Sentences with phrase «slowdown in warming from»

Using the New Karl, or better described as the ERSST v4, temperature series does indeed make the hiatus go away but not the significant slowdown in warming from the period 1976 - 1999 to the period 2000 - 2014.

Not exact matches

They'd seen slowdowns in the past, often associated with natural cycles in the Earth's climate — England pointed to periods when the Earth has taken a break from warming, such as from 1945 to the late 1970s.

NOAA has been the target of congressional scrutiny from Rep. Lamar Smith (R - Texas), who has launched an inquiry into a 2015 paper in Science prepared by NOAA researchers that disputed the existence of a recent slowdown in the rate of global warming.

If this tropical warming is combined with a cooler North Atlantic Ocean from AMOC slowdown and an increase in midlatitude eddy energy (Fig. 21), we can anticipate more severe baroclinic storms.

In my opinion, this is a question of the time scale considered: the variations from year to year are obviously dominated by weather, and also decadal variations — such as the warming (probably the increase of the flow) from 1990 to the middle of the 2000s and the subsequent cooling (slowdown of the flow)-- are likely to be mainly natural variations.

Looking at all of the various inputs to global climate - including CO2 and SO2 emissions from man, and natural cycles like La Nina / El Nino, as well as changes in the sun - they believe that the rising sulfate emissions is the most likely factor to have cause the global warming slowdown, between 1998 and 2008.

(5) explains the cause of the slowdown in global warming after around 2000 — cooling from increased Eastern SO2 emissions offset the warming caused by Western Clean Air efforts, resulting in a net slowdown in the rate of decreasing global SO2 emissions.

A leaked draft of the next major climate report from the U.N. cites numerous causes to explain the slowdown in warming: greater - than - expected ash from volcanoes, a decline in heat from the sun, more heat being absorbed by the deep oceans, and so on.

Several studies from this year show that the slowdown could be caused by a natural cycle in the Atlantic or Pacific that caused temperatures to rise more in the 1980s and 1990s but that has slowed or stopped global warming now.

«a slowdown in the MOC is predicted by our model (and others) for a future world, partly as a function of ocean warming and partly as a function of increased freshening from ice melt and increased rainfall.

And — ironically — their hypothesis is that the recent slowdown in warming is from improperly modeled quasi-periodic effect; not an underestimate of sensitivity.

These salinity shifts correspond well in timing to the OHC shifts, which are also coincident with surface transitions from global - warming slowdown to rapid warming and then to the current slowdown, with intervals between shifts lasting about three decades.

The change in solar forcing from 1950 until now is essentially nil, while the change in greenhouse gas forcing fully accounts for the further 0.7 °C warming (while ENSO + solar accounts for the recent slowdown).

«We are not implying some kind of recovery from the effects of human - caused global warming; it's really just a slowdown in winter sea ice loss.»

As for how long the slowdown in warming might last, estimates run the gamut — from «by the end of this decade» to another 20 years, based on the mix of mechanisms driving the slowdown, according to several studies presented at the American Meteorological Society's annual meeting in Phoenix earlier this month.

The research team links rapid sea - level rise within this hotspot to a slowdown in the Atlantic Meridional Overturning Current, which transports warm water from the tropics into the higher latitudes.

Either way, the results — echoed in a recent analysis from Japan's Meteorological Agency, which found 1.13 degrees F. above the 20th - century average — indicate that global warming continues unabated, despite a slowdown in the pace of warming during the first part of the 21st century.

The evaporative process in changing energy from one form to another and in doing so accelerating throughput again overrides the «normal» application of Fourier's Law and thereby cancels out the anticipated slowdown from a warmer skin alone.

Much of the recent discussion of climate sensitivity in online forums and in peer - reviewed literature focuses on two areas: cutting off the so - called «long tail» of low probability \ high climate sensitivities (e.g., above 6 C or so), and reconciling the recent slowdown in observed surface warming with predictions from global climate models.

Pierre - Normand: Not so if the temporary slowdown in the warming of the upper layer is a result of more upwelling of colder water from below as a consequence of ENSO / PDO variability (mainly: more La Ninas).

Not so if the temporary slowdown in the warming of the upper layer is a result of more upwelling of colder water from below as a consequence of ENSO / PDO variability (mainly: more La Ninas).

Not only that, but there is increasingly compelling evidence that the recent short - term slowdown in the surface temperature record was much less pronounced than previously estimated, if rapid Arctic warming is fully reflected, along with potential biases from the changing mix of sea surface temperature measurement sources in recent years.

That would mean that future warming will be much worse than described in the latest report from the Intergovernmental Panel on Climate Change (which took the slowdown into account when making its projections).