The phrase "adaptation condition" is correct and usable in written English.
It can be used in contexts related to biology, psychology, or any field discussing the circumstances under which adaptation occurs.
Example: "The adaptation condition for this species is crucial for its survival in changing environments."
Alternatives: "adaptive state" or "adjustment criteria".
In contrast, the 50 voxels with the largest values for this index actually demonstrated response enhancement in the adaptation condition (1.17 ± 0.08, or an increase by 17% of response amplitude in the adaptation condition).
Adaptation improved discrimination thresholds, evidenced by a main effect of adaptation condition (F 1, 77) = 58.5, p < 0.001; Fig. 2a).
We tested this effect in a three-way repeated measures ANOVA with adaptation condition (adapted/unadapted), prototype (A/B), and run (1/2) as factors.
We observed that the main effect of adaptation condition was significant (F 1, 9) = 25.62, p = 0.0007), indicating that pairwise similarity after adapting to the same shape class was lower than after adapting to the other shape class.
If a reduction in response amplitude alone accounts for the decorrelation of patterns that we observe in the adaptation condition, then a decorrelation effect should not be present in the subset of voxels with response enhancement.
Using a repeated measures ANOVA, we examine the influence of adaptation condition (adapted/unadapted) and prototype (A/B) on the correlation between the voxel responses to the two probe shapes.
Before any consideration of adaptation, conditions expected to prevail by 2080 as a result of climate change may result in losses in the direct economic contribution of primary land uses amounting to N$2.5 billion or some 4% of the GNI.
Fig. 2 summarizes all pattern and adaptation conditions for the four I-FFL topologies.
Under both scotopic and photopic adaptation conditions, the amplitude of the b-wave was selectively diminished.
Moreover, the similarity between the results of the reduced auditory or visual adaptation conditions makes it highly unlikely that the forward shift is merely due to a linear summation of these two adaptations.
It is also worth noting that under identical adaptation conditions we record robust directional responses in DSGCs (Figure 4A), indicating that the lack of large reciprocal GABA currents in SBACs does not preclude directional responses in the DSGCs.
