Combining the STORM model with analysis of the rainfall data set allowed the investigators to gain insights
into decadal trends in monsoonal rainfall intensity under climate change.
Not exact matches
Given the
decadal averages and the issue of what is meant by «the next» decade, Romm does have a point that the result of the paper could more clearly be described as representing «a period of flat global mean temperatures extending somewhat
into the coming decade, following by a very rapid rise in temperature leaving the planet on its long - term
trend line by 2030.»
We suggest that this asymmetry in response to fluctuations in the
decadal warming
trend likely reflects the «seepage» of contrarian memes
into scientific work.
World temperatures, it went on, were locked inexorably
into an everrising
trend: «Our experimental
decadal forecast confirms previous indications that about half the years 2010 - 2019 will be warmer than the warmest year observed so far - 1998.»
The
decadal trend declined quite a lot when the last three years are factored
into the 1979 - present average.
Now we find out just how much
decadal warming
trend was exagerrated by extrapolating the rising side of AMDO
into forever like it would never reverse and chill again like is has every 60 years since reliable Atlantic SST records began with lots of trans - Atlantic shipping starting in the 19th century.
These errors, as well as the influence of
decadal and multi-
decadal variability in the climate, have been taken
into account when estimating linear
trends and their uncertainties (see Appendix 3.