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Hindcast simulation with a climate-chemistry-aerosol coupled model ECHAM5-HAMMOZ for the period 1980-2005. The ECHAM5-HAMMOZ model is composed of the climate model ECHAM5 coupled with the aerosol model
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
The following data were collected and stored in the database: Ozone from two monitors (a fast 10Hz chemiluminescence sensor calibrated against a conventional u.v. absorption monitor, and u.v. photometer
We conducted a 15-year simulation with the ECHAM version 4 (AMIP2) model including a series of carbon monoxide (CO) tracers tagged by emission region and type and also including radon and beryllium 7 and
We conducted a 15-year simulation with the ECHAM version 4 (AMIP2) model including a series of carbon monoxide (CO) tracers tagged by emission region and type and also including radon and beryllium 7 and
We conducted a 15-year simulation with the ECHAM version 4 (AMIP2) model including a series of carbon monoxide (CO) tracers tagged by emission region and type and also including radon and beryllium 7 and