chemical species / /

Organization

Nara Women’s University / Meteorological Research Institute / Graduate School / National Institute of Polar Research / Nagoya Univ. / Strategic Planning Office / National Institute of Information / ILAS-ⅡScience Team / MRI CTM / Tohoku University / /

Person

Isao / Nao Ikeda / Seiji Kawamura / W. R. Simpson / V / Kazuyuki An / Sci / /

Position

Planning Manager / Senior Researcher / Professor / ThreeDimensional Chemical Transport Model data 4.1 The Three-Dimensional Chemical Transport Model Since / General / Associate Professor / /

ProvinceOrState

Alaska / /

PublishedMedium

Polar Research / /

Technology

radiation / Remote Sensing / 3-D / GPS / RDF / Simulation / MRI / /

SocialTag