(i) Long-term globally integrated observations of atmospheric composition and related physical parameters, including greenhouse gases, ozone, ultraviolet (UV) radiation, reactive gases, aerosols and precipitation chemistry;
(ii) The high quality, timeliness and continuity of data from the monitoring network, including aircraft and satellites;
(iii) A system for real-time or near real-time data delivery and exchange;
(iv) User-friendly access to data and the application of data for analysis, satellite and model validation, assimilation and environmental assessments;
(v) Research on transport, transformation, deposition and sources and sinks of atmospheric constituents on all space- and timescales using observational and modelling tools;
(vi) The development of modelling tools, including predictive capability, for support of atmospheric environment research;
(vi) Research on urban air quality;
(vii) Development of products and services in the area of atmospheric chemistry taking into consideration socio-economical needs; |