Not exact matches
The overall spectrum emitted by the
Earth is far from a planck
distribution basically because the last diffusion
surface varies with wavelength, opaque lines being emitted from the TOA,
at its local temperature, much lower than the ground.
When an additional force acting
at a distance from the
Earth's rotational axis occurs, referred to as a torque, such as changes in
surface winds, or the
distribution of high and low pressure patterns, especially near mountains, it can act to change the rate of the
Earth's rotation or even the direction of the rotational axis.
Other characteristics of the
Earth will affect the net position such as the
distribution of the land and sea
surfaces but given the predominance of ocean
surfaces and the fact that most energy comes in
at the equator which is mostly oceanic then it seems most likely that the net global effect of more greenhouse gases is actually a miniscule cooling rather than a miniscule warming.
... he realized the extreme complexity of the temperature control
at any particular region of the
earth's
surface, and also that radiative equilibrium was not actually established, but if any substance is added to the atmosphere which delays the transfer of low temperature radiation, without interfering with the arrival or
distribution of the heat supply, some rise of temperature appears to be inevitable in those parts which are furthest from outer space.
In 1994 Lindzen stated his thoughts concerning the constraints on the spatial temperature
distribution at the
Earth's
surface in a paper he co-authored with Sun.