Work due Jan 01, 2099

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Short term work: New data become available annually. Figures, tables and assessment could be updated. Long term work: New compounds might become relevant in the future for the total GHG concentration. The concentration of, for example, SF 5 CF 3 – a so-called super green-house gas (=characterized by large radiative forcing)- is currently very limited (only 3% of the SF 6 concentration), but its current growth rate is estimated to ca 6% per year (Sturges et al, 2000; Rosiek et al, 2007). This fast growth rate and long lifetime of SF5CF3 in the atmosphere makes SF 5 CF 3 a potentially important contributor to the global warming in the future

Description:

Short term work: New data become available annually. Figures, tables and assessment could be updated.
Long term work: New compounds might become relevant in the future for the total GHG concentration. The concentration of, for example, SF₅CF₃ – a so-called super green-house gas (=characterized by large radiative forcing)- is currently very limited (only 3% of the SF₆ concentration), but its current growth rate is estimated to ca 6% per year (Sturges et al, 2000; Rosiek et al, 2007). This fast growth rate and long lifetime of SF5CF3 in the atmosphere makes SF₅CF₃ a potentially important contributor to the global warming in the future

Needs:

Status:
Not started

Due date:

Jan 01, 2099 12:00 AM