National Oceanic and Atmospheric Administration (NOAA),
Earth System Research Laboratory (ESRL)
What does this program measure?
Carbon Monoxide (CO) is measured in parts per billion (ppb).
How does this program work?
Carbon Monoxide is measured via gas chromatograph and hot mercuric oxide detection.
|Carbon Monoxide Instruments||Frequency||Site|
|Trace Analytical RGA3 reduction gas Analyzer no. R5||Continuous||MLO|
|2.5-L glass flask AIRKIT pump unit||2 pair/week||Kumukahi|
|2.5-L glass flasks,MAKS pump unit||1 pair/week||MLO|
|2.5-L evacuated glass flasks||1 pair/week||MLO|
Why is this research important?
Carbon Monoxide (CO) plays an important role in atmospheric chemistry.
Are there any trends in the data?
Carbon Monoxide is highly variable in the atmosphere, meaning there are periods of increase and periods of decrease.
How does this program fit into the big picture?
What is it's role in global climate change?
CO has an indirect greenhouse effect. Changes in CO affect the chemistry of the atmosphere, impacting the removal of Methane (CH4) and other radiative gases.
The NOAA ESRL GMD Carbon Cycle-Greenhouse Gases group (CCGG) conducts research to understand the global carbon cycle and its effects on climate. At CCGG measurements are made to determine baseline levels, trends and causes of variability of several atmospheric gases (carbon dioxide, methane and carbon monoxide), that have the potential to affect global climate.
To obtain detailed understanding of the short term as well as long term variations of the greenhouse gases, CCGG makes on-site measurements at the four NOAA/ESRL/GMD baseline observatories, which are far from any pollution sources affecting the gases of interest.
Comments and References