Add to ORKGThe World Meteorological Organisation (WMO) established the Global Atmosphere Watch (GAW) Programme in 1989. The scientific goals of GAW relate to investigating the role of atmospheric chemistry in global climate change, and include: understanding the complex mechanisms with respect to natural and anthropogenic atmospheric change; and improving the understanding of interactions between the atmosphere, ocean, and biosphere.American Meteorological Society; Stockholm Universit
High-quality and long-term comparable time series of the relevant atmospheric observations are the e...
Greenhouse gases (GHGs) warm the surface and the atmosphere with significant implications for rainfa...
To estimate global aerosol radiative forcing, measurements of aerosol optical properties are made by...
We demonstrate the ability of atmospheric radon concentrations to reliably and unambiguously identif...
Long-term observations of reactive gases in the troposphere are important for understanding trace ga...
Long-term observations of reactive gases in the troposphere are important for understanding trace ga...
Atmospheric monitoring provides us with the most comprehensive overview that we have of iogeochemic...
Real-time monitoring of hourly atmospheric radon (Rn-222) concentration was performed throughout 201...
We report on 10 years of hourly atmospheric radon, CO, and SO2 observations at Gosan Station, Korea....
The major activities of the Global Tropospheric Experiment at the Hong Kong Atmospheric Chemistry Me...
This thesis presents research into the global carbon cycle using measurements of atmospheric compos...
Present understanding of global atmospheric chemistry is reviewed. Models are presented and compared...
Carbon monoxide (CO) emissions influence global and regional air quality and global climate change b...
Automated instruments were installed on a commercial B-747 aircraft, during the program, to obtain b...
We have run a chemistry transport model (CTM) to systematically examine the drivers of interannual v...
High-quality and long-term comparable time series of the relevant atmospheric observations are the e...
Greenhouse gases (GHGs) warm the surface and the atmosphere with significant implications for rainfa...
To estimate global aerosol radiative forcing, measurements of aerosol optical properties are made by...
We demonstrate the ability of atmospheric radon concentrations to reliably and unambiguously identif...
Long-term observations of reactive gases in the troposphere are important for understanding trace ga...
Long-term observations of reactive gases in the troposphere are important for understanding trace ga...
Atmospheric monitoring provides us with the most comprehensive overview that we have of iogeochemic...
Real-time monitoring of hourly atmospheric radon (Rn-222) concentration was performed throughout 201...
We report on 10 years of hourly atmospheric radon, CO, and SO2 observations at Gosan Station, Korea....
The major activities of the Global Tropospheric Experiment at the Hong Kong Atmospheric Chemistry Me...
This thesis presents research into the global carbon cycle using measurements of atmospheric compos...
Present understanding of global atmospheric chemistry is reviewed. Models are presented and compared...
Carbon monoxide (CO) emissions influence global and regional air quality and global climate change b...
Automated instruments were installed on a commercial B-747 aircraft, during the program, to obtain b...
We have run a chemistry transport model (CTM) to systematically examine the drivers of interannual v...
High-quality and long-term comparable time series of the relevant atmospheric observations are the e...
Greenhouse gases (GHGs) warm the surface and the atmosphere with significant implications for rainfa...
To estimate global aerosol radiative forcing, measurements of aerosol optical properties are made by...