# 98 — ``... until the models have the ability to predict the short term variations
occurring over the time interval of one year, we don't know how well the models have estimated natural variability.»
Many would think such a cooling outcome to be extremely unlikely (in the deep psyche impossible), but until the models have the ability to predict the short term variations
occurring over the time interval of one year, we don't know how well the models have estimated natural variability.
Not exact matches
The study authors noted that the major limitations of the study are its retrospective nature and the long
time interval over which it
occurred.
They
occurred over a very short
time interval immediately following onset of Cretaceous global warming, suggesting that the warming destabilized gas hydrates and released a large burb of methane.
This
occurs in fixed
intervals over a period of
time.
The largest climate mode shift
over this
time interval,
occurring ~ 950,000 years before the present (the mid-Pleistocene transition), has previously been attributed to changes in the pattern and frequency of ice sheets.
The decadal scenarios are not
time series, but rather frequencies of extreme events (including clusters) and worst case scenarios
over the target
time interval:» Extreme weather events
occur repeatedly throughout history and are conveniently forgotten.
Assessments for health should
occur sooner after deployment and at more frequent
intervals given the dynamic nature of stress on health
over time.