I realize of course that this is conjecture, and other explanations such as e.g. stochastic behavior or modulation by
other modes of variability are perhaps more likely to be correct.
Not exact matches
Since we're still learning about the extent
of the microbiome, the
variability of its contents depending on the individual, their diet, their location, and
other factors, and how altering it in one manner may or may not have a predictable impact, it is far too soon to begin to make specific claims concerning the life - long health consequences attached to a particular
mode of birth.
Hansen 1988 did use
other forcing but he decoupled the ocean feedback writing, «we stress that this «surprise - free» representation
of the ocean excludes the effects
of natural
variability of ocean transports and the possibility
of switches in the basic
mode of ocean circulation.»
It is important to note that as the planet continues to warm, new high temperature records and some
other types
of extremes will increasingly occur, but where they occur in a given year will not be predictable due to natural
modes of climate
variability.
re # 3, without accurate forcing data, it is difficult to rule out
other modes of external forcing and also natural internal
modes of variability.
The Atlantic Multidecadal Oscillation (like
other ocean oscillations) is a climate pattern with a
mode of variability, which seems to naturally occur regardless
of atmospheric CO2 levels.
Other well - known
modes of variability include: The Antarctic oscillation; The Arctic oscillation; The Atlantic multidecadal oscillation; The Indian Ocean Dipole; The Madden — Julian oscillation; The North Atlantic oscillation; The Pacific decadal oscillation; The Pacific - North American teleconnection pattern; The Quasi-biennial oscillation.
Other links between climate
modes of variability and Antarctic coastal winds can produce a similar coastal wave ocean response.
Judith writes: «Comparing the model temperature anomalies with observed temperature anomalies, particularly over relatively short periods, is complicated by the acknowledgement that climate models do not simulate the timing
of ENSO and
other modes of natural internal
variability...»
Comparing the model temperature anomalies with observed temperature anomalies, particularly over relatively short periods, is complicated by the acknowledgement that climate models do not simulate the timing
of ENSO and
other modes of natural internal
variability; further the underlying trends might be different.
There are also
other natural «
modes of variability» which may be affected by a climate change, for instance if the heat transport in the oceans are to change (e.g. the Atlantic meridional overturning circulation AMOC).