ID-327 : Observational study on stratospheric minor constituents by FTIR
Type
FIELDWORK
Research/Observation Title
Observational study on stratospheric minor constituents by FTIR
Science Summary (common)
For measurements of stratospheric minor constituents related to ozone . layer chemistry. A high resolution Fourier-transform Infrared Spectrometer will be used to measure solar or lunar infrared spectra.
Planning Period
Planning Start Year 1993 〜 Planning End Year 2000
Principal Investigator
Osamu UCHINO
Japan Meteorological Agency
- Individual Project Information 1/2 Research/Observation Period 2000-09-01 〜 2000-10-31
Funding Information Other Funding Details
International Cooperative Study on Stratospheric Change and its Role in Climate
Discipline(s)
Atmospheric Science
Personnel
| Roll | Contact Person | Name | Yukio MAKINO | Affiliation | Meteorological Research Institute | ymakino@mri-jma.go.jp |
|---|
Research/Observation Methods
the Arctic Stratospheric Ozone-layer observatory built at a summit of 610m asl.
Research/Observation Period
2000-09-01 〜 2000-10-31
Research/Observation Point (Detail)
| Field Site: Eureka, Canadian arctic | Latitude [degree]: 79.988914 | Longitude [degree]: -85.940727 |
- Individual Project Information 2/2 Research/Observation Period 2001-01-01 〜 2001-03-31
Funding Information Other Funding Details
International Cooperative Study on Stratospheric Change and its Role in Climate
Discipline(s)
Atmospheric Science
Personnel
| Roll | Contact Person | Name | Yukio MAKINO | Affiliation | Meteorological Research Institute | ymakino@mri-jma.go.jp |
|---|
Research/Observation Methods
the Arctic Stratospheric Ozone-layer observatory built at a summit of 610m asl.
Research/Observation Period
2001-01-01 〜 2001-03-31
Research/Observation Point (Detail)
| Field Site: Eureka, Canadian arctic | Latitude [degree]: 79.988914 | Longitude [degree]: -85.940727 |
Data Registration
06:38 on Fri April 26, 2019
Last Update
06:38 on Fri April 26, 2019