The lapse rate of nonrising air — commonly referred to as the normal, or environmental, lapse rate — is highly variable, being
affected by radiation, convection, and condensation; it averages about 6.5 °C per kilometre (18.8 °F per mile) in the lower atmosphere (troposphere).
Briefly, the warmer body (Earth's surface) is not
affected by radiation from the cooler one (the atmosphere) because that radiation does not have enough energy (high enough frequency) to bring about the conversion of its energy into thermal energy.
Meanwhile, Doctor Doom, harassed by his board of directors and investors, discovers that he too has been
affected by the radiation, but he's delighted to use his powers for diabolical megalomaniacal evil.
I was sitting in an ice bath one day talking to Jack «Karnival» Kruse on Skype about neuropeptides and how they, along with adiponectin, will be
affected by radiation from Fukishima, and a mysterious phrase entered my mind as if it was placed there by a higher power.
In a recent Crowdfunded study by an individual person, it has been proven that the West Coast of the United States is not
affected by this radiation.
Even if animals in the area are being
affected by radiation in the area, the effects of this contamination are overshadowed by the fact that this area is now essentially a wildlife reserve relatively free of human disturbances.
Not exact matches
More than 30 people died, and thousands of lives have been
affected by the exposure to
radiation.
Micra, a device which manufacturer and medical device giant Medtronic calls the world's smallest pacemaker (it's a one - inch long product that doesn't contain any leads), is being sent to the final frontier to examine how it's
affected by high
radiation and low temperatures during space flight.
Fortunately, not all electromagnetic
radiation is equally
affected by dust.
Now under analysis
by Western and Russian researchers, this data is offering new insights into the ways chronic exposure to
radiation affects health.
It should be possible to build
radiation shields that allow objects to sit in fields without being
affected by them.
Soot particles, also known as black carbon aerosols,
affect climate
by absorbing sunlight, which warms the surrounding air and limits the amount of solar
radiation that reaches the ground.
Readers ask: Will
radiation from the Japan quake and tsunami
affect the Hawaiian Islands
by May 2011?
Creating the ability to more quickly and accurately forecast space weather would give satellite operations teams, space programs and others technologies that rely on assets in Earth's space environment the ability to reposition satellites and / or shut down noncritical components as well as defer critical operations — such as uploading new software or orbital maneuvers — that might be adversely
affected by storm effects, such as increased penetrating
radiation.
Researchers looked at seven of these worlds — distant planets whose mass lies between one and 10 times ours — including 55 Cancri e (at right, compared to Earth) and GJ1214b, evaluating how the x-ray and extreme ultraviolet
radiation emitted
by their parent stars might
affect their atmospheres over their remaining lifetimes.
By 2010, Remo felt they had compiled «a complete body of work» on how
radiation affects meteoritic substances.
«Mapping the link between solar surface
radiation and air pollution is significant since the relationship is heavily masked
by clouds which play a major role in
affecting solar surface
radiation,» says Deliang Chen, Professor of Physical Meteorology at the Department of Earth Sciences, University of Gothenburg and co-author of the research article.
But because the vinclozolin - induced fertility changes occurred in almost every male rat descended from a treated mother rather than in a small percentage of offspring (as is seen in germ line mutations caused
by radiation), Skinner suspects an epigenetic mechanism — a change that doesn't mutate the DNA sequence of an animal, but rather
affects how genes are expressed.
As forms of high - energy
radiation, both primary and secondary cosmic rays may
affect living things
by causing changes in their genes, which control heredity.
Clouds impact Arctic climate through rain and snow,
by reflecting solar
radiation and
by affecting air and surface temperatures.
Several factors
affect these cycles, but they are ultimately determined
by orbital forcing — the Sun's
radiation received
by the Earth due to variations in the Earth's orbit in the solar system.
These components — specifically aerosols (particulates in the air — dust, soot, sulphates, nitrates, pollen etc.) and atmospheric chemistry (ozone, methane)-- are both
affected by climate and
affect climate, since aerosols and ozone can interact, absorb, reflect or scatter solar and thermal
radiation.
There is no scientific basis for investigating exposure of the growing baby when pregnant mothers use a mobile phone, as exposure to radiofrequency
radiation from mobile phones is highly localised to the part of the head closest to the phone; there is no evidence to suggest that other parts of the body, such as the abdomen where the baby is growing, are
affected by mobile phone use.
Trained as a theoretical physicist, Wolfe and Rainer Kurt Sachs first showed how density fluctuations in an expanding universe
affect the thermal
radiation left
by the Big Bang, the cosmic microwave background
radiation.
An unusual observation
by Hopkins scientists about how testosterone
affects prostate cancer cells may lead to more effective
radiation therapy in men with high - risk disease.
The clouds
affect the «global radiative balance»
by reflecting solar energy or trapping terrestrial
radiation.
Now an international team led
by scientists at the Pacific Northwest National Laboratory has shown that how electrons respond to
radiation in a solid can alter the way permanent damage is created in the material and radically
affect its mechanical, magnetic, electrical, and optical properties.
T4 to T3 conversion can also be
affected by dieting habits, diabetes, fluoride, aging,
radiation and stress.
Inflammation is usually characterized
by redness on the
affected area, and can be triggered
by many things, including overexertion, immune response to pathogens, injuries, and the effects of chemicals or
radiation.
Further, electromagnetic
radiation (such as that emitted
by Wi - Fi, cell phones, cell towers and «smart» meters) may
affect the body like light does at night — and inhibit melatonin production.
In fact, while autophagy may help cancer cells avoid death from chemotherapy or
radiation therapy, 7 the cellular pathways
affected by intermittent fasting in the schematic from the last post (reference) happen to also increase cancer sensitivity to conventional treatment, like
radiation therapy.
100 % of the proceeds are going to relief to help those
affected by the earthquake and now continued
radiation.
Cosmic rays modulate the cloud cover which in turn
affects the temperature
by trapping or releasing
radiation to outer space.
The CO2 doesn't alter climate
by affecting thermal mass; it
affects climate
by retarding the efficiency of infrared
radiation, and it has important IR absorption bands in places where water is ineffective.
Interestingly, the O2 molecule's absorption in the near - infrared, ~ 1 micron, is forbidden — it's a very weak absorption (that actually might
affect the absorption of solar
radiation by a small amount).
Refraction, specifically the real component of refraction n (describes bending of rays, wavelength changes relative to a vacuum,
affects blackbody fluxes and intensities — as opposed to the imaginary component, which is related to absorption and emission) is relatively unimportant to shaping radiant fluxes through the atmosphere on Earth (except on the small scale processes where it (along with difraction, reflection) gives rise to scattering, particularly of solar
radiation — in that case, the effect on the larger scale can be described
by scattering properties, the emergent behavior).
One could also show how the spectra of LW
radiation is
affected by the resulting temperature increase and also
by the water vapor feedback.
One might expect some clathrate release in the Arctic, perhaps not enough to greatly
affect global warming
by itself, but add this to the increased thermal energy and methane
radiation already on the increase in the Arctic and the combination increases risk.
Dynamical upward transport
by convection removes excess heat from the surface more efficiently than longwave
radiation is able to accomplish in the presence of a humid, optically thick boundary layer, and deposits it in the upper troposphere where it is more easily radiated to space, thereby
affecting the planetary energy balance.
Aerosols directly
affect the climate
by scattering and absorbing
radiation, and indirectly
affect climate
by altering cloud radiative properties, duration and amount.
Studies with climate models have noted that the ITCZ width depends on interactions between
radiation and clouds (Voigt & Shaw 2015) and how the model represents sub-grid scale convection (Kang et al. 2009), but a physical understanding of why the ITCZ width is
affected by these processes is lacking.
That is, the oceans do not directly
affect the
radiation budget of the planet, but rather,
affect the time constant
by which the planet «experiences» changes in
radiation.
The only way, however, CO2 might
affect air temperature could be
by getting warmed directly
by radiation, like many other things around us, but it is not the IPCC version and second, such an effect can only be negligible (I can go into details on that, if needed).
From experimental evidence we know that the absorptivity of a body is not
affected by the amount of incident
radiation, or
by any imbalance between the body and its environment.
However, from experimental evidence we know that emissivity of a body is not
affected by the incident
radiation, or
by any conditions of imbalance that occur between the body and its environment.
It would have to be something that
affected the net heat balance of the earth
by affecting incoming
radiation (solar inputs, aerosols, clouds), the reflectivity of the earth (ice caps, land use changes) or the ability of the surface to cool (greenhouse gases).
This can be
affected by warming temperatures, but also
by changes in snowfall, increases in solar
radiation absorption due to a decrease in cloud cover, and increases in the water vapor content of air near the earth's surface.2, 14,15,16,17 In Cordillera Blanca, Peru, for example, one study of glacier retreat between 1930 and 1950 linked the retreat to a decline in cloud cover and precipitation.18
I have sought the best empirical evidence to show how changes in incoming solar
radiation, accounted for
by intrinsic solar magnetic modulation of the irradiance output as well as planetary modulation of the seasonal distribution of sunlight,
affects the thermal properties of land and sea, including temperatures.
There are other processes like evaporative cooling and diffusion followed
by convection which can not be
affected by backradiation, and which will tend to compensate for any slowing of the
radiation.
According to the second law of thermodynamics, the surface can not
affect to the solar photon stream and the
radiation pressure exerted
by the atmosphere can not
affect to the surface.