Atmospheric Mercury Concentrations observed at the ground-based monitoring sites globally distributed in the framework of the GMOS network.

SPROVIERI, F., PIRRONE,N., BENCARDINO, M., D'AMORE, F., CINNIRELLA,; DIÉGUEZ, M.C.; GARCÍA, P.E; READ, KA., MENDES NEVES, L., ARTAXO, P., GONÇALVES MORAIS, F., GAWLIK, BM., SENA, F; RAMÍREZ ISLAS, M. ARCEGA CABRERA, F., WIP, D., WANGBERG, I., MUNTHE, J; EBINGHAUS, R., WEIGELT, A., SLEMR, F., DOMMERGUE, A., MAGAND, O., BARBANTE,

Congreso; 12th ICMGP; 2015

ICMGP

There are significant gaps in our understanding of Hg sources, sinks and atmospheric chemistry. This lack of understanding is hindered by the methods available for measurement of atmospheric Hg, the available data worldwide, and our understanding of atmospheric reactions. In the framework of the Global Mercury Observation System (GMOS) project, a coordinated global mercury (Hg) observational network has been established to provide consistent and high-quality Hg measurements for a There are significant gaps in our understanding of Hg sources, sinks and atmospheric chemistry. This lack of understanding is hindered by the methods available for measurement of atmospheric Hg, the available data worldwide, and our understanding of atmospheric reactions. In the framework of the Global Mercury Observation System (GMOS) project, a coordinated global mercury (Hg) observational network has been established to provide consistent and high-quality Hg measurements for a