For the change in annual mean surface air temperature in the various cases,
the model experiments show the familiar pattern documented in the SAR with a maximum warming in the high latitudes of the Northern Hemisphere and a minimum in the Southern Ocean (due to ocean heat uptake) evident in the zonal mean for the CMIP2 models (Figure 9.8) and the geographical patterns for all categories of models (Figure 9.10).
If radiative forcing were to be stabilised, keeping all the radiative forcing agents constant at B1 or A1B levels in 2100,
model experiments show that a further increase in global average temperature of about 0.5 °C would still be expected by 2200.
«
Our model experiments show that from 15000 to 13000 years ago, the Eurasian ice sheet lost 750 cubic kilometres of ice a year.
While theoretical and
model experiments show warmer seas drive more intense storms in the future, the total number isn't expected to increase.
Overall,
model experiments show a CO2 equilibration time of a few centuries [5, 6, 11, 12].
For the change in annual mean surface air temperature in the various cases,
the model experiments show the familiar pattern documented in the SAR with a maximum warming in the high latitudes of the Northern Hemisphere and a minimum in the Southern Ocean (due to ocean heat uptake)(2)
«
Our model experiments show that from 15000 to 13000 years ago, the Eurasian ice sheet lost 750 cubic kilometres of ice a year.
Among several molecular scaffold candidates, 5 - aminoindole -2-carboxylic acid was selected since molecular
modeling experiments showed that it meets the spatial requirements for the three key substituents.
As I pointed out, this latest
model experiment shows that their «estimates» were significantly off, both in terms of amount and sustained effect.
A recent
modelling experiment shows that climate change feedbacks from thawing permafrost are likely to increase global temperatures by one - quarter to a full degree Celsius by the end of this century.
Not exact matches
In one
experiment, a group of men were
shown male
models from Abercrombie & Fitch advertisements, another group was
shown images of female Victoria's Secret
models, and a third group was
shown photos of «average» looking people.
The
experiment showed that the laser pulse created an energy oscillation in the harvester that lingered for longer than either
model would predict.
After all, Ellis says, not only does his
model gel with quantum
experiments that appear to
show that time is real, it also encapsulates our common sensations, «which is tested every day, by everyone, whenever anything happens.»
They were able to do so by building on an
experiment showing that grafting a peripheral nerve into the space between a severed spinal cord in an animal
model brought about nerve regeneration (albeit limited).
The ability of the inorganic component of sea spray particles to take up water has been the focus of this international study where a large suite of well - controlled laboratory
experiments have
shown, for the first time, that the hygroscopicity of the inorganic component of sea spray is significantly lower than pure sodium chloride, a substance routinely used to describe their hygroscopicity in climate
models.
Comparing their data with T2K's results and looking for inconsistencies in details such as the particles» energy spectra could
show if there are any deviations from the standard
model of particle physics, says Janet Conrad, a member of the Double Chooz neutrino
experiment in Chooz, France.
Additional
experiments also
showed that TiY can suppress the tumor growth in mice xenograft
model.
The
model showed that electrical resistance in strange metals should vary with temperature — a reassuring result, given that other scientists»
experiments had already verified it.
The
experiments also
showed that, in a competitive market, most customers prefer to shop at outlets that use the PWYW
model.
Experiments and mathematical
models showed these chaperones are important to prevent a subcomplex known as the regulatory particle from combining with the core particle before the particle is fully formed.
The
experiments, including studies conducted in a bioengineered 3 - D
model of lung tissue seeded with relevant cells,
showed that CHI3L1 regulates a pathway that recruits cells such as macrophages and fibroblasts that produce the scarring, or fibrosis.
Additional
experiments with 20 different catalyst - substrate pairs
showed that the
model could accurately predict selectivity.
Modeling and
experiments show how a key transcription factor uses biochemical feedback in two separate pathways to trigger either sustained or transient inflammation.
Their series of
experiments showed that a single application of concentrated, mature B cells accelerated wound healing and improved the quality of tissue repair in both animal
models.
Signs of neuronal damage around plaques also varied depending on the APOE variant the animals received, and
experiments in a different Alzheimer's
model in which plaques appear more slowly
showed that injection of APOE4 increased levels of free, soluble A-beta in the fluid that bathes the brain.
Experiments that
model the bacteria in animal cells, for example, have
shown that P. aeruginosa behaves and grows in certain ways only when it is in the infected lungs of a person with CF.
This
experiment, paired with several others,
showed that this
model grass truly incorporated the nitrogen released by the bacteria and metabolizes it in several components.
Moulton
modeled his study on previous fMRI
experiments that
showed the brain reacts differently to new and old perceptions.
«In preliminary
experiments, we could
show that these enzymes can release inorganic phosphate from
model compounds,» explains Jennifer Bilbao, who manages the project at the Fraunhofer IGB.
A series of
experiments showed that SW033291 could inactivate 15 - PGDH in a test tube and inside a cell, and, most importantly, when injected into animal
models.
The image
shows a good match between the results of the neutron scattering
experiments (top) and the theoretical
model (bottom).
Using a combination of
modeling and
experiments, Sponberg et al.
show that moths are able to avoid this potential decrease in visual acuity (see the Perspective by Warrant).
A main point in conducting the
experiments was to
show that climate
models contain a bias that could be corrected.
The loss was bad for the vaccine: In a series of
experiments Hensley and his colleagues
showed antibodies from humans and ferrets (a good animal
model for influenza A studies) that had been exposed to the egg - grown vaccine did not effectively kill the circulating sugar - adorned viruses.
Bensmaia and his team validated the output of the
model against data from a wide variety of
experiments conducted by other research teams, and
show that it matches their output with millisecond precision.
On this week's
show: Kelly Servick talks about how the microbiomes of
model mice can change the outcomes of
experiments, and a daily news roundup
Now, in an anticlimactic summary on the two photon decay, both big
experiments at the LHC have posted results
showing the photons are, after all the fuss, also doing exactly what the standard
model predicts.
«Our study
shows that the regulatory properties of specific control proteins are accessible by employing quantitative
experiments and mathematical
models.»
The
model shows that the two types of indirect interactions used by the ants to coordinate their activity faithfully reproduce the construction dynamics and the structures built during the
experiments.
The initial results of the cow study,
showing that people do empathize with the animal, indicate that the same
model could be useful in other
experiments, he said.
A synthesis of six such
experiments with different
models shows consistent hemispheric - wide atmospheric warming, strongest in the mid-to-high-latitude lower troposphere; an intensification of the wintertime Aleutian Low and, in most cases, the Siberian High; a weakening of the Icelandic Low; and a reduction in strength and southward shift of the mid-latitude westerly winds in winter.
As Table S1 in my paper
showed, there are differences even in the response to histGHG vs 1 % per year CO2 on the order of 10 %, so we would expect the TCR for each
model to vary somewhat when computed based on a slightly different set of
experiments, but even if the correct dT values and all forcings were included I don't believe the results would tell us anything useful.
The climate projections
show on this map are based on Representative Concentration Pathway 2.6, 4.5, and 8.5 (van Vuuren et al., 2012)
experiments run by global climate
models participating in the Coupled
Model Intercomparison Project Phase 5 (CMIP5) exercise (Taylor et al., 2012).
Now we are embarked on
experiments that will
show improvements in both healthspan and lifespan in
model organisms from mice to primates.
This
experiment was conducted to verify the findings in the initial
experiment of a hypersensitivity immunopathologic - like reaction after SARS - CoV challenge of vaccinated animals, to determine if a higher dosage of the S protein vaccine (SV) would suppress infection and still exhibit a similar reaction, and whether the original β propiolactone inactivated whole virus vaccine (BPV) that had
shown an immunopathologic - like reaction after challenge of vaccinated ferrets and nonhuman primates exhibited a similar immunopathologic reaction in the mouse
model [13], [14].
This time, the computer
modeling showed us something the
experiments weren't telling us.»
Such deviations
show the importance of the direct measurement of the reactor antineutrino spectrum, particularly for
experiments that use the spectrum to measure neutrino oscillations, and may indicate the need to revisit the
models underlying the calculations.
Experiments on pancreas organoids —
models that are essentially balls of cells sampled from the pancreas of healthy people and pancreatic cancer patients —
showed that lowering antioxidant levels within cancerous pancreas cells, or cells on the way to becoming cancerous, kills them.
They
modeled the compression of fluid turbulence,
showing effects that suggested a surprising positive impact of turbulence on inertial confinement fusion (ICF)
experiments.
Experiments on both larval zebrafish, a
model for salmon, and actual coho salmon
showed that toxic runoff can also damage hair - like sensors the fish use to find food, sense predators, and find their way in the current.