The long time scales involved suggest a boom and bust cycle of interest in addressing climate change, rather than a smooth monotonic increase in action.
It may be true that we've «dodged the bullet» to this point (the jury is still out because of
the long time scales involved for the response of climate to what we've already done).
«With the very
long time scales involved, it would be tempting for society to wait until then before doing anything,» company researchers wrote in a 1988 report based on studies completed in 1986.
The Charney report also considered paleoclimate studies which demonstrated at least a 3C climate sensitivity — higher likely due to
the long time scales involved.
Not exact matches
I got given a massive opportunity of being
involved right from the scratch in a new gallery, which was really exciting, and was the first
time a new gallery on this
scale had been done for a
long time.
At
longer (decadal)
time scales, the models still show very similar results (which makes sense since we anticipate that the tropical atmospheric physics
involved in the trend should be similar to the physics
involved at the monthly and interannual timescales).
In the case of climate models, this is complicated by the fact that the
time scales involved need to be
long enough to average out the short - term noise, i.e. the chaotic sequences of «weather» events.
Another quibble I had was that Gore presents the impact of sea level rise without referring to the
long time scales (in human terms)
involved.
Standard error
involves both natural variability (including that not well understood because it operates on
long time scales, and therefore has not been observed during the period of modern technology) as well as measurement error (or error / uncertainty in the proxies).
As with other recent Arctic fires in permafrost or near permafrost zones, areas well below the surface soil zone are
involved, resulting in risk of a very intense,
long time -
scale event:
Note that I am not necessarily claiming that this is the feedback operating on the
long time scales associated with global warming — only that it is the average feedback
involved in the climate fluctuations occurring during the period when the satellite was making its measurements.
Modelling on this
time scale involves much the same techniques as in the
longer - term climate forecasting.
Some of the «capacitance» terms may have
time scales longer than the duration of the excursion, namely some of those
involved in the transport of heat in the interior of the ocean.
Choices about the
scale and
timing of GHG mitigation
involve balancing the economic costs of more rapid emission reductions now against the corresponding medium - term and
long - term climate risks of delay