F. Atmospheric Structure in the Runaway Greenhouse State

F.b. Time Evolution of Physical Variables

Meridional Distribution of Zonal Wind in the Runaway Greenhouse State (Animation)

The time evolution of zonal wind in Experiment S1800 is illustrated below. With the passage of time, the strengths of the subtropical jets increase and the positions of the jets shift to higher layers. Above the equator, the region of westerly winds that is present in the initial period gradually moves upward. This region of westerly winds is crushed because of Rayleigh friction and disappears after Day 800.

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Animation 1: Time evolution of the meridional zonal wind distribution (m/sec) in Experiment S1800.


Meridional Distribution of Zonal Wind in the Runaway Greenhouse State (Animation) F.b. Time Evolution of Physical Variables