And, as one geophysicist writes, «the torques from the sun, moon, and planets move the rotation axis [of Earth] in space; torques from the atmosphere, ocean, and fluid core move
the rotation axis relative to the crust of Earth.
Not exact matches
The time it takes for Earth to complete one
rotation is affected by anything that changes the distribution of the planet's mass
relative to its
axis of
rotation.
What Sidorenko writes in that paper does not tell that changes in
rotation would affect weather or climate more than the really small
relative changes in the LOD and
axis of
rotation unavoidably do.
Those forces and motions are driven by the following: First, the motions of the Earth
relative to the Sun: the periodic changes in its elliptical orbit, its
rotation about its polar
axis, changes in the tilt of that
axis, and the precession of that
axis.
Obliquity is the angle of a planet's
axis of
rotation relative to its orbital plane.
The length of a day (one complete
rotation of the earth on its
axis and
relative to the Sun [a
rotation relative to the stars is about four minutes quicker]-RRB- varies, so is not well suited as a unit of time.