Sentences with phrase «longwave radiation from the atmosphere»

As a greenhouse gas, this increase in atmospheric CO2 increases the amount of downward longwave radiation from the atmosphere, including towards the Earth's surface.

The downwelling longwave radiation from the atmosphere is not some theory that you can wave off with your own theory.

You said: The only other available source is the downwelling longwave radiation from the atmosphere.

Not exact matches

The longwave radiation from the cloud - free atmosphere can only increase due to increasing surface temperature or due to increasing greenhouse gases, who additionally close the window.

Absorption of thermal radiation cools the thermal spectra of the earth as seen from space, radiation emitted by de-excitation is what results in the further warming of the surface, and the surface continues to warm until the rate at which energy is radiated from the earth's climate system (given the increased opacity of the atmosphere to longwave radiation) is equal to the rate at which energy enters it.

The outgoing longwave radiation is composed not just of the radiation that leaks through to the top from the warm lower layers, but also of the «cold» radiation emitted from the upper atmosphere.

The imbalance is not between IR absorbed and IR emitted by a layer of atmosphere, but between the incoming shortwave solar energy from space and the outgoing longwave energy emitted to space, due to the increasing difference between the ground temperature and the temperature of the level from which re-emitted radiation can escape to space.

Their container for their empty space atmosphere being the non-existant glass of their greenhouse which prevents longwave infrared direct from the Sun entering, which is heat radiation, and for which they have substituted shortwave mainly visible light to heat their imaginary Earth, impossible in the real world.

As long as the outgoing longwave radiation is n`t decreasing over the Top Of Atmosphere, all the heat uptake comes from the change of short wave radiation.

About 70 % of the longwave radiation emitted from the Earth's surface is absorbed by the atmosphere's greenhouse gases.

Truth n ° 14 The outgoing longwave radiation from the upper atmosphere is larger than what models say: there is no «blanket» effect du to Greenhouse gases

In a real planetary greenhouse, you have a «one - way» hole in the form of an atmosphere that allows solar radiation in and blocks longwave radiation from leaving.

However, the purple balls, representing longwave radiation from the Earth, are intercepted by the Atmosphere.

In that thread, I posted a comment with an analogy of truckloads of orange juice, representing short - wave radiation from Sun to Earth, and truckloads of blueberry juice, representing longwave radiation between Earth and the Atmosphere and back out to Space.

Anthropogenic global warming is caused by an increase in the amount of downward longwave infrared radiation coming from greenhouse gases in the atmosphere.

In point of fact the ocean is transparent to shortwave radiation from the sun and opaque to longwave back - radiated from the atmosphere.

The atmosphere is also reflective, Trenberth accounts close to 38 % of longwave radiation from the ground to be reflected.

The latter is made up of two large terms: the emitted radiation from the surface and the downwelling longwave radiation coming back from the atmosphere.

That means that newly emitted longwave radiation from the Earth's surface will spend more time in the lower reaches of the Atmosphere and therefore contribute to heating the N2 and O2 and other components of the air more than before.

We use the 9 climate variables of surface air temperature (SAT), sea level pressure (SLP), precipitation (rain), the top of atmosphere (TOA) shortwave (SW) and longwave (LW) full - sky radiation, clear - sky radiation (CLR, radiative flux where clouds do not exists), and cloud radiative forcing (CRF, radiative effect by clouds diagnosed from the difference between full - sky and clear - sky radiation, Cess et al. 1990).