Not exact matches
Climate models predict that as the
world warms, heat in inner Asia will continue to rise
substantially faster than the global mean.
This isn't news to top climate scientists around the
world (see Hadley Center: «Catastrophic» 5 — 7 °C
warming by 2100 on current emissions path) or even to top climate scientists in this country (see US Geological Survey stunner: Sea - level rise in 2100 will likely «
substantially exceed» IPCC projections, SW faces «permanent drying») and certainly not to people who follow the scientific literature, like Climate Progress readers (see Study: Water - vapor feedback is «strong and positive,» so we face «
warming of several degrees Celsius»).
In the first comprehensive international report on Antarctica's climate, there was strong agreement that the West Antarctic Ice Sheet will contribute
substantially to the ongoing rise in sea levels in a
warming world, while increased snowfall in the interior could offset the contribution somewhat.
Habitable, of course, but it would appear that the
world will be changing quite
substantially — and the long - term effects may be more significant than «global
warming.»
But the
world is actually greening due to the
warming (despite any deforestation) and there are
substantially bigger risks in swapping cheap, reliable energy with expensive intermittent energy.
Anthropogenic activities led to the stabilization of atmospheric CO2 concentrations at a level that made the
world substantially warmer than it otherwise would be.
In terms of greenhouse agents, the main conclusions from the WGI FAR Policymakers Summary are still valid today: (1) «emissions resulting from human activities are
substantially increasing the atmospheric concentrations of the greenhouse gases: CO2, CH4, CFCs, N2O»; (2) «some gases are potentially more effective (at greenhouse
warming)»; (3) feedbacks between the carbon cycle, ecosystems and atmospheric greenhouse gases in a
warmer world will affect CO2 abundances; and (4) GWPs provide a metric for comparing the climatic impact of different greenhouse gases, one that integrates both the radiative influence and biogeochemical cycles.
But with heat waves becoming more intense and happening more often as the
world warms, that air conditioner use on the hottest days will put
substantially more demand on the nation's electricity grids, a new study finds.