On text noting
high decadal variability in Arctic temperatures, Canada, supported by Norway, suggested removing a specific reference to a warm period observed from 1925 to 1945.
Arctic temperatures have
high decadal variability, and a warm period was also observed from 1925 to 1945.
Arctic temperatures have
high decadal variability.
Not exact matches
Large interannual
variability in snowpack can be nested within Pacific
Decadal Oscillation (and Pacific North American) driven patterns (e.g., see the
high snow years of 1996 and 1997 that occurred during a 25 - year period of below average snowpack).
«The impacts of sea level change will be felt most acutely during periods of
high sea level, both from this type of interannual (and
decadal)
variability as well as extreme events,» Church said.
If the aim is to reconstruct the short - timescale (say interannual to
decadal)
variability of tree - growth it makes sense to remove the unwanted
variability at source — say by
high - pass filtering the measurements before averaging the series to produce a chronology.
So my point is that yes, the actual climate model runs we used * do * show a lot of
decadal and
higher frequency
decadal variability.
The ice
variability in these seas is dominated by a multidecadal, low - frequency oscillation (LFO) and (to a lesser degree) by
higher - frequency
decadal fluctuations.
A
high resolution Antarctic ENSO proxy show both the
decadal patterns we familiar with but millennial scale
variability.
Building on previous efforts, this three - day workshop will use the outcomes to guide synthesis efforts, coordinate on - going research to fill out key gaps, and provide specific recommendations for accelerating scientific progress — with the aim to improve our understanding and predictability of 1)
high - to mid-latitude climate
variability on subseasonal - to - seasonal and on interannual - to -
decadal timescales and 2) climate extremes.
Shifts at
decadal scales in the form of rivers — between low energy meandering and
high energy braided forms — that suggested
decadal variability of rainfall.
Our results show that hydroclimatic
variability in the Southwest has not remained constant over the last millennia, with a shift from low to
high variance at the MCA - LIA transition that was accompanied by a change in quasi-periodic variance, from a
higher concentration of power in the multi-
decadal periodicities during the MCA vs. interannual and
decadal periodicities during the LIA.
A wavelet analysis reveals changes in relative domains of
variability over time, with a
higher concentration of power in the interannual and
decadal bands during the LIA that is much subdued during the MCA (Fig 4D).
In contrast to global mean temperature the «attributable anthropogenic warming» index is not subject to
high year to year and
decadal variability.
In the tropics, these Atlantic / Pacific differences modulate the global Walker circulation on
decadal timescales and then affect the low - frequency
variability of the
high - pressure ridge off the California coast through atmospheric teleconnections.
«Pooled all of the Holocene global temperature anomalies into a single histogram, showing the distribution of global temperature anomalies during the Holocene, including the
decadal - to century scale
high - frequency
variability...»
A CDR suitable for studying interannual to
decadal climate
variability and trends includes a time series produced with stable,
high - quality data, and error characteristics that have been quantified by accounting for all of the above sources of error and noise.
One final caveat: After reading my first draft of the 2008 post (which I subsequently revised), Dr. Keenlyside wrote me, «All our figures are
decadal means, and it is hard to say (due to
high frequency internal
variability) at which point [after 2010] a rapid increase will occur.»
There is a
high degree of interannual (year ‐ to ‐ year) and
decadal variability in both global and hemispheric temperatures.