The phrase "adaptation to motion" is correct and usable in written English.
It can be used in contexts discussing how organisms or systems adjust to changes in movement or dynamics.
Example: "The adaptation to motion is crucial for animals that rely on speed to escape predators."
Alternatives: "adjustment to movement" or "response to motion".
However, we recently demonstrated that adaptation to tactile motion can lead to visual motion aftereffects, and visa versa.
From visual inspection, the same appears to be the case in the data of Leopold et al. (2001) on face adaptation and in those of Winawer et al. (2010) on adaptation to imaginary motion.
The different ligand geometries in the identical domains in the crystal structure protomers also suggest a degree of plasticity in the aromatic side chain arrangements at the binding site that allows conformational adaptation to ligand motions.
We use inverse kinematics based motion adaptation to make pre-existing pieces of motion apply to new targets.
Kitagawa and Ichahara [42], for example, demonstrated an auditory aftereffect from adaptation to visual (non-biological) motion in depth.
Another interesting observation from our study is that anandamide and 2-AG seem to play different roles in the adaptation to parabolic flight stress and motion sickness.
Indeed, we have recently quantified the state-dependency of TMS-induced V5/MT responses (Guzman-Lopez et al. 2011) showing that adaptation to a random dot visual motion stimulus induces a facilitation of TMS responses.
The objective of this work was to examine human response to motion-level robot adaptation to determine its effect on team fluency, human satisfaction, and perceived safety and comfort.
On the other hand, the similarity between adaptation to muscle vibration and adaptation to visual motion seems even more remarkable if the difference between the respective stimuli is taken into account.
Adaptation from other art forms to motion pictures must take into account differences of complexity and scale in film.
