Not exact matches
Looking at the surface temperature and the
ocean heat content changes together though allows us to pin down the total unrealised forcing (the
net radiation imbalance) and demonstrate that the models are consistent with both the surface and
ocean changes.
«Global
net energy budget is shown as a graph that takes account of
net radiation received,
ocean heat content change, and other
net energy
changes from melting sea ice, glaciers, etc..
«Our results demonstrate how synergistic use of satellite TOA radiation observations and recently improved
ocean heat content measurements, with appropriate error estimates, provide critical data for quantifying short - term and longer - term
changes in the Earth's
net TOA radiation imbalance.
Likewise noise can't lead to a
net temperature
change and the steady
ocean heat content rise.
Looking at the last decade, it is clear that the observed rate of
change of upper
ocean heat content is a little slower than previously (and below linear extrapolations of the pre-2003 model output), and it remains unclear to what extent that is related to a reduction in
net radiative forcing growth (due to the solar cycle, or perhaps larger than expected aerosol forcing growth), or internal variability, model errors, or data processing — arguments have been made for all four, singly and together.