Not exact matches
They thrived in
temperatures of up to 21 °C and
atmospheric CO2 concentrations of up to 780 parts per million — beyond
predicted rises for the next century (Proceedings of the National Academy of Sciences, DOI: 10.1073 / pnas.0811143106).
Indeed, the team estimates that this cooling effect could reduce by two - thirds the
predicted increase in global
temperatures initiated by a doubling of
atmospheric carbon dioxide.
Non-polar glacial ice holds a wealth of information about past changes in climate, the environment and especially
atmospheric composition, such as variations in
temperature,
atmospheric concentrations of greenhouse gases and emissions of natural aerosols or human - made pollutants... The glaciers therefore hold the memory of former climates and help to
predict future environmental changes.
And it finds that, while this winter's unusually strong Arctic Oscillation - which funnels cold northern air to the East Coast and pulls warm mid-latitude air up to the Arctic - is
predicted as
atmospheric carbon dioxide levels rise, seasonal
temperature anomalies associated with it aren't enough to blunt long - term warming trends.
Even if all greenhouse emissions were to stop today,
atmospheric carbon dioxide will remain high for millennia, and ocean surface
temperatures will stay elevated even longer, a new study
predicts.
Other studies which have assessed the importance of the Montreal Protocol have used models to
predict atmospheric winds and
temperatures and have looked a few decades into the future.
«It would be like trying to
predict El Niño with a sophisticated
atmospheric model, but with the Sea Surface
Temperatures taken from external, independent projections by, for example, the United Nations,» said Kalnay.
«I
predict that due to the loss of these
atmospheric whirlpools, the average
temperature on Jupiter will change by as much as 10 degrees Celsius, getting warmer near the equator and cooler at the poles,» says Marcus.
Here I'm going to examine some graphs that Lord Monckton commonly uses to show that the IPCC has incorrectly
predicted the recent evolution of global
atmospheric CO2 concentration and mean
temperature.
«I
predict that due to the loss of these
atmospheric whirlpools, the average
temperature on Jupiter will change by as much as 10 degrees Celsius, getting warmer near the equator and cooler at the poles,» says Marcus.
Moreover, the seasonal, regional, and
atmospheric patterns of rising
temperatures — greater warming in winters than summers, greater warming at high latitudes than near the equator, and a cooling in the stratosphere while the lower atmosphere is warmer — jibe with what computer models
predict should happen with greenhouse heating.
George E. Smith says: «Did I get that correct; it WAS you who recently posted at WUWT to the effect, that Clausius - Clapeyron,
predicts a 7 % increase in
atmospheric water content for a one deg C
Temperature rise; as found experimentally by Wentz et al..»
Did I get that correct; it WAS you who recently posted at WUWT to the effect, that Clausius - Clapeyron,
predicts a 7 % increase in
atmospheric water content for a one deg C
Temperature rise; as found experimentally by Wentz et al..
It is
predicted that if our current emissions stay the same, our
atmospheric temperature will increase by another 3.21 degrees Celsius by 2050 (3).
This prediction failure has been due to the climate models assuming that minimum
temperatures (nighttime temps) are driven by
atmospheric CO2 levels, resulting in
predicted minimum
temperatures that are too high.
Salter estimates that a fleet of up to 40,000 of these hi - tech Mary Celestes would be required to offset the
temperature rise
predicted to result from a doubling in
atmospheric CO2.
No, you miss the point about the Trenberth «Travesty» statement, it means that the claims in the field that they had detected the relationship between
atmospheric [CO2] and
temperature, and from this could
predict that a doubling of
atmospheric CO2 would cause catastrophic warming were unsupported by the evidence.
The radiative absorption capability of CO2 allows
atmospheric molecules to reach a higher
temperature than that imparted to them by energy at the surface so they rise to a higher location than would be
predicted from their weight and their individual gas constants.
That is the reason why the surface must be warmer than the
temperature predicted by the S - B equation and it is all about
atmospheric mass held off a surface within a gravitational field and irradiated by an external energy source.
To have to admit that you can't
predict the
temperature response unless you can match ENSO and
atmospheric teleconnection factors.
And as to his claim that there may be «places around the world where global warming will lead to less crop success and yield, even when taking into account the carbon dioxide fertilization effect,» he appears to be equally ignorant that rising levels of
atmospheric CO2 tend to raise the
temperature of optimum plant photosynthesis beyond the
predicted temperature values associated with global warming, effectively nullifying this worn out claim (Idso & Idso, 2011).
Allen and Sherwood
predicted that measuring thermal winds, which are tied to fluctuations in
temperatures, would be a more accurate gauge of true
atmospheric warming than the thermometers.
Decades ago, both men correctly
predicted how much the Earth's
temperature would rise due to increasing
atmospheric CO2.
Tom — You raise valid points about the challenge of model development for
predicting long term trends such as
temperature responses to a continued rise in
atmospheric CO2.
m (that's the computer -
predicted radiative forcing on a doubling of
atmospheric CO2) is only enough to increase the mean global surface
temperature by 0.68 degC at a baseline
temperature of 288K according to the Stefan - Boltzmann law.
So the prediction from Vostok is for a natural
temperature response about the same as IPCC
predicts for man doubling
atmospheric CO2 content after turning off the on - going natural processes.
Beginning around 1 / 10th the air pressure of the Earth at sea level, Jupiter's
atmospheric temperature rises and easily exceeds its
predicted blackbody
temperature of 110 Kelvin.
If scientists of the past had known that the
temperature of every planet with a sufficient atmosphere rises along with
atmospheric pressure, and always exceeds its
predicted temperature, do you think they would have come up with a theory that attributed extra heating to the presence of certain trace gases that occupy less than 1 percent of the Earth's atmosphere?
In a comparison of 17 computer models of world climate, all
predict global warming will kick in over Antarctica, and most indicate
temperatures in the interior of the continent will rise faster than in the rest of the world, said Dr. Benjamin D. Santer, an
atmospheric scientist at Lawrence Livermore National Laboratory.
One more thing: By the end of this century, the global mean
atmospheric temperature is
predicted to increase, due to increasing CO2 - induced warming, by some 4C according to the warmist - catastrophic cli - mythologists.
When NASAâ $ ™ s James Hansen sounded the alarm in Congress 20 years ago, he
predicted that rising concentrations of
atmospheric carbon dioxide, or CO2, would drive global
temperatures higher by 0.34 degrees Celsius during the 1990s.
It is our belief that «theory leads experiment» on climate change because all well - accepted
atmospheric models
predict a
temperature rise.
It will always come back to the fact that, nominally, it's all about the Sun — e.g., Farmers Almanac is
predicting another cold wet winter despite the increase over the years in the amount of
atmospheric CO2: No region will see prolonged spells of above - normal
temperatures; only near the West and East Coasts will
temperatures average close to normal.
Once the enhancement of the surface
temperature required to mechanically maintain
atmospheric height is deducted from the observed surface
temperature then the surface can be seen to be at the
temperature predicted by the Stefan Boltzmann Constant.
«This H2O negative - feedback effect on CO2 is ignored in models that assume that warm moist air does not rise and form sunlight - reflecting clouds, but remains as humid air near sea level, absorbing infrared radiation from the sun, and approximately doubling the
temperature rises
predicted from
atmospheric CO2 increases.
General circulation models
predict that, for a doubling of
atmospheric concentrations of carbon dioxide, mean annual air
temperatures may rise several degrees over much of the Arctic.
Other hypotheses,
predict the opposite — that the
atmospheric response will counteract the CO2 increase and result in insignificant changes in global
temperature.
Change of surface
temperature between 1990 and 2090, as
predicted by the Geophysical Fluid Dynamics Laboratory (GFDL) GCM forced by the anticipated change in
atmospheric gas composition.
An overall increase in global - mean
atmospheric temperatures is
predicted to occur in response to human - induced increases in
atmospheric concentrations of heat - trapping «greenhouse gases.»
If, however, the carbon from these reserves were burned wantonly without the government applying any brakes, scientists
predicted an intolerable rise in
atmospheric temperatures, triggering potentially irreversible global damage to life on earth.»
But the important problem for modern climate science is to
predict and to measure the response of other
atmospheric variables (
temperature, humidity and cloud) to a climate forcing.
Mr. Nordhaus also omits any mention of the fact that the modelers had to insert fudge factors for
atmospheric particle concentrations to induce the models to
predict the observed falling
temperatures between 1940 and 1960.
A study from the National Center for
Atmospheric Research also
predicts that warmer oceanic and
atmospheric temperature caused by climate change will produce even fiercer hurricanes in the future.
Science News - January 23, 2002 Antarctica is getting colder... For years, many climatologists have been
predicting that world
temperatures will rise because of
atmospheric buildup of greenhouse gases released by human activities.
Another study suggest that the EAIS has melted once before, during the Pliocene Epoch some 5 to 2.5 million years ago, a period that is comparable in
atmospheric CO2 concentrations and global
temperatures to those
predicted for the end of this century.
Rather than focusing on
temperature gradients, which are often a consequence rather than cause of the circulation, one should investigate the conditions when condensation is likely to occur to
predict changes in
atmospheric circulation.