Sentences with phrase «climate models suggest»

Experiments with modern climate models suggest that such an event would be unlikely.

Climate models suggest that the observed increases in Antarctic sea ice are not outside natural variability.

For example, it might well be that the results of properly funded study that climate models suggest that the dam only needs to stay closed for 5 years to have a positive effect on ocean temperatures.

Despite the large role that many climate models suggest carbon removal solutions can play in meeting climate goals, it remains very difficult to identify what research the US Government is pursuing today in relation to carbon removal.

Climate models suggest a shotgun approach hoping that one out of 100 pellets comes somewhere near the bullseye, but instead every pellet goes well above the target.

Some climate models suggest that summer blocking activity and ocean temperatures around Greenland might decline in the next several decades, but it remains uncertain.

Climate models suggest that this trend signifies a transition towards an Arctic Ocean with greatly diminished or absent summer ice cover by mid-century or earlier.

In fact, today's climate models suggest that future changes in extremes that cause the most damage won't be detectable in the statistics of weather (or damage) for many decades.

They introduce a phony instrument «calibration» to make their measurement read what the climate models suggest.

Projections from climate models suggest that ice loss will continue in the future, with a possibility of September ice - free conditions later this century (e.g., Stroeve et al., 2012b; Massonnet et al., 2012).

If anything, climate models suggest the opposite is true, that high - latitude winters will be slightly less variable as the world warms.»

All the climate models suggest that, if the AMOC collapsed, the northward heat transfer would also be greatly reduced and the shores of the north Atlantic would suffer cooling.

The latest climate models suggest that these changes will continue and become more widespread in the future.

Current global climate models suggest that the water vapor feedback to global warming due to carbon dioxide increases is weak but these models do not fully resolve the tropopause or the cold point, nor do they completely represent the QBO [Quasi Biennial Oscillation], deep convective transport and its linkages to SSTs, or the impact of aerosol heating on water input to the stratosphere.

When imposing such orbital variations, climate models suggest different global - mean temperature responses.

Moreover, long - term climate models suggest that warming trends have less to do with the rate of methane leakage and more to do with other variables, such as the thermal efficiency of future coal plants and whether the switch to gas is permanent or a bridge to zero - carbon energy.

This modest warming is much less than current climate models suggest for a doubling of CO2.

If that trend continues, the IEA says, global carbon - dioxide emissions will keep rising sharply and climate models suggest the Earth could heat up by as much as 6 °C (10.8 °F) over the long term.

(Recent climate models suggest that America's East Coast might see sea levels rising higher and faster than any other population center in the world.)

Still, climate models suggest the belts could weaken or change course in the future, Dr Lieser said.

This, as climate models suggest, and what seems to have been happening in the climate system, is to produce a more energetic hydrological cycle, resulting in more extreme weather conditions — more severe droughts, more sever floods.

Indeed, the majority of climate models suggest global warming will produce a more positive phase of the NAM during this century, although the models, and the modeling community, are not in complete agreement.

Climate models suggest periods of stability (with variations around a stationary summer mean extent) with intermittent years of rapid reductions in ice extent as the Arctic warms (see Serreze, Mark C. 2011.

Very few climate models suggest there will be an increase in precipitation to compensate for the increase in temperature.

New climate models suggest that parts of the Persian Gulf may experience waves of deadly heat that will eventually force humans to relocate.

Climate models suggest that any event is likely to be weak and short - lived.

Typically increases in total rainfall over India may be in the region of 5 - 10 %, although some climate models suggest more and some less.

So, while I tend to agree with the Lindzen and Choi position that the real climate system is much less sensitive than the IPCC climate models suggest, it is not clear to me that their results actually demonstrate this.

Comparisons of direct measurements with satellite data and climate models suggest that the oceans of the southern hemisphere have been sucking up more than twice as much of the heat trapped by our excess greenhouse gases than previously calculated.

Climate models suggest that water vapour and snow cover, at least, are «positive feedbacks» and so should enhance the warming.

The trend in the southern hemisphere shows a clearer warming trend beginning around the turn of the century, but it is still very uneven.The size of the observed warming is compatible with what climate models suggest should have resulted from past GHG emissions.

Climate models suggest that global flood risk will change as the world warms.

Climate models suggest increasing frequency of, and greater damage from, violent storms is the result of global cooling, not warming... and so on and so forth.

In Boston, for example, climate models suggest hotter weather over the next few decades while variation stays more or less the same.

Climate skeptics frequently predict that the real climate will warm less than climate models suggest it will over the next century.

Some climate models suggest that a global warming may be favourable for more intense mid-latitude storms.

Moreover, even if methane leakage were to remain modest in some areas, long - term climate models suggest that warming trends have less to do with the rate of methane leakage and more to do with other variables, such as the thermal efficiency of future coal plants and whether the switch to gas is permanent or a bridge to zero - carbon energy.

Climate models suggest that global GHG emissions must fall by 75 — 90 percent by 2050, compared with 2010 levels, to provide the best chance of limiting climate change to 1.5 degrees Celsius.

Some climate models suggest that increasing greenhouse gases may be leading to a gradual strengthening of the Arctic vortex and hence increasing ozone losses, while others do not.

Whether this is the case in the real world is an active research question (though climate models suggest it is not a large effect).

climate models suggest that ocean warming will continue for at least a thousand years even if CO2 emissions were to completely stop.

Climate models suggest that human activities, specifically the emission of atmospheric greenhouse gases, may lead to increases in the frequency of severe storms in certain regions of the Northern Hemisphere.

Climate models suggest that TRAPPIST - 1b, c and d are likely too hot to maintain liquid water across all but a fraction of their surfaces.

Climate models suggest that by the end of the century, volume will decrease twice as fast as the extent.

Projections based on 29 climate models suggest that the number of high wildfire potential days each year could increase by nearly 50 percent by 2050 if greenhouse gas emissions continue unabated.

Climate models suggest that by the end of

Some climate models suggest that increasing greenhouse gases may be leading to a gradual strengthening of the Arctic vortex and hence increasing ozone losses, while others do not.

Climate models suggest that hurricane intensity should increase as the world warms, and that the most intense storms will become a bigger proportion of the total.

For each 15 - year period, the authors compared the temperature change we've seen in the real world with what the climate models suggest should have happened.

Some climate models suggest that, at current CO2 emissions levels, 80 percent of Arctic waters could prove corrosive to clams, pteropods and other species at the base of the polar food chain by 2060, the new statement said.