In that case,
models predicted slower than actual economic growth in the developing world.
A dynamic eco-evolutionary
model predicts slow response of alpine plants to climate warming.
Not exact matches
Suffice it to say that the two new
models both explain most of the missing exports we have been talking about — amounting to some $ 30 billion to $ 40 billion — and
predict slower export growth in the future than our previous
model.
Working has greatly
slowed down my progress as well: I'm currently working for the National Oceanic and Atmospheric Administration as part of a team trying to
predict snowfall rates from satellite and weather forecast
model data.
«It's evidence that agrees with a 2002 computational
model that
predicted rate of ozone depletion would
slow, he says.
Within silico, a computational neural
model was made to
predict neural activity in
slow - wave sleep.
• Clouds form because cold air doesn't hold as much water as warm air • Clouds are made of water vapor • Clouds always
predict rain • Rain falls when clouds become too heavy and the rain drips out or bursts the cloud open • Rain comes from holes in clouds, sweating clouds, funnels in clouds, melted clouds • Lightning never strikes the same place twice • Thunder occurs when two clouds collide • Clouds block wind and
slow it down • Clouds come from somewhere above the sky • Clouds are made of smoke How does the 5E
model facilitate learning?
There might be value in a more generic piece focusing on this kind of tension, which is going to be with us for some time — the
slow steady responses
predicted by current
models, the concern that some observations of faster and bigger changes might actually be the greenhouse gas - forced signal and not just internal variability, the patience required before new observations and better theories /
models sort things out.
Their
models just seem to be
predicting a temporary
slow down in the heat level due to previously unforeseen alterations in Atlantic Conveyor.
These new
models predict that while warming will
slow over the next few years due to internal variability, the warming trend will resume in the long term.
Carbon feedbacks however are very
slow - most AR4
models assumed them to be zero for purposes of
predicting climate 100 years in advance.
Most
models that investigate increasing greenhouse gas scenarios
predict that the AMOC will
slow down as a result of such forcing (Driesschaert et al., 2007; Meehl et al., 2007).
«Stakeholders who are convinced that future anthropogenic warming will be
slower than current
models predict will be reassured that the policy will «bite» correspondingly more slowly,» the researchers write, «while the converse is also true for those concerned about unexpectedly rapid warming in the future.»
«Much of our confidence stems from the fact that our
model does well at
predicting slow changes in ocean heat transport and sea surface temperature in the sub-polar North Atlantic, and these appear to impact the rate of sea ice loss.
Put this all together, and you find that while individual solutions of the climate equations may have
predicted the
slowed warming of the last few years, that single solution wasn't statistically valid as a projection and so was given only a small weight in the overall
model or multi-
model means.
Most
models that investigate increasing greenhouse gas scenarios
predict that the AMOC will
slow down as a result of such forcing (Driesschaert et al., 2007; Hodell et al., 2009).
The slowdown in warming was, she added, real, and all the evidence suggested that since 1998, the rate of global warming has been much
slower than
predicted by computer
models — about 1C per century.
There is no reason whatever to suppose that the
slow - down is permanent: these things have happened before (e.g. 1950 to 1970), and no - one ever claimed that climate
models could
predict all these decadal wiggles.»
Intuitively I would expect tropospheric warming to always be a bit
slower than surface warming — is that what the science says, and climate
models predict?
Stroeve said that current climate
models show the AMOC
slowing, but not stopping completely, during the 21st century, emphasizing that the
predicted changes are nonetheless significant.
And if this process of water changing state, which is pretty much just a process of physics and a bit of chemistry, is so very easy to get wrong — specifically, is so easy to
model too conservatively so the
models predict wrongly that it will be a very
slow process when in fact it seems to be a much faster process — how confident can we be that other
models and estimates of processes that involve multiple feedbacks that include chemical and biological interactions as well as physical ones aren't even more wildly inaccurate on the «conservative» side?
A good example is the consensus of chemistry
models that projected a
slow decline in stratospheric ozone levels in the 1980s, but did not
predict the emergence of the Antarctic ozone hole because they all lacked the equations that describe the chemistry that occurs on the surface of ice crystals in cold polar vortex conditions — an «unknown unknown» of the time.
«Development schedule of new 6.1» LCD iPhone slightly behind 6.5» and 5.8» OLED
models, but it may enjoy extended longevity into 1H19F, boosting
slow season outlook: We
predict the 6.1» LCD iPhone will differ from the 6.5» and 5.8» OLED
models in terms of certain specs, for reasons of cost / price and product segmentation.