Arctic
sea ice thickness variability and its influence on the atmospheric response to projected sea ice loss.
Not exact matches
Variability of Arctic
sea ice thickness and volume from CryoSat - 2.
``... examination of records of fast
ice thickness and
ice extent from four Arctic marginal
seas (Kara, Laptev, East Siberian, and Chukchi) indicates that long - term trends are small and generally statistically insignificant, while trends for shorter records are not indicative of the long - term tendencies due to strong low - frequency
variability in these time series, which places a strong limitation on our ability to resolve long - term trends....
Journal of Climate Blanchard - Wrigglesworth, E., and C.M. Bitz, May 2014: Characteristics of Arctic
Sea -
Ice Thickness Variability in GCMs.
In addition, we discuss why this recent rapid retreat of Arctic summer
sea ice might largely be a consequence of a slow shift in
ice -
thickness distribution, which will lead to strongly increased year - to - year
variability of the Arctic summer
sea -
ice extent.
Examination of records of fast
ice thickness (1936 — 2000) and
ice extent (1900 — 2000) in the Kara, Laptev, East Siberian, and Chukchi
Seas provide evidence that long - term
ice thickness and extent trends are small and generally not statistically significant, while trends for shorter records are not indicative of the long - term tendencies due to large - amplitude low - frequency
variability.
Further, you've to factor in inter-annual
variability of
sea ice thickness and extent.
In our new paper (Labe et al., 2018), we are interested in understanding the year - to - year
variability of Arctic
sea ice thickness along with the long - term trend.
Further research is needed particularly on role of natural internal
variability in influencing
sea ice thickness and extent.